DISTRICT → PRACTICAL PROBLEM → RESPONSE → MEASUREMENT

ஒவ்வொரு மாவட்டத்திற்கும் நடைமுறை காலநிலைச் சிக்கல்கள் மற்றும் தீர்வு வழிகள்

Your district.
A practical place to begin.

Find a local climate question, explore three starting problems and see what evidence, skills and measurements a responsible response would need.

144district planning profiles

5southern states

432problem–response starting points

Edition 1.1 · District list checked 15 October 2026 · Free public access

Tamil Nadu 38 Kerala 14 Karnataka 31 Andhra Pradesh 28 Telangana 33

Use this to begin a local assessment. District names follow official directories; problem selections, questions and responses are POIGAI planning synthesis. These are not 144 completed risk assessments, confirmed unmet needs or ready-to-fund projects. Read current district records and measure the actual site before acting.

CHOOSE A PLACE. ASK A BETTER QUESTION.

Find your district.

Browse all regional issue guides ↗

144 district profiles across five states

Select a district to open its brief. Search also recognises former names. The three problems are unranked starting points, not a complete inventory or a severity score.

Tamil Nadu

38 districts

Ariyalurinland villages and cultivated plainsDry-season water reliabilityRainfall-sensitive crops and farm incomeHeat in homes, workplaces and institutionsOpen district brief +

Planning screen — local verification pending

Start with this local question

Which village water sources fail before the next dependable rains?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

Dry-season water reliability

Practical problem to check: Check whether drinking-water sources, wells and storage remain dependable through dry months.
Response to assess: Prepare a seasonal water budget, test source quality and compare leak repair, demand reduction and hydrogeologically suitable recharge.
Local baseline: Monthly supply days, well levels, abstraction and water-quality tests.
What success would measure: Reliable service days and seasonal extraction, with water quality maintained.
Roles to appoint: Local body, water utility, hydrogeologist and participating water users.

Read the evidence and limits in K02 ↗

Rainfall-sensitive crops and farm income

Practical problem to check: Check crop-stage dry spells, excess-rain damage and income sensitivity for locally grown crops.
Response to assess: Co-design a small comparable farmer trial with KVK support: crop timing, locally suited varieties, soil cover and water budgeting.
Local baseline: Crop-wise multi-season yield, rainfall, labour, input costs and farm water use.
What success would measure: Yield stability and net return including household labour, compared across seasons.
Roles to appoint: Farmer group or FPO, KVK agronomist and independent evaluator.

Read the evidence and limits in K11 ↗

Heat in homes, workplaces and institutions

Practical problem to check: Check occupied indoor heat and outdoor work exposure, including humidity and access to shade.
Response to assess: Audit a school, health centre or worksite; compare roof treatment, shading, ventilation and professionally designed heat-response arrangements.
Local baseline: Occupied-hour indoor/outdoor temperature, humidity, occupancy and energy use.
What success would measure: Hours above an agreed comfort threshold; protected work periods; weather-adjusted electricity.
Roles to appoint: Building owner, facilities operator, occupational-health team and qualified designer.

Read the evidence and limits in K06 ↗

Evidence route for Ariyalur

Official district directory / plan index ↗ — identity and administrative context.
District administration ↗ — request current DDMP, relevant departmental records and permissions.
Official district climate insights ↗ — Official climate portal and selected district-plan landing pages screened; district-specific measurements have not been extracted for every district.

Boundary check: Historical studies may cover different boundaries; reconcile mandals/taluks and dates before use.

Still required: current village/ward exposure, affected people, existing schemes, service gaps, accepted partners, cost evidence and maintenance capacity. No beneficiary counts, budgets or outcome targets have been established by this profile.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Ariyalur ↗

Make the next step concrete

Select a ward, village, building or farmer cluster; obtain consent and existing records. Measure the relevant baseline, compare options, appoint delivery and maintenance owners, cost the full lifecycle and agree an outcome target.

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Ariyalur ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

Chengalpattucoastal settlements, tanks and the urban fringeUrban waterlogging and polluted water bodiesCoastal storms, erosion and fishing accessHeat in homes, workplaces and institutionsOpen district brief +

Planning screen — local verification pending

Start with this local question

Which tank-linked settlements lose drainage or safe access during heavy rain?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

Urban waterlogging and polluted water bodies

Practical problem to check: Check storm-drain connectivity, sewage inflows and low-lying homes or public buildings.
Response to assess: Trace catchments and inlets, separate pollution control from flood management, and compare utility repairs with retention and wetland options.
Local baseline: Drain connections, inlet flows and pollution loads; inundation records and treatment uptime.
What success would measure: Compliant treated flows; comparable-storm waterlogging duration; maintenance completed.
Roles to appoint: Municipal body, sewer/drainage utility, asset custodian and community representatives.

Read the evidence and limits in K03 ↗

Coastal storms, erosion and fishing access

Practical problem to check: Check exposed shore settlements, boat access, shelter routes and seasonal shoreline change.
Response to assess: Assess sediment and coastal hazards before selecting setbacks, dunes, habitat recovery or engineered protection; protect fishing access and neighbouring shores.
Local baseline: Seasonal beach profiles, shoreline history, exposure and evacuation travel time.
What success would measure: Exposure avoided; livelihood access retained; shoreline response monitored.
Roles to appoint: Coastal authority, district administration, fisheries teams and fishing communities.

Read the evidence and limits in K08 ↗

Heat in homes, workplaces and institutions

Practical problem to check: Check occupied indoor heat and outdoor work exposure, including humidity and access to shade.
Response to assess: Audit a school, health centre or worksite; compare roof treatment, shading, ventilation and professionally designed heat-response arrangements.
Local baseline: Occupied-hour indoor/outdoor temperature, humidity, occupancy and energy use.
What success would measure: Hours above an agreed comfort threshold; protected work periods; weather-adjusted electricity.
Roles to appoint: Building owner, facilities operator, occupational-health team and qualified designer.

Read the evidence and limits in K06 ↗

Evidence route for Chengalpattu

Official district directory / plan index ↗ — identity and administrative context.
District administration ↗ — request current DDMP, relevant departmental records and permissions.
Official district climate insights ↗ — Official climate portal and selected district-plan landing pages screened; district-specific measurements have not been extracted for every district.

Boundary check: Historical studies may cover different boundaries; reconcile mandals/taluks and dates before use.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Chengalpattu ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Chengalpattu ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

Chennaidense urban neighbourhoods and coastal infrastructureUrban waterlogging and polluted water bodiesHeat in homes, workplaces and institutionsCoastal storms, erosion and fishing accessOpen district brief +

Planning screen — local verification pending

Start with this local question

Which low-lying wards and occupied buildings need joint flood and heat protection?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

Urban waterlogging and polluted water bodies

Practical problem to check: Check storm-drain connectivity, sewage inflows and low-lying homes or public buildings.
Response to assess: Trace catchments and inlets, separate pollution control from flood management, and compare utility repairs with retention and wetland options.
Local baseline: Drain connections, inlet flows and pollution loads; inundation records and treatment uptime.
What success would measure: Compliant treated flows; comparable-storm waterlogging duration; maintenance completed.
Roles to appoint: Municipal body, sewer/drainage utility, asset custodian and community representatives.

Read the evidence and limits in K03 ↗

Heat in homes, workplaces and institutions

Practical problem to check: Check occupied indoor heat and outdoor work exposure, including humidity and access to shade.
Response to assess: Audit a school, health centre or worksite; compare roof treatment, shading, ventilation and professionally designed heat-response arrangements.
Local baseline: Occupied-hour indoor/outdoor temperature, humidity, occupancy and energy use.
What success would measure: Hours above an agreed comfort threshold; protected work periods; weather-adjusted electricity.
Roles to appoint: Building owner, facilities operator, occupational-health team and qualified designer.

Read the evidence and limits in K06 ↗

Coastal storms, erosion and fishing access

Practical problem to check: Check exposed shore settlements, boat access, shelter routes and seasonal shoreline change.
Response to assess: Assess sediment and coastal hazards before selecting setbacks, dunes, habitat recovery or engineered protection; protect fishing access and neighbouring shores.
Local baseline: Seasonal beach profiles, shoreline history, exposure and evacuation travel time.
What success would measure: Exposure avoided; livelihood access retained; shoreline response monitored.
Roles to appoint: Coastal authority, district administration, fisheries teams and fishing communities.

Read the evidence and limits in K08 ↗

Evidence route for Chennai

Official district directory / plan index ↗ — identity and administrative context.
District administration ↗ — request current DDMP, relevant departmental records and permissions.
Official district climate insights ↗ — Official climate portal and selected district-plan landing pages screened; district-specific measurements have not been extracted for every district.

Boundary check: Historical studies may cover different boundaries; reconcile mandals/taluks and dates before use.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Chennai ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Chennai ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

Coimbatoreurban-industrial areas and western foothill catchmentsDry-season water reliabilityHeat in homes, workplaces and institutionsEnergy demand and efficient local servicesOpen district brief +

Planning screen — local verification pending

Start with this local question

Where can water-demand and cooling audits identify a feasible institutional pilot?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

Dry-season water reliability

Practical problem to check: Check whether drinking-water sources, wells and storage remain dependable through dry months.
Response to assess: Prepare a seasonal water budget, test source quality and compare leak repair, demand reduction and hydrogeologically suitable recharge.
Local baseline: Monthly supply days, well levels, abstraction and water-quality tests.
What success would measure: Reliable service days and seasonal extraction, with water quality maintained.
Roles to appoint: Local body, water utility, hydrogeologist and participating water users.

Read the evidence and limits in K02 ↗

Heat in homes, workplaces and institutions

Practical problem to check: Check occupied indoor heat and outdoor work exposure, including humidity and access to shade.
Response to assess: Audit a school, health centre or worksite; compare roof treatment, shading, ventilation and professionally designed heat-response arrangements.
Local baseline: Occupied-hour indoor/outdoor temperature, humidity, occupancy and energy use.
What success would measure: Hours above an agreed comfort threshold; protected work periods; weather-adjusted electricity.
Roles to appoint: Building owner, facilities operator, occupational-health team and qualified designer.

Read the evidence and limits in K06 ↗

Energy demand and efficient local services

Practical problem to check: Check cooling, pumping and productive electricity demand before specifying new equipment.
Response to assess: Meter loads, reduce avoidable demand and compare efficient equipment or suitable rooftop solar with structural and lifecycle checks.
Local baseline: Metered energy, operating hours, equipment condition and roof safety where relevant.
What success would measure: Weather/production-adjusted electricity and lifecycle costs using disclosed assumptions.
Roles to appoint: Asset owner, energy professional and accepted maintenance contractor.

Read the evidence and limits in K19 ↗

Evidence route for Coimbatore

Official district directory / plan index ↗ — identity and administrative context.
District administration ↗ — request current DDMP, relevant departmental records and permissions.
Official district climate insights ↗ — Official climate portal and selected district-plan landing pages screened; district-specific measurements have not been extracted for every district.

Boundary check: Historical studies may cover different boundaries; reconcile mandals/taluks and dates before use.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Coimbatore ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Coimbatore ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

Cuddalorecoastal villages and river-outfall settlementsCoastal storms, erosion and fishing accessRiver floods and access disruptionSalinity and dependable freshwaterOpen district brief +

Planning screen — local verification pending

Start with this local question

Which coastal and river-adjacent settlements need compound-flood access planning?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

Coastal storms, erosion and fishing access

Practical problem to check: Check exposed shore settlements, boat access, shelter routes and seasonal shoreline change.
Response to assess: Assess sediment and coastal hazards before selecting setbacks, dunes, habitat recovery or engineered protection; protect fishing access and neighbouring shores.
Local baseline: Seasonal beach profiles, shoreline history, exposure and evacuation travel time.
What success would measure: Exposure avoided; livelihood access retained; shoreline response monitored.
Roles to appoint: Coastal authority, district administration, fisheries teams and fishing communities.

Read the evidence and limits in K08 ↗

River floods and access disruption

Practical problem to check: Check floodplain settlements, drainage bottlenecks and routes that may become unusable during heavy rain.
Response to assess: Combine official flood maps with local flood marks; protect flow paths and assess retention, warning reach and accessible evacuation routes.
Local baseline: Observed inundation depth/duration, rainfall, drainage connections and affected essential services.
What success would measure: Comparable-event access and service interruption; warning-to-action time.
Roles to appoint: District disaster authority, local body, irrigation engineers and affected communities.

Read the evidence and limits in K04 ↗

Salinity and dependable freshwater

Practical problem to check: Check seasonal saltwater intrusion or saline sources before treating a freshwater shortage as a quantity-only problem.
Response to assess: Test conductivity and relevant water-quality parameters through wet and dry periods; assess source protection and demand management with water specialists.
Local baseline: Seasonal conductivity, water-quality tests, source availability and abstraction.
What success would measure: Water meeting the intended-use standard and reliable freshwater service days.
Roles to appoint: Water utility, accredited laboratory, hydrogeologist and local users.

Read the evidence and limits in K01 ↗

Evidence route for Cuddalore

Official district directory / plan index ↗ — identity and administrative context.
District administration ↗ — request current DDMP, relevant departmental records and permissions.
Official district climate insights ↗ — Official climate portal and selected district-plan landing pages screened; district-specific measurements have not been extracted for every district.

Boundary check: Historical studies may cover different boundaries; reconcile mandals/taluks and dates before use.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Cuddalore ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Cuddalore ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

Dharmapuriinterior farming villages and hill marginsDry-season water reliabilityRainfall-sensitive crops and farm incomeHeat in homes, workplaces and institutionsOpen district brief +

Planning screen — local verification pending

Start with this local question

Which rainfed farmer group can document crop-stage water stress and net income?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

Dry-season water reliability

Practical problem to check: Check whether drinking-water sources, wells and storage remain dependable through dry months.
Response to assess: Prepare a seasonal water budget, test source quality and compare leak repair, demand reduction and hydrogeologically suitable recharge.
Local baseline: Monthly supply days, well levels, abstraction and water-quality tests.
What success would measure: Reliable service days and seasonal extraction, with water quality maintained.
Roles to appoint: Local body, water utility, hydrogeologist and participating water users.

Read the evidence and limits in K02 ↗

Rainfall-sensitive crops and farm income

Practical problem to check: Check crop-stage dry spells, excess-rain damage and income sensitivity for locally grown crops.
Response to assess: Co-design a small comparable farmer trial with KVK support: crop timing, locally suited varieties, soil cover and water budgeting.
Local baseline: Crop-wise multi-season yield, rainfall, labour, input costs and farm water use.
What success would measure: Yield stability and net return including household labour, compared across seasons.
Roles to appoint: Farmer group or FPO, KVK agronomist and independent evaluator.

Read the evidence and limits in K11 ↗

Heat in homes, workplaces and institutions

Practical problem to check: Check occupied indoor heat and outdoor work exposure, including humidity and access to shade.
Response to assess: Audit a school, health centre or worksite; compare roof treatment, shading, ventilation and professionally designed heat-response arrangements.
Local baseline: Occupied-hour indoor/outdoor temperature, humidity, occupancy and energy use.
What success would measure: Hours above an agreed comfort threshold; protected work periods; weather-adjusted electricity.
Roles to appoint: Building owner, facilities operator, occupational-health team and qualified designer.

Read the evidence and limits in K06 ↗

Evidence route for Dharmapuri

Official district directory / plan index ↗ — identity and administrative context.
District administration ↗ — request current DDMP, relevant departmental records and permissions.
Official district climate insights ↗ — Official climate portal and selected district-plan landing pages screened; district-specific measurements have not been extracted for every district.

Boundary check: Historical studies may cover different boundaries; reconcile mandals/taluks and dates before use.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Dharmapuri ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Dharmapuri ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

Dindigulinland farms and Palani hill settlementsDry-season water reliabilityRainfall-sensitive crops and farm incomeSlope instability and intense hill rainfallOpen district brief +

Planning screen — local verification pending

Start with this local question

Which hill and plain settlements require different water and runoff responses?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

Dry-season water reliability

Practical problem to check: Check whether drinking-water sources, wells and storage remain dependable through dry months.
Response to assess: Prepare a seasonal water budget, test source quality and compare leak repair, demand reduction and hydrogeologically suitable recharge.
Local baseline: Monthly supply days, well levels, abstraction and water-quality tests.
What success would measure: Reliable service days and seasonal extraction, with water quality maintained.
Roles to appoint: Local body, water utility, hydrogeologist and participating water users.

Read the evidence and limits in K02 ↗

Rainfall-sensitive crops and farm income

Practical problem to check: Check crop-stage dry spells, excess-rain damage and income sensitivity for locally grown crops.
Response to assess: Co-design a small comparable farmer trial with KVK support: crop timing, locally suited varieties, soil cover and water budgeting.
Local baseline: Crop-wise multi-season yield, rainfall, labour, input costs and farm water use.
What success would measure: Yield stability and net return including household labour, compared across seasons.
Roles to appoint: Farmer group or FPO, KVK agronomist and independent evaluator.

Read the evidence and limits in K11 ↗

Slope instability and intense hill rainfall

Practical problem to check: Check steep inhabited slopes, road cuts and drainage against official landslide-susceptibility information.
Response to assess: Arrange geotechnical inspection, drainage review and last-mile warnings; prioritise exposure reduction and safe access before structural works.
Local baseline: Slope geology, failure history, rainfall, drainage and households in possible runout paths.
What success would measure: People with viable evacuation access; warning response; inspected drainage maintained.
Roles to appoint: District disaster authority, geotechnical specialists, road agency and local communities.

Read the evidence and limits in K05 ↗

Evidence route for Dindigul

Official district directory / plan index ↗ — identity and administrative context.
District administration ↗ — request current DDMP, relevant departmental records and permissions.
Official district climate insights ↗ — Official climate portal and selected district-plan landing pages screened; district-specific measurements have not been extracted for every district.

Boundary check: Historical studies may cover different boundaries; reconcile mandals/taluks and dates before use.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Dindigul ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Dindigul ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

ErodeBhavani–Cauvery farming and urban-industrial areasDry-season water reliabilityRainfall-sensitive crops and farm incomeEnergy demand and efficient local servicesOpen district brief +

Planning screen — local verification pending

Start with this local question

Where should farm water budgets and industrial demand be assessed separately?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

Dry-season water reliability

Practical problem to check: Check whether drinking-water sources, wells and storage remain dependable through dry months.
Response to assess: Prepare a seasonal water budget, test source quality and compare leak repair, demand reduction and hydrogeologically suitable recharge.
Local baseline: Monthly supply days, well levels, abstraction and water-quality tests.
What success would measure: Reliable service days and seasonal extraction, with water quality maintained.
Roles to appoint: Local body, water utility, hydrogeologist and participating water users.

Read the evidence and limits in K02 ↗

Rainfall-sensitive crops and farm income

Practical problem to check: Check crop-stage dry spells, excess-rain damage and income sensitivity for locally grown crops.
Response to assess: Co-design a small comparable farmer trial with KVK support: crop timing, locally suited varieties, soil cover and water budgeting.
Local baseline: Crop-wise multi-season yield, rainfall, labour, input costs and farm water use.
What success would measure: Yield stability and net return including household labour, compared across seasons.
Roles to appoint: Farmer group or FPO, KVK agronomist and independent evaluator.

Read the evidence and limits in K11 ↗

Energy demand and efficient local services

Practical problem to check: Check cooling, pumping and productive electricity demand before specifying new equipment.
Response to assess: Meter loads, reduce avoidable demand and compare efficient equipment or suitable rooftop solar with structural and lifecycle checks.
Local baseline: Metered energy, operating hours, equipment condition and roof safety where relevant.
What success would measure: Weather/production-adjusted electricity and lifecycle costs using disclosed assumptions.
Roles to appoint: Asset owner, energy professional and accepted maintenance contractor.

Read the evidence and limits in K19 ↗

Evidence route for Erode

Official district directory / plan index ↗ — identity and administrative context.
District administration ↗ — request current DDMP, relevant departmental records and permissions.
Official district climate insights ↗ — Official climate portal and selected district-plan landing pages screened; district-specific measurements have not been extracted for every district.

Boundary check: Historical studies may cover different boundaries; reconcile mandals/taluks and dates before use.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Erode ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Erode ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

Kallakurichirainfed plains and Kalvarayan hill villagesRainfall-sensitive crops and farm incomeDry-season water reliabilitySlope instability and intense hill rainfallOpen district brief +

Planning screen — local verification pending

Start with this local question

Which hill-access routes and rainfed farms need separate rainfall-risk assessments?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

Rainfall-sensitive crops and farm income

Practical problem to check: Check crop-stage dry spells, excess-rain damage and income sensitivity for locally grown crops.
Response to assess: Co-design a small comparable farmer trial with KVK support: crop timing, locally suited varieties, soil cover and water budgeting.
Local baseline: Crop-wise multi-season yield, rainfall, labour, input costs and farm water use.
What success would measure: Yield stability and net return including household labour, compared across seasons.
Roles to appoint: Farmer group or FPO, KVK agronomist and independent evaluator.

Read the evidence and limits in K11 ↗

Dry-season water reliability

Practical problem to check: Check whether drinking-water sources, wells and storage remain dependable through dry months.
Response to assess: Prepare a seasonal water budget, test source quality and compare leak repair, demand reduction and hydrogeologically suitable recharge.
Local baseline: Monthly supply days, well levels, abstraction and water-quality tests.
What success would measure: Reliable service days and seasonal extraction, with water quality maintained.
Roles to appoint: Local body, water utility, hydrogeologist and participating water users.

Read the evidence and limits in K02 ↗

Slope instability and intense hill rainfall

Practical problem to check: Check steep inhabited slopes, road cuts and drainage against official landslide-susceptibility information.
Response to assess: Arrange geotechnical inspection, drainage review and last-mile warnings; prioritise exposure reduction and safe access before structural works.
Local baseline: Slope geology, failure history, rainfall, drainage and households in possible runout paths.
What success would measure: People with viable evacuation access; warning response; inspected drainage maintained.
Roles to appoint: District disaster authority, geotechnical specialists, road agency and local communities.

Read the evidence and limits in K05 ↗

Evidence route for Kallakurichi

Official district directory / plan index ↗ — identity and administrative context.
District administration ↗ — request current DDMP, relevant departmental records and permissions.
Official district climate insights ↗ — Official climate portal and selected district-plan landing pages screened; district-specific measurements have not been extracted for every district.

Boundary check: Historical studies may cover different boundaries; reconcile mandals/taluks and dates before use.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Kallakurichi ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Kallakurichi ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

Kancheepuramtank-fed inland settlements and growing built areasUrban waterlogging and polluted water bodiesDry-season water reliabilityHeat in homes, workplaces and institutionsOpen district brief +

Planning screen — local verification pending

Start with this local question

Which tank catchments and institutions need a combined water and heat baseline?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

Urban waterlogging and polluted water bodies

Practical problem to check: Check storm-drain connectivity, sewage inflows and low-lying homes or public buildings.
Response to assess: Trace catchments and inlets, separate pollution control from flood management, and compare utility repairs with retention and wetland options.
Local baseline: Drain connections, inlet flows and pollution loads; inundation records and treatment uptime.
What success would measure: Compliant treated flows; comparable-storm waterlogging duration; maintenance completed.
Roles to appoint: Municipal body, sewer/drainage utility, asset custodian and community representatives.

Read the evidence and limits in K03 ↗

Dry-season water reliability

Practical problem to check: Check whether drinking-water sources, wells and storage remain dependable through dry months.
Response to assess: Prepare a seasonal water budget, test source quality and compare leak repair, demand reduction and hydrogeologically suitable recharge.
Local baseline: Monthly supply days, well levels, abstraction and water-quality tests.
What success would measure: Reliable service days and seasonal extraction, with water quality maintained.
Roles to appoint: Local body, water utility, hydrogeologist and participating water users.

Read the evidence and limits in K02 ↗

Heat in homes, workplaces and institutions

Practical problem to check: Check occupied indoor heat and outdoor work exposure, including humidity and access to shade.
Response to assess: Audit a school, health centre or worksite; compare roof treatment, shading, ventilation and professionally designed heat-response arrangements.
Local baseline: Occupied-hour indoor/outdoor temperature, humidity, occupancy and energy use.
What success would measure: Hours above an agreed comfort threshold; protected work periods; weather-adjusted electricity.
Roles to appoint: Building owner, facilities operator, occupational-health team and qualified designer.

Read the evidence and limits in K06 ↗

Evidence route for Kancheepuram

Official district directory / plan index ↗ — identity and administrative context.
District administration ↗ — request current DDMP, relevant departmental records and permissions.
Official district climate insights ↗ — Official climate portal and selected district-plan landing pages screened; district-specific measurements have not been extracted for every district.

Boundary check: Historical studies may cover different boundaries; reconcile mandals/taluks and dates before use.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Kancheepuram ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Kancheepuram ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

Kanyakumaricoastal villages and Western Ghats foothillsCoastal storms, erosion and fishing accessSlope instability and intense hill rainfallHabitat condition and catchment protectionOpen district brief +

Planning screen — local verification pending

Start with this local question

Which coast and foothill sites require different hazard and maintenance plans?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

Coastal storms, erosion and fishing access

Practical problem to check: Check exposed shore settlements, boat access, shelter routes and seasonal shoreline change.
Response to assess: Assess sediment and coastal hazards before selecting setbacks, dunes, habitat recovery or engineered protection; protect fishing access and neighbouring shores.
Local baseline: Seasonal beach profiles, shoreline history, exposure and evacuation travel time.
What success would measure: Exposure avoided; livelihood access retained; shoreline response monitored.
Roles to appoint: Coastal authority, district administration, fisheries teams and fishing communities.

Read the evidence and limits in K08 ↗

Slope instability and intense hill rainfall

Practical problem to check: Check steep inhabited slopes, road cuts and drainage against official landslide-susceptibility information.
Response to assess: Arrange geotechnical inspection, drainage review and last-mile warnings; prioritise exposure reduction and safe access before structural works.
Local baseline: Slope geology, failure history, rainfall, drainage and households in possible runout paths.
What success would measure: People with viable evacuation access; warning response; inspected drainage maintained.
Roles to appoint: District disaster authority, geotechnical specialists, road agency and local communities.

Read the evidence and limits in K05 ↗

Habitat condition and catchment protection

Practical problem to check: Check native habitat, invasive spread and erosion in catchments supporting people and wildlife.
Response to assess: Map the original habitat and rights first; trial appropriate native recovery and invasive control with repeat maintenance, rather than assume every open site needs trees.
Local baseline: Native cover, invasive cover, soil condition, regeneration and community resource use.
What success would measure: Native recovery and habitat function; invasive rebound; livelihood access retained.
Roles to appoint: Habitat custodian, restoration ecologist and rights-holding communities.

Read the evidence and limits in K15 ↗

Evidence route for Kanyakumari

Official district directory / plan index ↗ — identity and administrative context.
District administration ↗ — request current DDMP, relevant departmental records and permissions.
Official district climate insights ↗ — Official climate portal and selected district-plan landing pages screened; district-specific measurements have not been extracted for every district.

Boundary check: Historical studies may cover different boundaries; reconcile mandals/taluks and dates before use.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Kanyakumari ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Kanyakumari ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

KarurCauvery–Amaravathi settlements and industrial workplacesHeat in homes, workplaces and institutionsRiver floods and access disruptionEnergy demand and efficient local servicesOpen district brief +

Planning screen — local verification pending

Start with this local question

Which occupied workplaces and river-adjacent services should be assessed first?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

Heat in homes, workplaces and institutions

Practical problem to check: Check occupied indoor heat and outdoor work exposure, including humidity and access to shade.
Response to assess: Audit a school, health centre or worksite; compare roof treatment, shading, ventilation and professionally designed heat-response arrangements.
Local baseline: Occupied-hour indoor/outdoor temperature, humidity, occupancy and energy use.
What success would measure: Hours above an agreed comfort threshold; protected work periods; weather-adjusted electricity.
Roles to appoint: Building owner, facilities operator, occupational-health team and qualified designer.

Read the evidence and limits in K06 ↗

River floods and access disruption

Practical problem to check: Check floodplain settlements, drainage bottlenecks and routes that may become unusable during heavy rain.
Response to assess: Combine official flood maps with local flood marks; protect flow paths and assess retention, warning reach and accessible evacuation routes.
Local baseline: Observed inundation depth/duration, rainfall, drainage connections and affected essential services.
What success would measure: Comparable-event access and service interruption; warning-to-action time.
Roles to appoint: District disaster authority, local body, irrigation engineers and affected communities.

Read the evidence and limits in K04 ↗

Energy demand and efficient local services

Practical problem to check: Check cooling, pumping and productive electricity demand before specifying new equipment.
Response to assess: Meter loads, reduce avoidable demand and compare efficient equipment or suitable rooftop solar with structural and lifecycle checks.
Local baseline: Metered energy, operating hours, equipment condition and roof safety where relevant.
What success would measure: Weather/production-adjusted electricity and lifecycle costs using disclosed assumptions.
Roles to appoint: Asset owner, energy professional and accepted maintenance contractor.

Read the evidence and limits in K19 ↗

Evidence route for Karur

Official district directory / plan index ↗ — identity and administrative context.
District administration ↗ — request current DDMP, relevant departmental records and permissions.
Official district climate insights ↗ — Official climate portal and selected district-plan landing pages screened; district-specific measurements have not been extracted for every district.
Additional district evidence route ↗ — 2026 district plan and heat/cooling resource listings screened; plan contents not fully appraised.

Boundary check: Historical studies may cover different boundaries; reconcile mandals/taluks and dates before use.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Karur ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Karur ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

Krishnagiridry inland horticulture and growing townsDry-season water reliabilityRainfall-sensitive crops and farm incomeUrban waterlogging and polluted water bodiesOpen district brief +

Planning screen — local verification pending

Start with this local question

Which farm and town water demands can be reconciled in one catchment budget?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

Dry-season water reliability

Practical problem to check: Check whether drinking-water sources, wells and storage remain dependable through dry months.
Response to assess: Prepare a seasonal water budget, test source quality and compare leak repair, demand reduction and hydrogeologically suitable recharge.
Local baseline: Monthly supply days, well levels, abstraction and water-quality tests.
What success would measure: Reliable service days and seasonal extraction, with water quality maintained.
Roles to appoint: Local body, water utility, hydrogeologist and participating water users.

Read the evidence and limits in K02 ↗

Rainfall-sensitive crops and farm income

Practical problem to check: Check crop-stage dry spells, excess-rain damage and income sensitivity for locally grown crops.
Response to assess: Co-design a small comparable farmer trial with KVK support: crop timing, locally suited varieties, soil cover and water budgeting.
Local baseline: Crop-wise multi-season yield, rainfall, labour, input costs and farm water use.
What success would measure: Yield stability and net return including household labour, compared across seasons.
Roles to appoint: Farmer group or FPO, KVK agronomist and independent evaluator.

Read the evidence and limits in K11 ↗

Urban waterlogging and polluted water bodies

Practical problem to check: Check storm-drain connectivity, sewage inflows and low-lying homes or public buildings.
Response to assess: Trace catchments and inlets, separate pollution control from flood management, and compare utility repairs with retention and wetland options.
Local baseline: Drain connections, inlet flows and pollution loads; inundation records and treatment uptime.
What success would measure: Compliant treated flows; comparable-storm waterlogging duration; maintenance completed.
Roles to appoint: Municipal body, sewer/drainage utility, asset custodian and community representatives.

Read the evidence and limits in K03 ↗

Evidence route for Krishnagiri

Official district directory / plan index ↗ — identity and administrative context.
District administration ↗ — request current DDMP, relevant departmental records and permissions.
Official district climate insights ↗ — Official climate portal and selected district-plan landing pages screened; district-specific measurements have not been extracted for every district.

Boundary check: Historical studies may cover different boundaries; reconcile mandals/taluks and dates before use.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Krishnagiri ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Krishnagiri ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

MaduraiVaigai urban neighbourhoods and surrounding farmsHeat in homes, workplaces and institutionsDry-season water reliabilityUrban waterlogging and polluted water bodiesOpen district brief +

Planning screen — local verification pending

Start with this local question

Which schools and water-supply zones face the greatest measured seasonal burden?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

Heat in homes, workplaces and institutions

Practical problem to check: Check occupied indoor heat and outdoor work exposure, including humidity and access to shade.
Response to assess: Audit a school, health centre or worksite; compare roof treatment, shading, ventilation and professionally designed heat-response arrangements.
Local baseline: Occupied-hour indoor/outdoor temperature, humidity, occupancy and energy use.
What success would measure: Hours above an agreed comfort threshold; protected work periods; weather-adjusted electricity.
Roles to appoint: Building owner, facilities operator, occupational-health team and qualified designer.

Read the evidence and limits in K06 ↗

Dry-season water reliability

Practical problem to check: Check whether drinking-water sources, wells and storage remain dependable through dry months.
Response to assess: Prepare a seasonal water budget, test source quality and compare leak repair, demand reduction and hydrogeologically suitable recharge.
Local baseline: Monthly supply days, well levels, abstraction and water-quality tests.
What success would measure: Reliable service days and seasonal extraction, with water quality maintained.
Roles to appoint: Local body, water utility, hydrogeologist and participating water users.

Read the evidence and limits in K02 ↗

Urban waterlogging and polluted water bodies

Practical problem to check: Check storm-drain connectivity, sewage inflows and low-lying homes or public buildings.
Response to assess: Trace catchments and inlets, separate pollution control from flood management, and compare utility repairs with retention and wetland options.
Local baseline: Drain connections, inlet flows and pollution loads; inundation records and treatment uptime.
What success would measure: Compliant treated flows; comparable-storm waterlogging duration; maintenance completed.
Roles to appoint: Municipal body, sewer/drainage utility, asset custodian and community representatives.

Read the evidence and limits in K03 ↗

Evidence route for Madurai

Official district directory / plan index ↗ — identity and administrative context.
District administration ↗ — request current DDMP, relevant departmental records and permissions.
Official district climate insights ↗ — Official climate portal and selected district-plan landing pages screened; district-specific measurements have not been extracted for every district.

Boundary check: Historical studies may cover different boundaries; reconcile mandals/taluks and dates before use.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Madurai ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Madurai ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

MayiladuthuraiCauvery delta villages and the coastal edgeRiver floods and access disruptionCoastal storms, erosion and fishing accessSalinity and dependable freshwaterOpen district brief +

Planning screen — local verification pending

Start with this local question

Which delta drainage links and freshwater sources need seasonal monitoring?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

River floods and access disruption

Practical problem to check: Check floodplain settlements, drainage bottlenecks and routes that may become unusable during heavy rain.
Response to assess: Combine official flood maps with local flood marks; protect flow paths and assess retention, warning reach and accessible evacuation routes.
Local baseline: Observed inundation depth/duration, rainfall, drainage connections and affected essential services.
What success would measure: Comparable-event access and service interruption; warning-to-action time.
Roles to appoint: District disaster authority, local body, irrigation engineers and affected communities.

Read the evidence and limits in K04 ↗

Coastal storms, erosion and fishing access

Practical problem to check: Check exposed shore settlements, boat access, shelter routes and seasonal shoreline change.
Response to assess: Assess sediment and coastal hazards before selecting setbacks, dunes, habitat recovery or engineered protection; protect fishing access and neighbouring shores.
Local baseline: Seasonal beach profiles, shoreline history, exposure and evacuation travel time.
What success would measure: Exposure avoided; livelihood access retained; shoreline response monitored.
Roles to appoint: Coastal authority, district administration, fisheries teams and fishing communities.

Read the evidence and limits in K08 ↗

Salinity and dependable freshwater

Practical problem to check: Check seasonal saltwater intrusion or saline sources before treating a freshwater shortage as a quantity-only problem.
Response to assess: Test conductivity and relevant water-quality parameters through wet and dry periods; assess source protection and demand management with water specialists.
Local baseline: Seasonal conductivity, water-quality tests, source availability and abstraction.
What success would measure: Water meeting the intended-use standard and reliable freshwater service days.
Roles to appoint: Water utility, accredited laboratory, hydrogeologist and local users.

Read the evidence and limits in K01 ↗

Evidence route for Mayiladuthurai

Official district directory / plan index ↗ — identity and administrative context.
District administration ↗ — request current DDMP, relevant departmental records and permissions.
Official district climate insights ↗ — Official climate portal and selected district-plan landing pages screened; district-specific measurements have not been extracted for every district.
Additional district evidence route ↗ — 2025 district plan and four taluk vulnerability-map listings screened; local exposure values not extracted.

Boundary check: Historical studies may cover different boundaries; reconcile mandals/taluks and dates before use.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Mayiladuthurai ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Mayiladuthurai ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

Nagapattinamlow-lying delta and fishing settlementsCoastal storms, erosion and fishing accessSalinity and dependable freshwaterRiver floods and access disruptionOpen district brief +

Planning screen — local verification pending

Start with this local question

Which fishing settlements need safe access and protected freshwater together?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

Coastal storms, erosion and fishing access

Practical problem to check: Check exposed shore settlements, boat access, shelter routes and seasonal shoreline change.
Response to assess: Assess sediment and coastal hazards before selecting setbacks, dunes, habitat recovery or engineered protection; protect fishing access and neighbouring shores.
Local baseline: Seasonal beach profiles, shoreline history, exposure and evacuation travel time.
What success would measure: Exposure avoided; livelihood access retained; shoreline response monitored.
Roles to appoint: Coastal authority, district administration, fisheries teams and fishing communities.

Read the evidence and limits in K08 ↗

Salinity and dependable freshwater

Practical problem to check: Check seasonal saltwater intrusion or saline sources before treating a freshwater shortage as a quantity-only problem.
Response to assess: Test conductivity and relevant water-quality parameters through wet and dry periods; assess source protection and demand management with water specialists.
Local baseline: Seasonal conductivity, water-quality tests, source availability and abstraction.
What success would measure: Water meeting the intended-use standard and reliable freshwater service days.
Roles to appoint: Water utility, accredited laboratory, hydrogeologist and local users.

Read the evidence and limits in K01 ↗

River floods and access disruption

Practical problem to check: Check floodplain settlements, drainage bottlenecks and routes that may become unusable during heavy rain.
Response to assess: Combine official flood maps with local flood marks; protect flow paths and assess retention, warning reach and accessible evacuation routes.
Local baseline: Observed inundation depth/duration, rainfall, drainage connections and affected essential services.
What success would measure: Comparable-event access and service interruption; warning-to-action time.
Roles to appoint: District disaster authority, local body, irrigation engineers and affected communities.

Read the evidence and limits in K04 ↗

Evidence route for Nagapattinam

Official district directory / plan index ↗ — identity and administrative context.
District administration ↗ — request current DDMP, relevant departmental records and permissions.
Official district climate insights ↗ — Official climate portal and selected district-plan landing pages screened; district-specific measurements have not been extracted for every district.

Boundary check: Historical studies may cover different boundaries; reconcile mandals/taluks and dates before use.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Nagapattinam ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Nagapattinam ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

Namakkalinterior farms and livestock-linked settlementsDry-season water reliabilityHeat in homes, workplaces and institutionsRainfall-sensitive crops and farm incomeOpen district brief +

Planning screen — local verification pending

Start with this local question

Which farm clusters can measure water needs and heat exposure together?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

Dry-season water reliability

Practical problem to check: Check whether drinking-water sources, wells and storage remain dependable through dry months.
Response to assess: Prepare a seasonal water budget, test source quality and compare leak repair, demand reduction and hydrogeologically suitable recharge.
Local baseline: Monthly supply days, well levels, abstraction and water-quality tests.
What success would measure: Reliable service days and seasonal extraction, with water quality maintained.
Roles to appoint: Local body, water utility, hydrogeologist and participating water users.

Read the evidence and limits in K02 ↗

Heat in homes, workplaces and institutions

Practical problem to check: Check occupied indoor heat and outdoor work exposure, including humidity and access to shade.
Response to assess: Audit a school, health centre or worksite; compare roof treatment, shading, ventilation and professionally designed heat-response arrangements.
Local baseline: Occupied-hour indoor/outdoor temperature, humidity, occupancy and energy use.
What success would measure: Hours above an agreed comfort threshold; protected work periods; weather-adjusted electricity.
Roles to appoint: Building owner, facilities operator, occupational-health team and qualified designer.

Read the evidence and limits in K06 ↗

Rainfall-sensitive crops and farm income

Practical problem to check: Check crop-stage dry spells, excess-rain damage and income sensitivity for locally grown crops.
Response to assess: Co-design a small comparable farmer trial with KVK support: crop timing, locally suited varieties, soil cover and water budgeting.
Local baseline: Crop-wise multi-season yield, rainfall, labour, input costs and farm water use.
What success would measure: Yield stability and net return including household labour, compared across seasons.
Roles to appoint: Farmer group or FPO, KVK agronomist and independent evaluator.

Read the evidence and limits in K11 ↗

Evidence route for Namakkal

Official district directory / plan index ↗ — identity and administrative context.
District administration ↗ — request current DDMP, relevant departmental records and permissions.
Official district climate insights ↗ — Official climate portal and selected district-plan landing pages screened; district-specific measurements have not been extracted for every district.

Boundary check: Historical studies may cover different boundaries; reconcile mandals/taluks and dates before use.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Namakkal ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Namakkal ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

Perambalurrainfed inland plains and village tanksRainfall-sensitive crops and farm incomeDry-season water reliabilityHeat in homes, workplaces and institutionsOpen district brief +

Planning screen — local verification pending

Start with this local question

Which rainfed crops and village supplies need dry-season reliability trials?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

Rainfall-sensitive crops and farm income

Practical problem to check: Check crop-stage dry spells, excess-rain damage and income sensitivity for locally grown crops.
Response to assess: Co-design a small comparable farmer trial with KVK support: crop timing, locally suited varieties, soil cover and water budgeting.
Local baseline: Crop-wise multi-season yield, rainfall, labour, input costs and farm water use.
What success would measure: Yield stability and net return including household labour, compared across seasons.
Roles to appoint: Farmer group or FPO, KVK agronomist and independent evaluator.

Read the evidence and limits in K11 ↗

Dry-season water reliability

Practical problem to check: Check whether drinking-water sources, wells and storage remain dependable through dry months.
Response to assess: Prepare a seasonal water budget, test source quality and compare leak repair, demand reduction and hydrogeologically suitable recharge.
Local baseline: Monthly supply days, well levels, abstraction and water-quality tests.
What success would measure: Reliable service days and seasonal extraction, with water quality maintained.
Roles to appoint: Local body, water utility, hydrogeologist and participating water users.

Read the evidence and limits in K02 ↗

Heat in homes, workplaces and institutions

Practical problem to check: Check occupied indoor heat and outdoor work exposure, including humidity and access to shade.
Response to assess: Audit a school, health centre or worksite; compare roof treatment, shading, ventilation and professionally designed heat-response arrangements.
Local baseline: Occupied-hour indoor/outdoor temperature, humidity, occupancy and energy use.
What success would measure: Hours above an agreed comfort threshold; protected work periods; weather-adjusted electricity.
Roles to appoint: Building owner, facilities operator, occupational-health team and qualified designer.

Read the evidence and limits in K06 ↗

Evidence route for Perambalur

Official district directory / plan index ↗ — identity and administrative context.
District administration ↗ — request current DDMP, relevant departmental records and permissions.
Official district climate insights ↗ — Official climate portal and selected district-plan landing pages screened; district-specific measurements have not been extracted for every district.

Boundary check: Historical studies may cover different boundaries; reconcile mandals/taluks and dates before use.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Perambalur ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Perambalur ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

Pudukkottaitank-dependent interiors and a coastal stripDry-season water reliabilityRainfall-sensitive crops and farm incomeCoastal storms, erosion and fishing accessOpen district brief +

Planning screen — local verification pending

Start with this local question

Which inland tank systems and shore settlements need distinct screening?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

Dry-season water reliability

Practical problem to check: Check whether drinking-water sources, wells and storage remain dependable through dry months.
Response to assess: Prepare a seasonal water budget, test source quality and compare leak repair, demand reduction and hydrogeologically suitable recharge.
Local baseline: Monthly supply days, well levels, abstraction and water-quality tests.
What success would measure: Reliable service days and seasonal extraction, with water quality maintained.
Roles to appoint: Local body, water utility, hydrogeologist and participating water users.

Read the evidence and limits in K02 ↗

Rainfall-sensitive crops and farm income

Practical problem to check: Check crop-stage dry spells, excess-rain damage and income sensitivity for locally grown crops.
Response to assess: Co-design a small comparable farmer trial with KVK support: crop timing, locally suited varieties, soil cover and water budgeting.
Local baseline: Crop-wise multi-season yield, rainfall, labour, input costs and farm water use.
What success would measure: Yield stability and net return including household labour, compared across seasons.
Roles to appoint: Farmer group or FPO, KVK agronomist and independent evaluator.

Read the evidence and limits in K11 ↗

Coastal storms, erosion and fishing access

Practical problem to check: Check exposed shore settlements, boat access, shelter routes and seasonal shoreline change.
Response to assess: Assess sediment and coastal hazards before selecting setbacks, dunes, habitat recovery or engineered protection; protect fishing access and neighbouring shores.
Local baseline: Seasonal beach profiles, shoreline history, exposure and evacuation travel time.
What success would measure: Exposure avoided; livelihood access retained; shoreline response monitored.
Roles to appoint: Coastal authority, district administration, fisheries teams and fishing communities.

Read the evidence and limits in K08 ↗

Evidence route for Pudukkottai

Official district directory / plan index ↗ — identity and administrative context.
District administration ↗ — request current DDMP, relevant departmental records and permissions.
Official district climate insights ↗ — Official climate portal and selected district-plan landing pages screened; district-specific measurements have not been extracted for every district.
Additional district evidence route ↗ — 2025 multi-part district-plan listing screened; full report not appraised.

Boundary check: Historical studies may cover different boundaries; reconcile mandals/taluks and dates before use.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Pudukkottai ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Pudukkottai ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

Ramanathapuramdry coastal villages and Gulf of Mannar communitiesDry-season water reliabilitySalinity and dependable freshwaterCoastal storms, erosion and fishing accessOpen district brief +

Planning screen — local verification pending

Start with this local question

Which village has a verified safe-water service gap after existing schemes?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

Dry-season water reliability

Practical problem to check: Check whether drinking-water sources, wells and storage remain dependable through dry months.
Response to assess: Prepare a seasonal water budget, test source quality and compare leak repair, demand reduction and hydrogeologically suitable recharge.
Local baseline: Monthly supply days, well levels, abstraction and water-quality tests.
What success would measure: Reliable service days and seasonal extraction, with water quality maintained.
Roles to appoint: Local body, water utility, hydrogeologist and participating water users.

Read the evidence and limits in K02 ↗

Salinity and dependable freshwater

Practical problem to check: Check seasonal saltwater intrusion or saline sources before treating a freshwater shortage as a quantity-only problem.
Response to assess: Test conductivity and relevant water-quality parameters through wet and dry periods; assess source protection and demand management with water specialists.
Local baseline: Seasonal conductivity, water-quality tests, source availability and abstraction.
What success would measure: Water meeting the intended-use standard and reliable freshwater service days.
Roles to appoint: Water utility, accredited laboratory, hydrogeologist and local users.

Read the evidence and limits in K01 ↗

Coastal storms, erosion and fishing access

Practical problem to check: Check exposed shore settlements, boat access, shelter routes and seasonal shoreline change.
Response to assess: Assess sediment and coastal hazards before selecting setbacks, dunes, habitat recovery or engineered protection; protect fishing access and neighbouring shores.
Local baseline: Seasonal beach profiles, shoreline history, exposure and evacuation travel time.
What success would measure: Exposure avoided; livelihood access retained; shoreline response monitored.
Roles to appoint: Coastal authority, district administration, fisheries teams and fishing communities.

Read the evidence and limits in K08 ↗

Evidence route for Ramanathapuram

Official district directory / plan index ↗ — identity and administrative context.
District administration ↗ — request current DDMP, relevant departmental records and permissions.
Official district climate insights ↗ — Official climate portal and selected district-plan landing pages screened; district-specific measurements have not been extracted for every district.
Additional district evidence route ↗ — District plan 2026–2027 landing page screened; not a current village-level baseline.

Boundary check: Historical studies may cover different boundaries; reconcile mandals/taluks and dates before use.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Ramanathapuram ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Ramanathapuram ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

RanipetPalar basin settlements and industrial workplacesDry-season water reliabilityHeat in homes, workplaces and institutionsEnergy demand and efficient local servicesOpen district brief +

Planning screen — local verification pending

Start with this local question

Which workplaces and water systems can supply verifiable baseline records?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

Dry-season water reliability

Practical problem to check: Check whether drinking-water sources, wells and storage remain dependable through dry months.
Response to assess: Prepare a seasonal water budget, test source quality and compare leak repair, demand reduction and hydrogeologically suitable recharge.
Local baseline: Monthly supply days, well levels, abstraction and water-quality tests.
What success would measure: Reliable service days and seasonal extraction, with water quality maintained.
Roles to appoint: Local body, water utility, hydrogeologist and participating water users.

Read the evidence and limits in K02 ↗

Heat in homes, workplaces and institutions

Practical problem to check: Check occupied indoor heat and outdoor work exposure, including humidity and access to shade.
Response to assess: Audit a school, health centre or worksite; compare roof treatment, shading, ventilation and professionally designed heat-response arrangements.
Local baseline: Occupied-hour indoor/outdoor temperature, humidity, occupancy and energy use.
What success would measure: Hours above an agreed comfort threshold; protected work periods; weather-adjusted electricity.
Roles to appoint: Building owner, facilities operator, occupational-health team and qualified designer.

Read the evidence and limits in K06 ↗

Energy demand and efficient local services

Practical problem to check: Check cooling, pumping and productive electricity demand before specifying new equipment.
Response to assess: Meter loads, reduce avoidable demand and compare efficient equipment or suitable rooftop solar with structural and lifecycle checks.
Local baseline: Metered energy, operating hours, equipment condition and roof safety where relevant.
What success would measure: Weather/production-adjusted electricity and lifecycle costs using disclosed assumptions.
Roles to appoint: Asset owner, energy professional and accepted maintenance contractor.

Read the evidence and limits in K19 ↗

Evidence route for Ranipet

Official district directory / plan index ↗ — identity and administrative context.
District administration ↗ — request current DDMP, relevant departmental records and permissions.
Official district climate insights ↗ — Official climate portal and selected district-plan landing pages screened; district-specific measurements have not been extracted for every district.

Boundary check: Historical studies may cover different boundaries; reconcile mandals/taluks and dates before use.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Ranipet ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Ranipet ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

Saleminland urban areas, farms and hill settlementsHeat in homes, workplaces and institutionsDry-season water reliabilitySlope instability and intense hill rainfallOpen district brief +

Planning screen — local verification pending

Start with this local question

Which occupied buildings and hill-drainage corridors need local measurements?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

Heat in homes, workplaces and institutions

Practical problem to check: Check occupied indoor heat and outdoor work exposure, including humidity and access to shade.
Response to assess: Audit a school, health centre or worksite; compare roof treatment, shading, ventilation and professionally designed heat-response arrangements.
Local baseline: Occupied-hour indoor/outdoor temperature, humidity, occupancy and energy use.
What success would measure: Hours above an agreed comfort threshold; protected work periods; weather-adjusted electricity.
Roles to appoint: Building owner, facilities operator, occupational-health team and qualified designer.

Read the evidence and limits in K06 ↗

Dry-season water reliability

Practical problem to check: Check whether drinking-water sources, wells and storage remain dependable through dry months.
Response to assess: Prepare a seasonal water budget, test source quality and compare leak repair, demand reduction and hydrogeologically suitable recharge.
Local baseline: Monthly supply days, well levels, abstraction and water-quality tests.
What success would measure: Reliable service days and seasonal extraction, with water quality maintained.
Roles to appoint: Local body, water utility, hydrogeologist and participating water users.

Read the evidence and limits in K02 ↗

Slope instability and intense hill rainfall

Practical problem to check: Check steep inhabited slopes, road cuts and drainage against official landslide-susceptibility information.
Response to assess: Arrange geotechnical inspection, drainage review and last-mile warnings; prioritise exposure reduction and safe access before structural works.
Local baseline: Slope geology, failure history, rainfall, drainage and households in possible runout paths.
What success would measure: People with viable evacuation access; warning response; inspected drainage maintained.
Roles to appoint: District disaster authority, geotechnical specialists, road agency and local communities.

Read the evidence and limits in K05 ↗

Evidence route for Salem

Official district directory / plan index ↗ — identity and administrative context.
District administration ↗ — request current DDMP, relevant departmental records and permissions.
Official district climate insights ↗ — Official climate portal and selected district-plan landing pages screened; district-specific measurements have not been extracted for every district.

Boundary check: Historical studies may cover different boundaries; reconcile mandals/taluks and dates before use.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Salem ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Salem ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

Sivagangatank-linked villages and rainfed farmsDry-season water reliabilityRainfall-sensitive crops and farm incomeHeat in homes, workplaces and institutionsOpen district brief +

Planning screen — local verification pending

Start with this local question

Which village tanks and supply services can be assessed with accepted ownership?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

Dry-season water reliability

Practical problem to check: Check whether drinking-water sources, wells and storage remain dependable through dry months.
Response to assess: Prepare a seasonal water budget, test source quality and compare leak repair, demand reduction and hydrogeologically suitable recharge.
Local baseline: Monthly supply days, well levels, abstraction and water-quality tests.
What success would measure: Reliable service days and seasonal extraction, with water quality maintained.
Roles to appoint: Local body, water utility, hydrogeologist and participating water users.

Read the evidence and limits in K02 ↗

Rainfall-sensitive crops and farm income

Practical problem to check: Check crop-stage dry spells, excess-rain damage and income sensitivity for locally grown crops.
Response to assess: Co-design a small comparable farmer trial with KVK support: crop timing, locally suited varieties, soil cover and water budgeting.
Local baseline: Crop-wise multi-season yield, rainfall, labour, input costs and farm water use.
What success would measure: Yield stability and net return including household labour, compared across seasons.
Roles to appoint: Farmer group or FPO, KVK agronomist and independent evaluator.

Read the evidence and limits in K11 ↗

Heat in homes, workplaces and institutions

Practical problem to check: Check occupied indoor heat and outdoor work exposure, including humidity and access to shade.
Response to assess: Audit a school, health centre or worksite; compare roof treatment, shading, ventilation and professionally designed heat-response arrangements.
Local baseline: Occupied-hour indoor/outdoor temperature, humidity, occupancy and energy use.
What success would measure: Hours above an agreed comfort threshold; protected work periods; weather-adjusted electricity.
Roles to appoint: Building owner, facilities operator, occupational-health team and qualified designer.

Read the evidence and limits in K06 ↗

Evidence route for Sivaganga

Official district directory / plan index ↗ — identity and administrative context.
District administration ↗ — request current DDMP, relevant departmental records and permissions.
Official district climate insights ↗ — Official climate portal and selected district-plan landing pages screened; district-specific measurements have not been extracted for every district.
Additional district evidence route ↗ — 2025–26 plan listing screened; no local outcome or priority rank inferred.

Boundary check: Historical studies may cover different boundaries; reconcile mandals/taluks and dates before use.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Sivaganga ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Sivaganga ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

TenkasiWestern Ghats foothills and farm-water systemsSlope instability and intense hill rainfallRiver floods and access disruptionRainfall-sensitive crops and farm incomeOpen district brief +

Planning screen — local verification pending

Start with this local question

Which foothill drains and farm sites need runoff and access checks?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

Slope instability and intense hill rainfall

Practical problem to check: Check steep inhabited slopes, road cuts and drainage against official landslide-susceptibility information.
Response to assess: Arrange geotechnical inspection, drainage review and last-mile warnings; prioritise exposure reduction and safe access before structural works.
Local baseline: Slope geology, failure history, rainfall, drainage and households in possible runout paths.
What success would measure: People with viable evacuation access; warning response; inspected drainage maintained.
Roles to appoint: District disaster authority, geotechnical specialists, road agency and local communities.

Read the evidence and limits in K05 ↗

River floods and access disruption

Practical problem to check: Check floodplain settlements, drainage bottlenecks and routes that may become unusable during heavy rain.
Response to assess: Combine official flood maps with local flood marks; protect flow paths and assess retention, warning reach and accessible evacuation routes.
Local baseline: Observed inundation depth/duration, rainfall, drainage connections and affected essential services.
What success would measure: Comparable-event access and service interruption; warning-to-action time.
Roles to appoint: District disaster authority, local body, irrigation engineers and affected communities.

Read the evidence and limits in K04 ↗

Rainfall-sensitive crops and farm income

Practical problem to check: Check crop-stage dry spells, excess-rain damage and income sensitivity for locally grown crops.
Response to assess: Co-design a small comparable farmer trial with KVK support: crop timing, locally suited varieties, soil cover and water budgeting.
Local baseline: Crop-wise multi-season yield, rainfall, labour, input costs and farm water use.
What success would measure: Yield stability and net return including household labour, compared across seasons.
Roles to appoint: Farmer group or FPO, KVK agronomist and independent evaluator.

Read the evidence and limits in K11 ↗

Evidence route for Tenkasi

Official district directory / plan index ↗ — identity and administrative context.
District administration ↗ — request current DDMP, relevant departmental records and permissions.
Official district climate insights ↗ — Official climate portal and selected district-plan landing pages screened; district-specific measurements have not been extracted for every district.

Boundary check: Historical studies may cover different boundaries; reconcile mandals/taluks and dates before use.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Tenkasi ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Tenkasi ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

ThanjavurCauvery delta cropping and settlementsRiver floods and access disruptionRainfall-sensitive crops and farm incomeDry-season water reliabilityOpen district brief +

Planning screen — local verification pending

Start with this local question

Which crop and drainage units face different wet-season and dry-season constraints?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

River floods and access disruption

Practical problem to check: Check floodplain settlements, drainage bottlenecks and routes that may become unusable during heavy rain.
Response to assess: Combine official flood maps with local flood marks; protect flow paths and assess retention, warning reach and accessible evacuation routes.
Local baseline: Observed inundation depth/duration, rainfall, drainage connections and affected essential services.
What success would measure: Comparable-event access and service interruption; warning-to-action time.
Roles to appoint: District disaster authority, local body, irrigation engineers and affected communities.

Read the evidence and limits in K04 ↗

Rainfall-sensitive crops and farm income

Practical problem to check: Check crop-stage dry spells, excess-rain damage and income sensitivity for locally grown crops.
Response to assess: Co-design a small comparable farmer trial with KVK support: crop timing, locally suited varieties, soil cover and water budgeting.
Local baseline: Crop-wise multi-season yield, rainfall, labour, input costs and farm water use.
What success would measure: Yield stability and net return including household labour, compared across seasons.
Roles to appoint: Farmer group or FPO, KVK agronomist and independent evaluator.

Read the evidence and limits in K11 ↗

Dry-season water reliability

Practical problem to check: Check whether drinking-water sources, wells and storage remain dependable through dry months.
Response to assess: Prepare a seasonal water budget, test source quality and compare leak repair, demand reduction and hydrogeologically suitable recharge.
Local baseline: Monthly supply days, well levels, abstraction and water-quality tests.
What success would measure: Reliable service days and seasonal extraction, with water quality maintained.
Roles to appoint: Local body, water utility, hydrogeologist and participating water users.

Read the evidence and limits in K02 ↗

Evidence route for Thanjavur

Official district directory / plan index ↗ — identity and administrative context.
District administration ↗ — request current DDMP, relevant departmental records and permissions.
Official district climate insights ↗ — Official climate portal and selected district-plan landing pages screened; district-specific measurements have not been extracted for every district.

Boundary check: Historical studies may cover different boundaries; reconcile mandals/taluks and dates before use.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Thanjavur ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Thanjavur ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

The Nilgirismontane slopes, shola–grassland mosaics and settlementsSlope instability and intense hill rainfallHabitat condition and catchment protectionRainfall-sensitive crops and farm incomeOpen district brief +

Planning screen — local verification pending

Start with this local question

Which inhabited slopes need drainage inspection while protecting native grassland?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

Slope instability and intense hill rainfall

Practical problem to check: Check steep inhabited slopes, road cuts and drainage against official landslide-susceptibility information.
Response to assess: Arrange geotechnical inspection, drainage review and last-mile warnings; prioritise exposure reduction and safe access before structural works.
Local baseline: Slope geology, failure history, rainfall, drainage and households in possible runout paths.
What success would measure: People with viable evacuation access; warning response; inspected drainage maintained.
Roles to appoint: District disaster authority, geotechnical specialists, road agency and local communities.

Read the evidence and limits in K05 ↗

Habitat condition and catchment protection

Practical problem to check: Check native habitat, invasive spread and erosion in catchments supporting people and wildlife.
Response to assess: Map the original habitat and rights first; trial appropriate native recovery and invasive control with repeat maintenance, rather than assume every open site needs trees.
Local baseline: Native cover, invasive cover, soil condition, regeneration and community resource use.
What success would measure: Native recovery and habitat function; invasive rebound; livelihood access retained.
Roles to appoint: Habitat custodian, restoration ecologist and rights-holding communities.

Read the evidence and limits in K15 ↗

Rainfall-sensitive crops and farm income

Practical problem to check: Check crop-stage dry spells, excess-rain damage and income sensitivity for locally grown crops.
Response to assess: Co-design a small comparable farmer trial with KVK support: crop timing, locally suited varieties, soil cover and water budgeting.
Local baseline: Crop-wise multi-season yield, rainfall, labour, input costs and farm water use.
What success would measure: Yield stability and net return including household labour, compared across seasons.
Roles to appoint: Farmer group or FPO, KVK agronomist and independent evaluator.

Read the evidence and limits in K11 ↗

Evidence route for The Nilgiris

Official district directory / plan index ↗ — identity and administrative context.
District administration ↗ — request current DDMP, relevant departmental records and permissions.
Official district climate insights ↗ — Official climate portal and selected district-plan landing pages screened; district-specific measurements have not been extracted for every district.

Boundary check: Historical studies may cover different boundaries; reconcile mandals/taluks and dates before use.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for The Nilgiris ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in The Nilgiris ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

TheniWestern Ghats slopes and irrigated valley farmsSlope instability and intense hill rainfallRainfall-sensitive crops and farm incomeDry-season water reliabilityOpen district brief +

Planning screen — local verification pending

Start with this local question

Which slope-drainage and farm-water issues can be assessed without conflating them?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

Slope instability and intense hill rainfall

Practical problem to check: Check steep inhabited slopes, road cuts and drainage against official landslide-susceptibility information.
Response to assess: Arrange geotechnical inspection, drainage review and last-mile warnings; prioritise exposure reduction and safe access before structural works.
Local baseline: Slope geology, failure history, rainfall, drainage and households in possible runout paths.
What success would measure: People with viable evacuation access; warning response; inspected drainage maintained.
Roles to appoint: District disaster authority, geotechnical specialists, road agency and local communities.

Read the evidence and limits in K05 ↗

Rainfall-sensitive crops and farm income

Practical problem to check: Check crop-stage dry spells, excess-rain damage and income sensitivity for locally grown crops.
Response to assess: Co-design a small comparable farmer trial with KVK support: crop timing, locally suited varieties, soil cover and water budgeting.
Local baseline: Crop-wise multi-season yield, rainfall, labour, input costs and farm water use.
What success would measure: Yield stability and net return including household labour, compared across seasons.
Roles to appoint: Farmer group or FPO, KVK agronomist and independent evaluator.

Read the evidence and limits in K11 ↗

Dry-season water reliability

Practical problem to check: Check whether drinking-water sources, wells and storage remain dependable through dry months.
Response to assess: Prepare a seasonal water budget, test source quality and compare leak repair, demand reduction and hydrogeologically suitable recharge.
Local baseline: Monthly supply days, well levels, abstraction and water-quality tests.
What success would measure: Reliable service days and seasonal extraction, with water quality maintained.
Roles to appoint: Local body, water utility, hydrogeologist and participating water users.

Read the evidence and limits in K02 ↗

Evidence route for Theni

Official district directory / plan index ↗ — identity and administrative context.
District administration ↗ — request current DDMP, relevant departmental records and permissions.
Official district climate insights ↗ — Official climate portal and selected district-plan landing pages screened; district-specific measurements have not been extracted for every district.

Boundary check: Historical studies may cover different boundaries; reconcile mandals/taluks and dates before use.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Theni ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Theni ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

Thoothukudicoastal settlements and urban-industrial areasRiver floods and access disruptionCoastal storms, erosion and fishing accessHeat in homes, workplaces and institutionsOpen district brief +

Planning screen — local verification pending

Start with this local question

Which drainage and evacuation routes protect people during compound coastal rain events?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

River floods and access disruption

Practical problem to check: Check floodplain settlements, drainage bottlenecks and routes that may become unusable during heavy rain.
Response to assess: Combine official flood maps with local flood marks; protect flow paths and assess retention, warning reach and accessible evacuation routes.
Local baseline: Observed inundation depth/duration, rainfall, drainage connections and affected essential services.
What success would measure: Comparable-event access and service interruption; warning-to-action time.
Roles to appoint: District disaster authority, local body, irrigation engineers and affected communities.

Read the evidence and limits in K04 ↗

Coastal storms, erosion and fishing access

Practical problem to check: Check exposed shore settlements, boat access, shelter routes and seasonal shoreline change.
Response to assess: Assess sediment and coastal hazards before selecting setbacks, dunes, habitat recovery or engineered protection; protect fishing access and neighbouring shores.
Local baseline: Seasonal beach profiles, shoreline history, exposure and evacuation travel time.
What success would measure: Exposure avoided; livelihood access retained; shoreline response monitored.
Roles to appoint: Coastal authority, district administration, fisheries teams and fishing communities.

Read the evidence and limits in K08 ↗

Heat in homes, workplaces and institutions

Practical problem to check: Check occupied indoor heat and outdoor work exposure, including humidity and access to shade.
Response to assess: Audit a school, health centre or worksite; compare roof treatment, shading, ventilation and professionally designed heat-response arrangements.
Local baseline: Occupied-hour indoor/outdoor temperature, humidity, occupancy and energy use.
What success would measure: Hours above an agreed comfort threshold; protected work periods; weather-adjusted electricity.
Roles to appoint: Building owner, facilities operator, occupational-health team and qualified designer.

Read the evidence and limits in K06 ↗

Evidence route for Thoothukudi

Official district directory / plan index ↗ — identity and administrative context.
District administration ↗ — request current DDMP, relevant departmental records and permissions.
Official district climate insights ↗ — Official climate portal and selected district-plan landing pages screened; district-specific measurements have not been extracted for every district.

Boundary check: Historical studies may cover different boundaries; reconcile mandals/taluks and dates before use.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Thoothukudi ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Thoothukudi ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

TiruchirappalliCauvery urban institutions and surrounding farmsHeat in homes, workplaces and institutionsRiver floods and access disruptionDry-season water reliabilityOpen district brief +

Planning screen — local verification pending

Start with this local question

Which institution can host a permission-based occupied-hour thermal baseline?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

Heat in homes, workplaces and institutions

Practical problem to check: Check occupied indoor heat and outdoor work exposure, including humidity and access to shade.
Response to assess: Audit a school, health centre or worksite; compare roof treatment, shading, ventilation and professionally designed heat-response arrangements.
Local baseline: Occupied-hour indoor/outdoor temperature, humidity, occupancy and energy use.
What success would measure: Hours above an agreed comfort threshold; protected work periods; weather-adjusted electricity.
Roles to appoint: Building owner, facilities operator, occupational-health team and qualified designer.

Read the evidence and limits in K06 ↗

River floods and access disruption

Practical problem to check: Check floodplain settlements, drainage bottlenecks and routes that may become unusable during heavy rain.
Response to assess: Combine official flood maps with local flood marks; protect flow paths and assess retention, warning reach and accessible evacuation routes.
Local baseline: Observed inundation depth/duration, rainfall, drainage connections and affected essential services.
What success would measure: Comparable-event access and service interruption; warning-to-action time.
Roles to appoint: District disaster authority, local body, irrigation engineers and affected communities.

Read the evidence and limits in K04 ↗

Dry-season water reliability

Practical problem to check: Check whether drinking-water sources, wells and storage remain dependable through dry months.
Response to assess: Prepare a seasonal water budget, test source quality and compare leak repair, demand reduction and hydrogeologically suitable recharge.
Local baseline: Monthly supply days, well levels, abstraction and water-quality tests.
What success would measure: Reliable service days and seasonal extraction, with water quality maintained.
Roles to appoint: Local body, water utility, hydrogeologist and participating water users.

Read the evidence and limits in K02 ↗

Evidence route for Tiruchirappalli

Official district directory / plan index ↗ — identity and administrative context.
District administration ↗ — request current DDMP, relevant departmental records and permissions.
Official district climate insights ↗ — Official climate portal and selected district-plan landing pages screened; district-specific measurements have not been extracted for every district.

Boundary check: Historical studies may cover different boundaries; reconcile mandals/taluks and dates before use.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Tiruchirappalli ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Tiruchirappalli ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

TirunelveliTamiraparani settlements and western foothillsRiver floods and access disruptionSlope instability and intense hill rainfallHeat in homes, workplaces and institutionsOpen district brief +

Planning screen — local verification pending

Start with this local question

Which river-adjacent services and foothill roads require separate exposure checks?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

River floods and access disruption

Practical problem to check: Check floodplain settlements, drainage bottlenecks and routes that may become unusable during heavy rain.
Response to assess: Combine official flood maps with local flood marks; protect flow paths and assess retention, warning reach and accessible evacuation routes.
Local baseline: Observed inundation depth/duration, rainfall, drainage connections and affected essential services.
What success would measure: Comparable-event access and service interruption; warning-to-action time.
Roles to appoint: District disaster authority, local body, irrigation engineers and affected communities.

Read the evidence and limits in K04 ↗

Slope instability and intense hill rainfall

Practical problem to check: Check steep inhabited slopes, road cuts and drainage against official landslide-susceptibility information.
Response to assess: Arrange geotechnical inspection, drainage review and last-mile warnings; prioritise exposure reduction and safe access before structural works.
Local baseline: Slope geology, failure history, rainfall, drainage and households in possible runout paths.
What success would measure: People with viable evacuation access; warning response; inspected drainage maintained.
Roles to appoint: District disaster authority, geotechnical specialists, road agency and local communities.

Read the evidence and limits in K05 ↗

Heat in homes, workplaces and institutions

Practical problem to check: Check occupied indoor heat and outdoor work exposure, including humidity and access to shade.
Response to assess: Audit a school, health centre or worksite; compare roof treatment, shading, ventilation and professionally designed heat-response arrangements.
Local baseline: Occupied-hour indoor/outdoor temperature, humidity, occupancy and energy use.
What success would measure: Hours above an agreed comfort threshold; protected work periods; weather-adjusted electricity.
Roles to appoint: Building owner, facilities operator, occupational-health team and qualified designer.

Read the evidence and limits in K06 ↗

Evidence route for Tirunelveli

Official district directory / plan index ↗ — identity and administrative context.
District administration ↗ — request current DDMP, relevant departmental records and permissions.
Official district climate insights ↗ — Official climate portal and selected district-plan landing pages screened; district-specific measurements have not been extracted for every district.

Boundary check: Historical studies may cover different boundaries; reconcile mandals/taluks and dates before use.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Tirunelveli ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Tirunelveli ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

Tirupathurinterior tanks, farms and hill settlementsDry-season water reliabilityRainfall-sensitive crops and farm incomeSlope instability and intense hill rainfallOpen district brief +

Planning screen — local verification pending

Start with this local question

Which tank-fed farms and hill access routes need seasonal monitoring?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

Dry-season water reliability

Practical problem to check: Check whether drinking-water sources, wells and storage remain dependable through dry months.
Response to assess: Prepare a seasonal water budget, test source quality and compare leak repair, demand reduction and hydrogeologically suitable recharge.
Local baseline: Monthly supply days, well levels, abstraction and water-quality tests.
What success would measure: Reliable service days and seasonal extraction, with water quality maintained.
Roles to appoint: Local body, water utility, hydrogeologist and participating water users.

Read the evidence and limits in K02 ↗

Rainfall-sensitive crops and farm income

Practical problem to check: Check crop-stage dry spells, excess-rain damage and income sensitivity for locally grown crops.
Response to assess: Co-design a small comparable farmer trial with KVK support: crop timing, locally suited varieties, soil cover and water budgeting.
Local baseline: Crop-wise multi-season yield, rainfall, labour, input costs and farm water use.
What success would measure: Yield stability and net return including household labour, compared across seasons.
Roles to appoint: Farmer group or FPO, KVK agronomist and independent evaluator.

Read the evidence and limits in K11 ↗

Slope instability and intense hill rainfall

Practical problem to check: Check steep inhabited slopes, road cuts and drainage against official landslide-susceptibility information.
Response to assess: Arrange geotechnical inspection, drainage review and last-mile warnings; prioritise exposure reduction and safe access before structural works.
Local baseline: Slope geology, failure history, rainfall, drainage and households in possible runout paths.
What success would measure: People with viable evacuation access; warning response; inspected drainage maintained.
Roles to appoint: District disaster authority, geotechnical specialists, road agency and local communities.

Read the evidence and limits in K05 ↗

Evidence route for Tirupathur

Official district directory / plan index ↗ — identity and administrative context.
District administration ↗ — request current DDMP, relevant departmental records and permissions.
Official district climate insights ↗ — Official climate portal and selected district-plan landing pages screened; district-specific measurements have not been extracted for every district.

Boundary check: Historical studies may cover different boundaries; reconcile mandals/taluks and dates before use.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Tirupathur ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Tirupathur ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

Tiruppurtextile-linked towns and dry farming hinterlandDry-season water reliabilityHeat in homes, workplaces and institutionsEnergy demand and efficient local servicesOpen district brief +

Planning screen — local verification pending

Start with this local question

Where can water and energy audits support a measurable efficiency pilot?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

Dry-season water reliability

Practical problem to check: Check whether drinking-water sources, wells and storage remain dependable through dry months.
Response to assess: Prepare a seasonal water budget, test source quality and compare leak repair, demand reduction and hydrogeologically suitable recharge.
Local baseline: Monthly supply days, well levels, abstraction and water-quality tests.
What success would measure: Reliable service days and seasonal extraction, with water quality maintained.
Roles to appoint: Local body, water utility, hydrogeologist and participating water users.

Read the evidence and limits in K02 ↗

Heat in homes, workplaces and institutions

Practical problem to check: Check occupied indoor heat and outdoor work exposure, including humidity and access to shade.
Response to assess: Audit a school, health centre or worksite; compare roof treatment, shading, ventilation and professionally designed heat-response arrangements.
Local baseline: Occupied-hour indoor/outdoor temperature, humidity, occupancy and energy use.
What success would measure: Hours above an agreed comfort threshold; protected work periods; weather-adjusted electricity.
Roles to appoint: Building owner, facilities operator, occupational-health team and qualified designer.

Read the evidence and limits in K06 ↗

Energy demand and efficient local services

Practical problem to check: Check cooling, pumping and productive electricity demand before specifying new equipment.
Response to assess: Meter loads, reduce avoidable demand and compare efficient equipment or suitable rooftop solar with structural and lifecycle checks.
Local baseline: Metered energy, operating hours, equipment condition and roof safety where relevant.
What success would measure: Weather/production-adjusted electricity and lifecycle costs using disclosed assumptions.
Roles to appoint: Asset owner, energy professional and accepted maintenance contractor.

Read the evidence and limits in K19 ↗

Evidence route for Tiruppur

Official district directory / plan index ↗ — identity and administrative context.
District administration ↗ — request current DDMP, relevant departmental records and permissions.
Official district climate insights ↗ — Official climate portal and selected district-plan landing pages screened; district-specific measurements have not been extracted for every district.

Boundary check: Historical studies may cover different boundaries; reconcile mandals/taluks and dates before use.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Tiruppur ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Tiruppur ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

Tiruvallurnorthern Chennai fringe, reservoirs and coastUrban waterlogging and polluted water bodiesCoastal storms, erosion and fishing accessDry-season water reliabilityOpen district brief +

Planning screen — local verification pending

Start with this local question

Which growing settlements have mismatched drainage and water-service capacity?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

Urban waterlogging and polluted water bodies

Practical problem to check: Check storm-drain connectivity, sewage inflows and low-lying homes or public buildings.
Response to assess: Trace catchments and inlets, separate pollution control from flood management, and compare utility repairs with retention and wetland options.
Local baseline: Drain connections, inlet flows and pollution loads; inundation records and treatment uptime.
What success would measure: Compliant treated flows; comparable-storm waterlogging duration; maintenance completed.
Roles to appoint: Municipal body, sewer/drainage utility, asset custodian and community representatives.

Read the evidence and limits in K03 ↗

Coastal storms, erosion and fishing access

Practical problem to check: Check exposed shore settlements, boat access, shelter routes and seasonal shoreline change.
Response to assess: Assess sediment and coastal hazards before selecting setbacks, dunes, habitat recovery or engineered protection; protect fishing access and neighbouring shores.
Local baseline: Seasonal beach profiles, shoreline history, exposure and evacuation travel time.
What success would measure: Exposure avoided; livelihood access retained; shoreline response monitored.
Roles to appoint: Coastal authority, district administration, fisheries teams and fishing communities.

Read the evidence and limits in K08 ↗

Dry-season water reliability

Practical problem to check: Check whether drinking-water sources, wells and storage remain dependable through dry months.
Response to assess: Prepare a seasonal water budget, test source quality and compare leak repair, demand reduction and hydrogeologically suitable recharge.
Local baseline: Monthly supply days, well levels, abstraction and water-quality tests.
What success would measure: Reliable service days and seasonal extraction, with water quality maintained.
Roles to appoint: Local body, water utility, hydrogeologist and participating water users.

Read the evidence and limits in K02 ↗

Evidence route for Tiruvallur

Official district directory / plan index ↗ — identity and administrative context.
District administration ↗ — request current DDMP, relevant departmental records and permissions.
Official district climate insights ↗ — Official climate portal and selected district-plan landing pages screened; district-specific measurements have not been extracted for every district.

Boundary check: Historical studies may cover different boundaries; reconcile mandals/taluks and dates before use.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Tiruvallur ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Tiruvallur ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

Tiruvannamalairainfed villages and hill catchmentsDry-season water reliabilityRainfall-sensitive crops and farm incomeHabitat condition and catchment protectionOpen district brief +

Planning screen — local verification pending

Start with this local question

Which crop-water and catchment restoration questions have community support?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

Dry-season water reliability

Practical problem to check: Check whether drinking-water sources, wells and storage remain dependable through dry months.
Response to assess: Prepare a seasonal water budget, test source quality and compare leak repair, demand reduction and hydrogeologically suitable recharge.
Local baseline: Monthly supply days, well levels, abstraction and water-quality tests.
What success would measure: Reliable service days and seasonal extraction, with water quality maintained.
Roles to appoint: Local body, water utility, hydrogeologist and participating water users.

Read the evidence and limits in K02 ↗

Rainfall-sensitive crops and farm income

Practical problem to check: Check crop-stage dry spells, excess-rain damage and income sensitivity for locally grown crops.
Response to assess: Co-design a small comparable farmer trial with KVK support: crop timing, locally suited varieties, soil cover and water budgeting.
Local baseline: Crop-wise multi-season yield, rainfall, labour, input costs and farm water use.
What success would measure: Yield stability and net return including household labour, compared across seasons.
Roles to appoint: Farmer group or FPO, KVK agronomist and independent evaluator.

Read the evidence and limits in K11 ↗

Habitat condition and catchment protection

Practical problem to check: Check native habitat, invasive spread and erosion in catchments supporting people and wildlife.
Response to assess: Map the original habitat and rights first; trial appropriate native recovery and invasive control with repeat maintenance, rather than assume every open site needs trees.
Local baseline: Native cover, invasive cover, soil condition, regeneration and community resource use.
What success would measure: Native recovery and habitat function; invasive rebound; livelihood access retained.
Roles to appoint: Habitat custodian, restoration ecologist and rights-holding communities.

Read the evidence and limits in K15 ↗

Evidence route for Tiruvannamalai

Official district directory / plan index ↗ — identity and administrative context.
District administration ↗ — request current DDMP, relevant departmental records and permissions.
Official district climate insights ↗ — Official climate portal and selected district-plan landing pages screened; district-specific measurements have not been extracted for every district.

Boundary check: Historical studies may cover different boundaries; reconcile mandals/taluks and dates before use.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Tiruvannamalai ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Tiruvannamalai ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

Tiruvarurlow-lying delta farms and village drainageRiver floods and access disruptionSalinity and dependable freshwaterRainfall-sensitive crops and farm incomeOpen district brief +

Planning screen — local verification pending

Start with this local question

Which drainage channels and farm plots need a wet/dry season comparison?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

River floods and access disruption

Practical problem to check: Check floodplain settlements, drainage bottlenecks and routes that may become unusable during heavy rain.
Response to assess: Combine official flood maps with local flood marks; protect flow paths and assess retention, warning reach and accessible evacuation routes.
Local baseline: Observed inundation depth/duration, rainfall, drainage connections and affected essential services.
What success would measure: Comparable-event access and service interruption; warning-to-action time.
Roles to appoint: District disaster authority, local body, irrigation engineers and affected communities.

Read the evidence and limits in K04 ↗

Salinity and dependable freshwater

Practical problem to check: Check seasonal saltwater intrusion or saline sources before treating a freshwater shortage as a quantity-only problem.
Response to assess: Test conductivity and relevant water-quality parameters through wet and dry periods; assess source protection and demand management with water specialists.
Local baseline: Seasonal conductivity, water-quality tests, source availability and abstraction.
What success would measure: Water meeting the intended-use standard and reliable freshwater service days.
Roles to appoint: Water utility, accredited laboratory, hydrogeologist and local users.

Read the evidence and limits in K01 ↗

Rainfall-sensitive crops and farm income

Practical problem to check: Check crop-stage dry spells, excess-rain damage and income sensitivity for locally grown crops.
Response to assess: Co-design a small comparable farmer trial with KVK support: crop timing, locally suited varieties, soil cover and water budgeting.
Local baseline: Crop-wise multi-season yield, rainfall, labour, input costs and farm water use.
What success would measure: Yield stability and net return including household labour, compared across seasons.
Roles to appoint: Farmer group or FPO, KVK agronomist and independent evaluator.

Read the evidence and limits in K11 ↗

Evidence route for Tiruvarur

Official district directory / plan index ↗ — identity and administrative context.
District administration ↗ — request current DDMP, relevant departmental records and permissions.
Official district climate insights ↗ — Official climate portal and selected district-plan landing pages screened; district-specific measurements have not been extracted for every district.

Boundary check: Historical studies may cover different boundaries; reconcile mandals/taluks and dates before use.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Tiruvarur ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Tiruvarur ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

Vellorehot inland settlements and Palar-linked water systemsHeat in homes, workplaces and institutionsDry-season water reliabilityUrban waterlogging and polluted water bodiesOpen district brief +

Planning screen — local verification pending

Start with this local question

Which schools and water-supply areas can document seasonal heat and reliability?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

Heat in homes, workplaces and institutions

Practical problem to check: Check occupied indoor heat and outdoor work exposure, including humidity and access to shade.
Response to assess: Audit a school, health centre or worksite; compare roof treatment, shading, ventilation and professionally designed heat-response arrangements.
Local baseline: Occupied-hour indoor/outdoor temperature, humidity, occupancy and energy use.
What success would measure: Hours above an agreed comfort threshold; protected work periods; weather-adjusted electricity.
Roles to appoint: Building owner, facilities operator, occupational-health team and qualified designer.

Read the evidence and limits in K06 ↗

Dry-season water reliability

Practical problem to check: Check whether drinking-water sources, wells and storage remain dependable through dry months.
Response to assess: Prepare a seasonal water budget, test source quality and compare leak repair, demand reduction and hydrogeologically suitable recharge.
Local baseline: Monthly supply days, well levels, abstraction and water-quality tests.
What success would measure: Reliable service days and seasonal extraction, with water quality maintained.
Roles to appoint: Local body, water utility, hydrogeologist and participating water users.

Read the evidence and limits in K02 ↗

Urban waterlogging and polluted water bodies

Practical problem to check: Check storm-drain connectivity, sewage inflows and low-lying homes or public buildings.
Response to assess: Trace catchments and inlets, separate pollution control from flood management, and compare utility repairs with retention and wetland options.
Local baseline: Drain connections, inlet flows and pollution loads; inundation records and treatment uptime.
What success would measure: Compliant treated flows; comparable-storm waterlogging duration; maintenance completed.
Roles to appoint: Municipal body, sewer/drainage utility, asset custodian and community representatives.

Read the evidence and limits in K03 ↗

Evidence route for Vellore

Official district directory / plan index ↗ — identity and administrative context.
District administration ↗ — request current DDMP, relevant departmental records and permissions.
Official district climate insights ↗ — Official climate portal and selected district-plan landing pages screened; district-specific measurements have not been extracted for every district.

Boundary check: Historical studies may cover different boundaries; reconcile mandals/taluks and dates before use.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Vellore ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Vellore ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

Viluppuramtank-fed plains and coastal settlementsRiver floods and access disruptionDry-season water reliabilityCoastal storms, erosion and fishing accessOpen district brief +

Planning screen — local verification pending

Start with this local question

Which catchment drainage and coast-access issues need distinct local baselines?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

River floods and access disruption

Practical problem to check: Check floodplain settlements, drainage bottlenecks and routes that may become unusable during heavy rain.
Response to assess: Combine official flood maps with local flood marks; protect flow paths and assess retention, warning reach and accessible evacuation routes.
Local baseline: Observed inundation depth/duration, rainfall, drainage connections and affected essential services.
What success would measure: Comparable-event access and service interruption; warning-to-action time.
Roles to appoint: District disaster authority, local body, irrigation engineers and affected communities.

Read the evidence and limits in K04 ↗

Dry-season water reliability

Practical problem to check: Check whether drinking-water sources, wells and storage remain dependable through dry months.
Response to assess: Prepare a seasonal water budget, test source quality and compare leak repair, demand reduction and hydrogeologically suitable recharge.
Local baseline: Monthly supply days, well levels, abstraction and water-quality tests.
What success would measure: Reliable service days and seasonal extraction, with water quality maintained.
Roles to appoint: Local body, water utility, hydrogeologist and participating water users.

Read the evidence and limits in K02 ↗

Coastal storms, erosion and fishing access

Practical problem to check: Check exposed shore settlements, boat access, shelter routes and seasonal shoreline change.
Response to assess: Assess sediment and coastal hazards before selecting setbacks, dunes, habitat recovery or engineered protection; protect fishing access and neighbouring shores.
Local baseline: Seasonal beach profiles, shoreline history, exposure and evacuation travel time.
What success would measure: Exposure avoided; livelihood access retained; shoreline response monitored.
Roles to appoint: Coastal authority, district administration, fisheries teams and fishing communities.

Read the evidence and limits in K08 ↗

Evidence route for Viluppuram

Official district directory / plan index ↗ — identity and administrative context.
District administration ↗ — request current DDMP, relevant departmental records and permissions.
Official district climate insights ↗ — Official climate portal and selected district-plan landing pages screened; district-specific measurements have not been extracted for every district.

Boundary check: Historical studies may cover different boundaries; reconcile mandals/taluks and dates before use.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Viluppuram ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Viluppuram ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

Virudhunagardry inland towns, farms and industrial work areasHeat in homes, workplaces and institutionsDry-season water reliabilityRainfall-sensitive crops and farm incomeOpen district brief +

Planning screen — local verification pending

Start with this local question

Which worker groups and rainfed farms can define a small evaluable intervention?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

Heat in homes, workplaces and institutions

Practical problem to check: Check occupied indoor heat and outdoor work exposure, including humidity and access to shade.
Response to assess: Audit a school, health centre or worksite; compare roof treatment, shading, ventilation and professionally designed heat-response arrangements.
Local baseline: Occupied-hour indoor/outdoor temperature, humidity, occupancy and energy use.
What success would measure: Hours above an agreed comfort threshold; protected work periods; weather-adjusted electricity.
Roles to appoint: Building owner, facilities operator, occupational-health team and qualified designer.

Read the evidence and limits in K06 ↗

Dry-season water reliability

Practical problem to check: Check whether drinking-water sources, wells and storage remain dependable through dry months.
Response to assess: Prepare a seasonal water budget, test source quality and compare leak repair, demand reduction and hydrogeologically suitable recharge.
Local baseline: Monthly supply days, well levels, abstraction and water-quality tests.
What success would measure: Reliable service days and seasonal extraction, with water quality maintained.
Roles to appoint: Local body, water utility, hydrogeologist and participating water users.

Read the evidence and limits in K02 ↗

Rainfall-sensitive crops and farm income

Practical problem to check: Check crop-stage dry spells, excess-rain damage and income sensitivity for locally grown crops.
Response to assess: Co-design a small comparable farmer trial with KVK support: crop timing, locally suited varieties, soil cover and water budgeting.
Local baseline: Crop-wise multi-season yield, rainfall, labour, input costs and farm water use.
What success would measure: Yield stability and net return including household labour, compared across seasons.
Roles to appoint: Farmer group or FPO, KVK agronomist and independent evaluator.

Read the evidence and limits in K11 ↗

Evidence route for Virudhunagar

Official district directory / plan index ↗ — identity and administrative context.
District administration ↗ — request current DDMP, relevant departmental records and permissions.
Official district climate insights ↗ — Official climate portal and selected district-plan landing pages screened; district-specific measurements have not been extracted for every district.

Boundary check: Historical studies may cover different boundaries; reconcile mandals/taluks and dates before use.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Virudhunagar ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Virudhunagar ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

Kerala

14 districts

AlappuzhaKuttanad lowlands, backwaters and coastRiver floods and access disruptionSalinity and dependable freshwaterCoastal storms, erosion and fishing accessOpen district brief +

Planning screen — local verification pending

Start with this local question

Which lowland households need a combined flood-access and freshwater assessment?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

River floods and access disruption

Practical problem to check: Check floodplain settlements, drainage bottlenecks and routes that may become unusable during heavy rain.
Response to assess: Combine official flood maps with local flood marks; protect flow paths and assess retention, warning reach and accessible evacuation routes.
Local baseline: Observed inundation depth/duration, rainfall, drainage connections and affected essential services.
What success would measure: Comparable-event access and service interruption; warning-to-action time.
Roles to appoint: District disaster authority, local body, irrigation engineers and affected communities.

Read the evidence and limits in K04 ↗

Salinity and dependable freshwater

Practical problem to check: Check seasonal saltwater intrusion or saline sources before treating a freshwater shortage as a quantity-only problem.
Response to assess: Test conductivity and relevant water-quality parameters through wet and dry periods; assess source protection and demand management with water specialists.
Local baseline: Seasonal conductivity, water-quality tests, source availability and abstraction.
What success would measure: Water meeting the intended-use standard and reliable freshwater service days.
Roles to appoint: Water utility, accredited laboratory, hydrogeologist and local users.

Read the evidence and limits in K01 ↗

Coastal storms, erosion and fishing access

Practical problem to check: Check exposed shore settlements, boat access, shelter routes and seasonal shoreline change.
Response to assess: Assess sediment and coastal hazards before selecting setbacks, dunes, habitat recovery or engineered protection; protect fishing access and neighbouring shores.
Local baseline: Seasonal beach profiles, shoreline history, exposure and evacuation travel time.
What success would measure: Exposure avoided; livelihood access retained; shoreline response monitored.
Roles to appoint: Coastal authority, district administration, fisheries teams and fishing communities.

Read the evidence and limits in K08 ↗

Evidence route for Alappuzha

Official district directory / plan index ↗ — identity and administrative context.
KSDMA district flood maps and GSI landslide layers ↗ — Map catalogue screened. Historic flood maps, RCP8.5 scenario maps and GSI 2022 landslide layers are distinct; individual layers require site-level interpretation.

Boundary check: Historical studies may cover different boundaries; reconcile mandals/taluks and dates before use.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Alappuzha ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Alappuzha ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

ErnakulamKochi urban/backwater areas and eastern uplandsUrban waterlogging and polluted water bodiesCoastal storms, erosion and fishing accessRiver floods and access disruptionOpen district brief +

Planning screen — local verification pending

Start with this local question

Which urban and backwater services have the most verifiable interruption records?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

Urban waterlogging and polluted water bodies

Practical problem to check: Check storm-drain connectivity, sewage inflows and low-lying homes or public buildings.
Response to assess: Trace catchments and inlets, separate pollution control from flood management, and compare utility repairs with retention and wetland options.
Local baseline: Drain connections, inlet flows and pollution loads; inundation records and treatment uptime.
What success would measure: Compliant treated flows; comparable-storm waterlogging duration; maintenance completed.
Roles to appoint: Municipal body, sewer/drainage utility, asset custodian and community representatives.

Read the evidence and limits in K03 ↗

Coastal storms, erosion and fishing access

Practical problem to check: Check exposed shore settlements, boat access, shelter routes and seasonal shoreline change.
Response to assess: Assess sediment and coastal hazards before selecting setbacks, dunes, habitat recovery or engineered protection; protect fishing access and neighbouring shores.
Local baseline: Seasonal beach profiles, shoreline history, exposure and evacuation travel time.
What success would measure: Exposure avoided; livelihood access retained; shoreline response monitored.
Roles to appoint: Coastal authority, district administration, fisheries teams and fishing communities.

Read the evidence and limits in K08 ↗

River floods and access disruption

Practical problem to check: Check floodplain settlements, drainage bottlenecks and routes that may become unusable during heavy rain.
Response to assess: Combine official flood maps with local flood marks; protect flow paths and assess retention, warning reach and accessible evacuation routes.
Local baseline: Observed inundation depth/duration, rainfall, drainage connections and affected essential services.
What success would measure: Comparable-event access and service interruption; warning-to-action time.
Roles to appoint: District disaster authority, local body, irrigation engineers and affected communities.

Read the evidence and limits in K04 ↗

Evidence route for Ernakulam

Official district directory / plan index ↗ — identity and administrative context.
KSDMA district flood maps and GSI landslide layers ↗ — Map catalogue screened. Historic flood maps, RCP8.5 scenario maps and GSI 2022 landslide layers are distinct; individual layers require site-level interpretation.

Boundary check: Historical studies may cover different boundaries; reconcile mandals/taluks and dates before use.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Ernakulam ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Ernakulam ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

Idukkihigh-range settlements, slopes and plantation catchmentsSlope instability and intense hill rainfallRainfall-sensitive crops and farm incomeHabitat condition and catchment protectionOpen district brief +

Planning screen — local verification pending

Start with this local question

Which inhabited slopes and plantation drains need inspection before monsoon works?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

Slope instability and intense hill rainfall

Practical problem to check: Check steep inhabited slopes, road cuts and drainage against official landslide-susceptibility information.
Response to assess: Arrange geotechnical inspection, drainage review and last-mile warnings; prioritise exposure reduction and safe access before structural works.
Local baseline: Slope geology, failure history, rainfall, drainage and households in possible runout paths.
What success would measure: People with viable evacuation access; warning response; inspected drainage maintained.
Roles to appoint: District disaster authority, geotechnical specialists, road agency and local communities.

Read the evidence and limits in K05 ↗

Rainfall-sensitive crops and farm income

Practical problem to check: Check crop-stage dry spells, excess-rain damage and income sensitivity for locally grown crops.
Response to assess: Co-design a small comparable farmer trial with KVK support: crop timing, locally suited varieties, soil cover and water budgeting.
Local baseline: Crop-wise multi-season yield, rainfall, labour, input costs and farm water use.
What success would measure: Yield stability and net return including household labour, compared across seasons.
Roles to appoint: Farmer group or FPO, KVK agronomist and independent evaluator.

Read the evidence and limits in K11 ↗

Habitat condition and catchment protection

Practical problem to check: Check native habitat, invasive spread and erosion in catchments supporting people and wildlife.
Response to assess: Map the original habitat and rights first; trial appropriate native recovery and invasive control with repeat maintenance, rather than assume every open site needs trees.
Local baseline: Native cover, invasive cover, soil condition, regeneration and community resource use.
What success would measure: Native recovery and habitat function; invasive rebound; livelihood access retained.
Roles to appoint: Habitat custodian, restoration ecologist and rights-holding communities.

Read the evidence and limits in K15 ↗

Evidence route for Idukki

Official district directory / plan index ↗ — identity and administrative context.
KSDMA district flood maps and GSI landslide layers ↗ — Map catalogue screened. Historic flood maps, RCP8.5 scenario maps and GSI 2022 landslide layers are distinct; individual layers require site-level interpretation.

Boundary check: Historical studies may cover different boundaries; reconcile mandals/taluks and dates before use.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Idukki ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Idukki ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

Kannurcoastal settlements, rivers and eastern hillsCoastal storms, erosion and fishing accessSlope instability and intense hill rainfallRiver floods and access disruptionOpen district brief +

Planning screen — local verification pending

Start with this local question

Which coast-access and hill-drainage interventions can be maintained locally?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

Coastal storms, erosion and fishing access

Practical problem to check: Check exposed shore settlements, boat access, shelter routes and seasonal shoreline change.
Response to assess: Assess sediment and coastal hazards before selecting setbacks, dunes, habitat recovery or engineered protection; protect fishing access and neighbouring shores.
Local baseline: Seasonal beach profiles, shoreline history, exposure and evacuation travel time.
What success would measure: Exposure avoided; livelihood access retained; shoreline response monitored.
Roles to appoint: Coastal authority, district administration, fisheries teams and fishing communities.

Read the evidence and limits in K08 ↗

Slope instability and intense hill rainfall

Practical problem to check: Check steep inhabited slopes, road cuts and drainage against official landslide-susceptibility information.
Response to assess: Arrange geotechnical inspection, drainage review and last-mile warnings; prioritise exposure reduction and safe access before structural works.
Local baseline: Slope geology, failure history, rainfall, drainage and households in possible runout paths.
What success would measure: People with viable evacuation access; warning response; inspected drainage maintained.
Roles to appoint: District disaster authority, geotechnical specialists, road agency and local communities.

Read the evidence and limits in K05 ↗

River floods and access disruption

Practical problem to check: Check floodplain settlements, drainage bottlenecks and routes that may become unusable during heavy rain.
Response to assess: Combine official flood maps with local flood marks; protect flow paths and assess retention, warning reach and accessible evacuation routes.
Local baseline: Observed inundation depth/duration, rainfall, drainage connections and affected essential services.
What success would measure: Comparable-event access and service interruption; warning-to-action time.
Roles to appoint: District disaster authority, local body, irrigation engineers and affected communities.

Read the evidence and limits in K04 ↗

Evidence route for Kannur

Official district directory / plan index ↗ — identity and administrative context.
KSDMA district flood maps and GSI landslide layers ↗ — Map catalogue screened. Historic flood maps, RCP8.5 scenario maps and GSI 2022 landslide layers are distinct; individual layers require site-level interpretation.

Boundary check: Historical studies may cover different boundaries; reconcile mandals/taluks and dates before use.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Kannur ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Kannur ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

Kasaragodcoastal and lateritic inland water systemsDry-season water reliabilitySalinity and dependable freshwaterCoastal storms, erosion and fishing accessOpen district brief +

Planning screen — local verification pending

Start with this local question

Which lateritic and coastal sources need separate seasonal water-quality checks?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

Dry-season water reliability

Practical problem to check: Check whether drinking-water sources, wells and storage remain dependable through dry months.
Response to assess: Prepare a seasonal water budget, test source quality and compare leak repair, demand reduction and hydrogeologically suitable recharge.
Local baseline: Monthly supply days, well levels, abstraction and water-quality tests.
What success would measure: Reliable service days and seasonal extraction, with water quality maintained.
Roles to appoint: Local body, water utility, hydrogeologist and participating water users.

Read the evidence and limits in K02 ↗

Salinity and dependable freshwater

Practical problem to check: Check seasonal saltwater intrusion or saline sources before treating a freshwater shortage as a quantity-only problem.
Response to assess: Test conductivity and relevant water-quality parameters through wet and dry periods; assess source protection and demand management with water specialists.
Local baseline: Seasonal conductivity, water-quality tests, source availability and abstraction.
What success would measure: Water meeting the intended-use standard and reliable freshwater service days.
Roles to appoint: Water utility, accredited laboratory, hydrogeologist and local users.

Read the evidence and limits in K01 ↗

Coastal storms, erosion and fishing access

Practical problem to check: Check exposed shore settlements, boat access, shelter routes and seasonal shoreline change.
Response to assess: Assess sediment and coastal hazards before selecting setbacks, dunes, habitat recovery or engineered protection; protect fishing access and neighbouring shores.
Local baseline: Seasonal beach profiles, shoreline history, exposure and evacuation travel time.
What success would measure: Exposure avoided; livelihood access retained; shoreline response monitored.
Roles to appoint: Coastal authority, district administration, fisheries teams and fishing communities.

Read the evidence and limits in K08 ↗

Evidence route for Kasaragod

Official district directory / plan index ↗ — identity and administrative context.
KSDMA district flood maps and GSI landslide layers ↗ — Map catalogue screened. Historic flood maps, RCP8.5 scenario maps and GSI 2022 landslide layers are distinct; individual layers require site-level interpretation.

Boundary check: Historical studies may cover different boundaries; reconcile mandals/taluks and dates before use.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Kasaragod ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Kasaragod ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

Kollamcoastal and backwater settlements with eastern uplandsCoastal storms, erosion and fishing accessRiver floods and access disruptionSalinity and dependable freshwaterOpen district brief +

Planning screen — local verification pending

Start with this local question

Which backwater communities need flood access and freshwater quality checks?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

Coastal storms, erosion and fishing access

Practical problem to check: Check exposed shore settlements, boat access, shelter routes and seasonal shoreline change.
Response to assess: Assess sediment and coastal hazards before selecting setbacks, dunes, habitat recovery or engineered protection; protect fishing access and neighbouring shores.
Local baseline: Seasonal beach profiles, shoreline history, exposure and evacuation travel time.
What success would measure: Exposure avoided; livelihood access retained; shoreline response monitored.
Roles to appoint: Coastal authority, district administration, fisheries teams and fishing communities.

Read the evidence and limits in K08 ↗

River floods and access disruption

Practical problem to check: Check floodplain settlements, drainage bottlenecks and routes that may become unusable during heavy rain.
Response to assess: Combine official flood maps with local flood marks; protect flow paths and assess retention, warning reach and accessible evacuation routes.
Local baseline: Observed inundation depth/duration, rainfall, drainage connections and affected essential services.
What success would measure: Comparable-event access and service interruption; warning-to-action time.
Roles to appoint: District disaster authority, local body, irrigation engineers and affected communities.

Read the evidence and limits in K04 ↗

Salinity and dependable freshwater

Practical problem to check: Check seasonal saltwater intrusion or saline sources before treating a freshwater shortage as a quantity-only problem.
Response to assess: Test conductivity and relevant water-quality parameters through wet and dry periods; assess source protection and demand management with water specialists.
Local baseline: Seasonal conductivity, water-quality tests, source availability and abstraction.
What success would measure: Water meeting the intended-use standard and reliable freshwater service days.
Roles to appoint: Water utility, accredited laboratory, hydrogeologist and local users.

Read the evidence and limits in K01 ↗

Evidence route for Kollam

Official district directory / plan index ↗ — identity and administrative context.
KSDMA district flood maps and GSI landslide layers ↗ — Map catalogue screened. Historic flood maps, RCP8.5 scenario maps and GSI 2022 landslide layers are distinct; individual layers require site-level interpretation.

Boundary check: Historical studies may cover different boundaries; reconcile mandals/taluks and dates before use.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Kollam ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Kollam ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

Kottayambackwater margins, river valleys and eastern slopesRiver floods and access disruptionSlope instability and intense hill rainfallSalinity and dependable freshwaterOpen district brief +

Planning screen — local verification pending

Start with this local question

Which low-lying and hill settlements need different drainage and safe-water responses?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

River floods and access disruption

Practical problem to check: Check floodplain settlements, drainage bottlenecks and routes that may become unusable during heavy rain.
Response to assess: Combine official flood maps with local flood marks; protect flow paths and assess retention, warning reach and accessible evacuation routes.
Local baseline: Observed inundation depth/duration, rainfall, drainage connections and affected essential services.
What success would measure: Comparable-event access and service interruption; warning-to-action time.
Roles to appoint: District disaster authority, local body, irrigation engineers and affected communities.

Read the evidence and limits in K04 ↗

Slope instability and intense hill rainfall

Practical problem to check: Check steep inhabited slopes, road cuts and drainage against official landslide-susceptibility information.
Response to assess: Arrange geotechnical inspection, drainage review and last-mile warnings; prioritise exposure reduction and safe access before structural works.
Local baseline: Slope geology, failure history, rainfall, drainage and households in possible runout paths.
What success would measure: People with viable evacuation access; warning response; inspected drainage maintained.
Roles to appoint: District disaster authority, geotechnical specialists, road agency and local communities.

Read the evidence and limits in K05 ↗

Salinity and dependable freshwater

Practical problem to check: Check seasonal saltwater intrusion or saline sources before treating a freshwater shortage as a quantity-only problem.
Response to assess: Test conductivity and relevant water-quality parameters through wet and dry periods; assess source protection and demand management with water specialists.
Local baseline: Seasonal conductivity, water-quality tests, source availability and abstraction.
What success would measure: Water meeting the intended-use standard and reliable freshwater service days.
Roles to appoint: Water utility, accredited laboratory, hydrogeologist and local users.

Read the evidence and limits in K01 ↗

Evidence route for Kottayam

Official district directory / plan index ↗ — identity and administrative context.
KSDMA district flood maps and GSI landslide layers ↗ — Map catalogue screened. Historic flood maps, RCP8.5 scenario maps and GSI 2022 landslide layers are distinct; individual layers require site-level interpretation.

Boundary check: Historical studies may cover different boundaries; reconcile mandals/taluks and dates before use.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Kottayam ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Kottayam ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

Kozhikodeurban/coastal settlements and eastern hill catchmentsUrban waterlogging and polluted water bodiesCoastal storms, erosion and fishing accessSlope instability and intense hill rainfallOpen district brief +

Planning screen — local verification pending

Start with this local question

Which low-lying urban routes and hill communities need different rain-response plans?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

Urban waterlogging and polluted water bodies

Practical problem to check: Check storm-drain connectivity, sewage inflows and low-lying homes or public buildings.
Response to assess: Trace catchments and inlets, separate pollution control from flood management, and compare utility repairs with retention and wetland options.
Local baseline: Drain connections, inlet flows and pollution loads; inundation records and treatment uptime.
What success would measure: Compliant treated flows; comparable-storm waterlogging duration; maintenance completed.
Roles to appoint: Municipal body, sewer/drainage utility, asset custodian and community representatives.

Read the evidence and limits in K03 ↗

Coastal storms, erosion and fishing access

Practical problem to check: Check exposed shore settlements, boat access, shelter routes and seasonal shoreline change.
Response to assess: Assess sediment and coastal hazards before selecting setbacks, dunes, habitat recovery or engineered protection; protect fishing access and neighbouring shores.
Local baseline: Seasonal beach profiles, shoreline history, exposure and evacuation travel time.
What success would measure: Exposure avoided; livelihood access retained; shoreline response monitored.
Roles to appoint: Coastal authority, district administration, fisheries teams and fishing communities.

Read the evidence and limits in K08 ↗

Slope instability and intense hill rainfall

Practical problem to check: Check steep inhabited slopes, road cuts and drainage against official landslide-susceptibility information.
Response to assess: Arrange geotechnical inspection, drainage review and last-mile warnings; prioritise exposure reduction and safe access before structural works.
Local baseline: Slope geology, failure history, rainfall, drainage and households in possible runout paths.
What success would measure: People with viable evacuation access; warning response; inspected drainage maintained.
Roles to appoint: District disaster authority, geotechnical specialists, road agency and local communities.

Read the evidence and limits in K05 ↗

Evidence route for Kozhikode

Official district directory / plan index ↗ — identity and administrative context.
KSDMA district flood maps and GSI landslide layers ↗ — Map catalogue screened. Historic flood maps, RCP8.5 scenario maps and GSI 2022 landslide layers are distinct; individual layers require site-level interpretation.

Boundary check: Historical studies may cover different boundaries; reconcile mandals/taluks and dates before use.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Kozhikode ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Kozhikode ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

MalappuramChaliyar catchments, hills and coastal settlementsRiver floods and access disruptionSlope instability and intense hill rainfallCoastal storms, erosion and fishing accessOpen district brief +

Planning screen — local verification pending

Start with this local question

Which river-access and hill-drainage problems require catchment-scale coordination?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

River floods and access disruption

Practical problem to check: Check floodplain settlements, drainage bottlenecks and routes that may become unusable during heavy rain.
Response to assess: Combine official flood maps with local flood marks; protect flow paths and assess retention, warning reach and accessible evacuation routes.
Local baseline: Observed inundation depth/duration, rainfall, drainage connections and affected essential services.
What success would measure: Comparable-event access and service interruption; warning-to-action time.
Roles to appoint: District disaster authority, local body, irrigation engineers and affected communities.

Read the evidence and limits in K04 ↗

Slope instability and intense hill rainfall

Practical problem to check: Check steep inhabited slopes, road cuts and drainage against official landslide-susceptibility information.
Response to assess: Arrange geotechnical inspection, drainage review and last-mile warnings; prioritise exposure reduction and safe access before structural works.
Local baseline: Slope geology, failure history, rainfall, drainage and households in possible runout paths.
What success would measure: People with viable evacuation access; warning response; inspected drainage maintained.
Roles to appoint: District disaster authority, geotechnical specialists, road agency and local communities.

Read the evidence and limits in K05 ↗

Coastal storms, erosion and fishing access

Practical problem to check: Check exposed shore settlements, boat access, shelter routes and seasonal shoreline change.
Response to assess: Assess sediment and coastal hazards before selecting setbacks, dunes, habitat recovery or engineered protection; protect fishing access and neighbouring shores.
Local baseline: Seasonal beach profiles, shoreline history, exposure and evacuation travel time.
What success would measure: Exposure avoided; livelihood access retained; shoreline response monitored.
Roles to appoint: Coastal authority, district administration, fisheries teams and fishing communities.

Read the evidence and limits in K08 ↗

Evidence route for Malappuram

Official district directory / plan index ↗ — identity and administrative context.
KSDMA district flood maps and GSI landslide layers ↗ — Map catalogue screened. Historic flood maps, RCP8.5 scenario maps and GSI 2022 landslide layers are distinct; individual layers require site-level interpretation.

Boundary check: Historical studies may cover different boundaries; reconcile mandals/taluks and dates before use.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Malappuram ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Malappuram ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

Palakkadinterior plains, the Gap and eastern/western hill marginsHeat in homes, workplaces and institutionsDry-season water reliabilityRainfall-sensitive crops and farm incomeOpen district brief +

Planning screen — local verification pending

Start with this local question

Which institutions and farms need hot-season water and thermal measurements?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

Heat in homes, workplaces and institutions

Practical problem to check: Check occupied indoor heat and outdoor work exposure, including humidity and access to shade.
Response to assess: Audit a school, health centre or worksite; compare roof treatment, shading, ventilation and professionally designed heat-response arrangements.
Local baseline: Occupied-hour indoor/outdoor temperature, humidity, occupancy and energy use.
What success would measure: Hours above an agreed comfort threshold; protected work periods; weather-adjusted electricity.
Roles to appoint: Building owner, facilities operator, occupational-health team and qualified designer.

Read the evidence and limits in K06 ↗

Dry-season water reliability

Practical problem to check: Check whether drinking-water sources, wells and storage remain dependable through dry months.
Response to assess: Prepare a seasonal water budget, test source quality and compare leak repair, demand reduction and hydrogeologically suitable recharge.
Local baseline: Monthly supply days, well levels, abstraction and water-quality tests.
What success would measure: Reliable service days and seasonal extraction, with water quality maintained.
Roles to appoint: Local body, water utility, hydrogeologist and participating water users.

Read the evidence and limits in K02 ↗

Rainfall-sensitive crops and farm income

Practical problem to check: Check crop-stage dry spells, excess-rain damage and income sensitivity for locally grown crops.
Response to assess: Co-design a small comparable farmer trial with KVK support: crop timing, locally suited varieties, soil cover and water budgeting.
Local baseline: Crop-wise multi-season yield, rainfall, labour, input costs and farm water use.
What success would measure: Yield stability and net return including household labour, compared across seasons.
Roles to appoint: Farmer group or FPO, KVK agronomist and independent evaluator.

Read the evidence and limits in K11 ↗

Evidence route for Palakkad

Official district directory / plan index ↗ — identity and administrative context.
KSDMA district flood maps and GSI landslide layers ↗ — Map catalogue screened. Historic flood maps, RCP8.5 scenario maps and GSI 2022 landslide layers are distinct; individual layers require site-level interpretation.

Boundary check: Historical studies may cover different boundaries; reconcile mandals/taluks and dates before use.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Palakkad ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Palakkad ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

PathanamthittaPamba–Achankovil catchments and inhabited slopesRiver floods and access disruptionSlope instability and intense hill rainfallDry-season water reliabilityOpen district brief +

Planning screen — local verification pending

Start with this local question

Which floodplain services and hill routes need coordinated warning and access plans?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

River floods and access disruption

Practical problem to check: Check floodplain settlements, drainage bottlenecks and routes that may become unusable during heavy rain.
Response to assess: Combine official flood maps with local flood marks; protect flow paths and assess retention, warning reach and accessible evacuation routes.
Local baseline: Observed inundation depth/duration, rainfall, drainage connections and affected essential services.
What success would measure: Comparable-event access and service interruption; warning-to-action time.
Roles to appoint: District disaster authority, local body, irrigation engineers and affected communities.

Read the evidence and limits in K04 ↗

Slope instability and intense hill rainfall

Practical problem to check: Check steep inhabited slopes, road cuts and drainage against official landslide-susceptibility information.
Response to assess: Arrange geotechnical inspection, drainage review and last-mile warnings; prioritise exposure reduction and safe access before structural works.
Local baseline: Slope geology, failure history, rainfall, drainage and households in possible runout paths.
What success would measure: People with viable evacuation access; warning response; inspected drainage maintained.
Roles to appoint: District disaster authority, geotechnical specialists, road agency and local communities.

Read the evidence and limits in K05 ↗

Dry-season water reliability

Practical problem to check: Check whether drinking-water sources, wells and storage remain dependable through dry months.
Response to assess: Prepare a seasonal water budget, test source quality and compare leak repair, demand reduction and hydrogeologically suitable recharge.
Local baseline: Monthly supply days, well levels, abstraction and water-quality tests.
What success would measure: Reliable service days and seasonal extraction, with water quality maintained.
Roles to appoint: Local body, water utility, hydrogeologist and participating water users.

Read the evidence and limits in K02 ↗

Evidence route for Pathanamthitta

Official district directory / plan index ↗ — identity and administrative context.
KSDMA district flood maps and GSI landslide layers ↗ — Map catalogue screened. Historic flood maps, RCP8.5 scenario maps and GSI 2022 landslide layers are distinct; individual layers require site-level interpretation.

Boundary check: Historical studies may cover different boundaries; reconcile mandals/taluks and dates before use.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Pathanamthitta ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Pathanamthitta ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

Thiruvananthapuramurban catchments, coast and eastern uplandsUrban waterlogging and polluted water bodiesCoastal storms, erosion and fishing accessSlope instability and intense hill rainfallOpen district brief +

Planning screen — local verification pending

Start with this local question

Which urban, shore and hill communities need separate site-specific assessments?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

Urban waterlogging and polluted water bodies

Practical problem to check: Check storm-drain connectivity, sewage inflows and low-lying homes or public buildings.
Response to assess: Trace catchments and inlets, separate pollution control from flood management, and compare utility repairs with retention and wetland options.
Local baseline: Drain connections, inlet flows and pollution loads; inundation records and treatment uptime.
What success would measure: Compliant treated flows; comparable-storm waterlogging duration; maintenance completed.
Roles to appoint: Municipal body, sewer/drainage utility, asset custodian and community representatives.

Read the evidence and limits in K03 ↗

Coastal storms, erosion and fishing access

Practical problem to check: Check exposed shore settlements, boat access, shelter routes and seasonal shoreline change.
Response to assess: Assess sediment and coastal hazards before selecting setbacks, dunes, habitat recovery or engineered protection; protect fishing access and neighbouring shores.
Local baseline: Seasonal beach profiles, shoreline history, exposure and evacuation travel time.
What success would measure: Exposure avoided; livelihood access retained; shoreline response monitored.
Roles to appoint: Coastal authority, district administration, fisheries teams and fishing communities.

Read the evidence and limits in K08 ↗

Slope instability and intense hill rainfall

Practical problem to check: Check steep inhabited slopes, road cuts and drainage against official landslide-susceptibility information.
Response to assess: Arrange geotechnical inspection, drainage review and last-mile warnings; prioritise exposure reduction and safe access before structural works.
Local baseline: Slope geology, failure history, rainfall, drainage and households in possible runout paths.
What success would measure: People with viable evacuation access; warning response; inspected drainage maintained.
Roles to appoint: District disaster authority, geotechnical specialists, road agency and local communities.

Read the evidence and limits in K05 ↗

Evidence route for Thiruvananthapuram

Official district directory / plan index ↗ — identity and administrative context.
KSDMA district flood maps and GSI landslide layers ↗ — Map catalogue screened. Historic flood maps, RCP8.5 scenario maps and GSI 2022 landslide layers are distinct; individual layers require site-level interpretation.

Boundary check: Historical studies may cover different boundaries; reconcile mandals/taluks and dates before use.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Thiruvananthapuram ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Thiruvananthapuram ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

ThrissurKole lowlands, coastal settlements and uplandsRiver floods and access disruptionCoastal storms, erosion and fishing accessRainfall-sensitive crops and farm incomeOpen district brief +

Planning screen — local verification pending

Start with this local question

Which Kole drainage units and shore settlements need locally agreed water management?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

River floods and access disruption

Practical problem to check: Check floodplain settlements, drainage bottlenecks and routes that may become unusable during heavy rain.
Response to assess: Combine official flood maps with local flood marks; protect flow paths and assess retention, warning reach and accessible evacuation routes.
Local baseline: Observed inundation depth/duration, rainfall, drainage connections and affected essential services.
What success would measure: Comparable-event access and service interruption; warning-to-action time.
Roles to appoint: District disaster authority, local body, irrigation engineers and affected communities.

Read the evidence and limits in K04 ↗

Coastal storms, erosion and fishing access

Practical problem to check: Check exposed shore settlements, boat access, shelter routes and seasonal shoreline change.
Response to assess: Assess sediment and coastal hazards before selecting setbacks, dunes, habitat recovery or engineered protection; protect fishing access and neighbouring shores.
Local baseline: Seasonal beach profiles, shoreline history, exposure and evacuation travel time.
What success would measure: Exposure avoided; livelihood access retained; shoreline response monitored.
Roles to appoint: Coastal authority, district administration, fisheries teams and fishing communities.

Read the evidence and limits in K08 ↗

Rainfall-sensitive crops and farm income

Practical problem to check: Check crop-stage dry spells, excess-rain damage and income sensitivity for locally grown crops.
Response to assess: Co-design a small comparable farmer trial with KVK support: crop timing, locally suited varieties, soil cover and water budgeting.
Local baseline: Crop-wise multi-season yield, rainfall, labour, input costs and farm water use.
What success would measure: Yield stability and net return including household labour, compared across seasons.
Roles to appoint: Farmer group or FPO, KVK agronomist and independent evaluator.

Read the evidence and limits in K11 ↗

Evidence route for Thrissur

Official district directory / plan index ↗ — identity and administrative context.
KSDMA district flood maps and GSI landslide layers ↗ — Map catalogue screened. Historic flood maps, RCP8.5 scenario maps and GSI 2022 landslide layers are distinct; individual layers require site-level interpretation.

Boundary check: Historical studies may cover different boundaries; reconcile mandals/taluks and dates before use.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Thrissur ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Thrissur ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

Wayanadhighland farms, inhabited slopes and forest catchmentsSlope instability and intense hill rainfallRainfall-sensitive crops and farm incomeHabitat condition and catchment protectionOpen district brief +

Planning screen — local verification pending

Start with this local question

Which exposed settlement can pair official slope evidence with community evacuation planning?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

Slope instability and intense hill rainfall

Practical problem to check: Check steep inhabited slopes, road cuts and drainage against official landslide-susceptibility information.
Response to assess: Arrange geotechnical inspection, drainage review and last-mile warnings; prioritise exposure reduction and safe access before structural works.
Local baseline: Slope geology, failure history, rainfall, drainage and households in possible runout paths.
What success would measure: People with viable evacuation access; warning response; inspected drainage maintained.
Roles to appoint: District disaster authority, geotechnical specialists, road agency and local communities.

Read the evidence and limits in K05 ↗

Rainfall-sensitive crops and farm income

Practical problem to check: Check crop-stage dry spells, excess-rain damage and income sensitivity for locally grown crops.
Response to assess: Co-design a small comparable farmer trial with KVK support: crop timing, locally suited varieties, soil cover and water budgeting.
Local baseline: Crop-wise multi-season yield, rainfall, labour, input costs and farm water use.
What success would measure: Yield stability and net return including household labour, compared across seasons.
Roles to appoint: Farmer group or FPO, KVK agronomist and independent evaluator.

Read the evidence and limits in K11 ↗

Habitat condition and catchment protection

Practical problem to check: Check native habitat, invasive spread and erosion in catchments supporting people and wildlife.
Response to assess: Map the original habitat and rights first; trial appropriate native recovery and invasive control with repeat maintenance, rather than assume every open site needs trees.
Local baseline: Native cover, invasive cover, soil condition, regeneration and community resource use.
What success would measure: Native recovery and habitat function; invasive rebound; livelihood access retained.
Roles to appoint: Habitat custodian, restoration ecologist and rights-holding communities.

Read the evidence and limits in K15 ↗

Evidence route for Wayanad

Official district directory / plan index ↗ — identity and administrative context.
KSDMA district flood maps and GSI landslide layers ↗ — Map catalogue screened. Historic flood maps, RCP8.5 scenario maps and GSI 2022 landslide layers are distinct; individual layers require site-level interpretation.
Additional district evidence route ↗ — 2024 research-team findings and modelling limitations screened; event rainfall attribution does not establish every slope’s risk.

Boundary check: Historical studies may cover different boundaries; reconcile mandals/taluks and dates before use.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Wayanad ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Wayanad ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

Karnataka

31 districts

BagalkoteKrishna–Ghataprabha basin settlements and dryland farmsRiver floods and access disruptionDry-season water reliabilityRainfall-sensitive crops and farm incomeOpen district brief +

Planning screen — local verification pending

Start with this local question

Which floodplain and dryland communities need separate seasonal water plans?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

River floods and access disruption

Practical problem to check: Check floodplain settlements, drainage bottlenecks and routes that may become unusable during heavy rain.
Response to assess: Combine official flood maps with local flood marks; protect flow paths and assess retention, warning reach and accessible evacuation routes.
Local baseline: Observed inundation depth/duration, rainfall, drainage connections and affected essential services.
What success would measure: Comparable-event access and service interruption; warning-to-action time.
Roles to appoint: District disaster authority, local body, irrigation engineers and affected communities.

Read the evidence and limits in K04 ↗

Dry-season water reliability

Practical problem to check: Check whether drinking-water sources, wells and storage remain dependable through dry months.
Response to assess: Prepare a seasonal water budget, test source quality and compare leak repair, demand reduction and hydrogeologically suitable recharge.
Local baseline: Monthly supply days, well levels, abstraction and water-quality tests.
What success would measure: Reliable service days and seasonal extraction, with water quality maintained.
Roles to appoint: Local body, water utility, hydrogeologist and participating water users.

Read the evidence and limits in K02 ↗

Rainfall-sensitive crops and farm income

Practical problem to check: Check crop-stage dry spells, excess-rain damage and income sensitivity for locally grown crops.
Response to assess: Co-design a small comparable farmer trial with KVK support: crop timing, locally suited varieties, soil cover and water budgeting.
Local baseline: Crop-wise multi-season yield, rainfall, labour, input costs and farm water use.
What success would measure: Yield stability and net return including household labour, compared across seasons.
Roles to appoint: Farmer group or FPO, KVK agronomist and independent evaluator.

Read the evidence and limits in K11 ↗

Evidence route for Bagalkote

Official district directory / plan index ↗ — identity and administrative context.
KSNDMC hazard and drought map catalogue ↗ — Official map catalogue screened; taluk drought frequency and landslide maps are available. No district severity class has been copied or invented.

Boundary check: Historical studies may cover different boundaries; reconcile mandals/taluks and dates before use.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Bagalkote ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Bagalkote ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

Ballarihot inland towns, farms and industrial work areasHeat in homes, workplaces and institutionsDry-season water reliabilityEnergy demand and efficient local servicesOpen district brief +

Planning screen — local verification pending

Start with this local question

Which institutions and workplaces can host measurable heat and energy pilots?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

Heat in homes, workplaces and institutions

Practical problem to check: Check occupied indoor heat and outdoor work exposure, including humidity and access to shade.
Response to assess: Audit a school, health centre or worksite; compare roof treatment, shading, ventilation and professionally designed heat-response arrangements.
Local baseline: Occupied-hour indoor/outdoor temperature, humidity, occupancy and energy use.
What success would measure: Hours above an agreed comfort threshold; protected work periods; weather-adjusted electricity.
Roles to appoint: Building owner, facilities operator, occupational-health team and qualified designer.

Read the evidence and limits in K06 ↗

Dry-season water reliability

Practical problem to check: Check whether drinking-water sources, wells and storage remain dependable through dry months.
Response to assess: Prepare a seasonal water budget, test source quality and compare leak repair, demand reduction and hydrogeologically suitable recharge.
Local baseline: Monthly supply days, well levels, abstraction and water-quality tests.
What success would measure: Reliable service days and seasonal extraction, with water quality maintained.
Roles to appoint: Local body, water utility, hydrogeologist and participating water users.

Read the evidence and limits in K02 ↗

Energy demand and efficient local services

Practical problem to check: Check cooling, pumping and productive electricity demand before specifying new equipment.
Response to assess: Meter loads, reduce avoidable demand and compare efficient equipment or suitable rooftop solar with structural and lifecycle checks.
Local baseline: Metered energy, operating hours, equipment condition and roof safety where relevant.
What success would measure: Weather/production-adjusted electricity and lifecycle costs using disclosed assumptions.
Roles to appoint: Asset owner, energy professional and accepted maintenance contractor.

Read the evidence and limits in K19 ↗

Evidence route for Ballari

Official district directory / plan index ↗ — identity and administrative context.
KSNDMC hazard and drought map catalogue ↗ — Official map catalogue screened; taluk drought frequency and landslide maps are available. No district severity class has been copied or invented.

Boundary check: Historical studies may cover different boundaries; reconcile mandals/taluks and dates before use.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Ballari ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Ballari ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

Belagaviwestern high-rainfall areas and eastern river plainsRiver floods and access disruptionSlope instability and intense hill rainfallRainfall-sensitive crops and farm incomeOpen district brief +

Planning screen — local verification pending

Start with this local question

Which western and eastern taluks require different rainfall and access responses?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

River floods and access disruption

Practical problem to check: Check floodplain settlements, drainage bottlenecks and routes that may become unusable during heavy rain.
Response to assess: Combine official flood maps with local flood marks; protect flow paths and assess retention, warning reach and accessible evacuation routes.
Local baseline: Observed inundation depth/duration, rainfall, drainage connections and affected essential services.
What success would measure: Comparable-event access and service interruption; warning-to-action time.
Roles to appoint: District disaster authority, local body, irrigation engineers and affected communities.

Read the evidence and limits in K04 ↗

Slope instability and intense hill rainfall

Practical problem to check: Check steep inhabited slopes, road cuts and drainage against official landslide-susceptibility information.
Response to assess: Arrange geotechnical inspection, drainage review and last-mile warnings; prioritise exposure reduction and safe access before structural works.
Local baseline: Slope geology, failure history, rainfall, drainage and households in possible runout paths.
What success would measure: People with viable evacuation access; warning response; inspected drainage maintained.
Roles to appoint: District disaster authority, geotechnical specialists, road agency and local communities.

Read the evidence and limits in K05 ↗

Rainfall-sensitive crops and farm income

Practical problem to check: Check crop-stage dry spells, excess-rain damage and income sensitivity for locally grown crops.
Response to assess: Co-design a small comparable farmer trial with KVK support: crop timing, locally suited varieties, soil cover and water budgeting.
Local baseline: Crop-wise multi-season yield, rainfall, labour, input costs and farm water use.
What success would measure: Yield stability and net return including household labour, compared across seasons.
Roles to appoint: Farmer group or FPO, KVK agronomist and independent evaluator.

Read the evidence and limits in K11 ↗

Evidence route for Belagavi

Official district directory / plan index ↗ — identity and administrative context.
KSNDMC hazard and drought map catalogue ↗ — Official map catalogue screened; taluk drought frequency and landslide maps are available. No district severity class has been copied or invented.

Boundary check: Historical studies may cover different boundaries; reconcile mandals/taluks and dates before use.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Belagavi ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Belagavi ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

Bengaluru Ruralurbanising villages, tanks and horticultural farmsDry-season water reliabilityUrban waterlogging and polluted water bodiesRainfall-sensitive crops and farm incomeOpen district brief +

Planning screen — local verification pending

Start with this local question

Which expanding settlements need a shared farm-and-town water budget?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

Dry-season water reliability

Practical problem to check: Check whether drinking-water sources, wells and storage remain dependable through dry months.
Response to assess: Prepare a seasonal water budget, test source quality and compare leak repair, demand reduction and hydrogeologically suitable recharge.
Local baseline: Monthly supply days, well levels, abstraction and water-quality tests.
What success would measure: Reliable service days and seasonal extraction, with water quality maintained.
Roles to appoint: Local body, water utility, hydrogeologist and participating water users.

Read the evidence and limits in K02 ↗

Urban waterlogging and polluted water bodies

Practical problem to check: Check storm-drain connectivity, sewage inflows and low-lying homes or public buildings.
Response to assess: Trace catchments and inlets, separate pollution control from flood management, and compare utility repairs with retention and wetland options.
Local baseline: Drain connections, inlet flows and pollution loads; inundation records and treatment uptime.
What success would measure: Compliant treated flows; comparable-storm waterlogging duration; maintenance completed.
Roles to appoint: Municipal body, sewer/drainage utility, asset custodian and community representatives.

Read the evidence and limits in K03 ↗

Rainfall-sensitive crops and farm income

Practical problem to check: Check crop-stage dry spells, excess-rain damage and income sensitivity for locally grown crops.
Response to assess: Co-design a small comparable farmer trial with KVK support: crop timing, locally suited varieties, soil cover and water budgeting.
Local baseline: Crop-wise multi-season yield, rainfall, labour, input costs and farm water use.
What success would measure: Yield stability and net return including household labour, compared across seasons.
Roles to appoint: Farmer group or FPO, KVK agronomist and independent evaluator.

Read the evidence and limits in K11 ↗

Evidence route for Bengaluru Rural

Official district directory / plan index ↗ — identity and administrative context.
KSNDMC hazard and drought map catalogue ↗ — Official map catalogue screened; taluk drought frequency and landslide maps are available. No district severity class has been copied or invented.

Boundary check: Historical studies may cover different boundaries; reconcile mandals/taluks and dates before use.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Bengaluru Rural ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Bengaluru Rural ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

Bengaluru SouthRamanagara-region tanks, farms and rocky hill settlementsDry-season water reliabilityUrban waterlogging and polluted water bodiesHabitat condition and catchment protectionOpen district brief +

Planning screen — local verification pending

Start with this local question

Which tank catchment can reconcile growing water demand and habitat care?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

Dry-season water reliability

Practical problem to check: Check whether drinking-water sources, wells and storage remain dependable through dry months.
Response to assess: Prepare a seasonal water budget, test source quality and compare leak repair, demand reduction and hydrogeologically suitable recharge.
Local baseline: Monthly supply days, well levels, abstraction and water-quality tests.
What success would measure: Reliable service days and seasonal extraction, with water quality maintained.
Roles to appoint: Local body, water utility, hydrogeologist and participating water users.

Read the evidence and limits in K02 ↗

Urban waterlogging and polluted water bodies

Practical problem to check: Check storm-drain connectivity, sewage inflows and low-lying homes or public buildings.
Response to assess: Trace catchments and inlets, separate pollution control from flood management, and compare utility repairs with retention and wetland options.
Local baseline: Drain connections, inlet flows and pollution loads; inundation records and treatment uptime.
What success would measure: Compliant treated flows; comparable-storm waterlogging duration; maintenance completed.
Roles to appoint: Municipal body, sewer/drainage utility, asset custodian and community representatives.

Read the evidence and limits in K03 ↗

Habitat condition and catchment protection

Practical problem to check: Check native habitat, invasive spread and erosion in catchments supporting people and wildlife.
Response to assess: Map the original habitat and rights first; trial appropriate native recovery and invasive control with repeat maintenance, rather than assume every open site needs trees.
Local baseline: Native cover, invasive cover, soil condition, regeneration and community resource use.
What success would measure: Native recovery and habitat function; invasive rebound; livelihood access retained.
Roles to appoint: Habitat custodian, restoration ecologist and rights-holding communities.

Read the evidence and limits in K15 ↗

Evidence route for Bengaluru South

Official district directory / plan index ↗ — identity and administrative context.
District administration ↗ — request current DDMP, relevant departmental records and permissions.
KSNDMC hazard and drought map catalogue ↗ — Official map catalogue screened; taluk drought frequency and landslide maps are available. No district severity class has been copied or invented.

Boundary check: Formerly Ramanagara; district website records rename on 23 May 2025. Do not confuse with the Bengaluru city corporation of a similar name.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Bengaluru South ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Bengaluru South ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

Bengaluru Urbandense urban catchments, lakes and growing neighbourhoodsUrban waterlogging and polluted water bodiesHeat in homes, workplaces and institutionsDry-season water reliabilityOpen district brief +

Planning screen — local verification pending

Start with this local question

Which lake-linked neighbourhood can document drainage, sewage and heat exposure?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

Urban waterlogging and polluted water bodies

Practical problem to check: Check storm-drain connectivity, sewage inflows and low-lying homes or public buildings.
Response to assess: Trace catchments and inlets, separate pollution control from flood management, and compare utility repairs with retention and wetland options.
Local baseline: Drain connections, inlet flows and pollution loads; inundation records and treatment uptime.
What success would measure: Compliant treated flows; comparable-storm waterlogging duration; maintenance completed.
Roles to appoint: Municipal body, sewer/drainage utility, asset custodian and community representatives.

Read the evidence and limits in K03 ↗

Heat in homes, workplaces and institutions

Practical problem to check: Check occupied indoor heat and outdoor work exposure, including humidity and access to shade.
Response to assess: Audit a school, health centre or worksite; compare roof treatment, shading, ventilation and professionally designed heat-response arrangements.
Local baseline: Occupied-hour indoor/outdoor temperature, humidity, occupancy and energy use.
What success would measure: Hours above an agreed comfort threshold; protected work periods; weather-adjusted electricity.
Roles to appoint: Building owner, facilities operator, occupational-health team and qualified designer.

Read the evidence and limits in K06 ↗

Dry-season water reliability

Practical problem to check: Check whether drinking-water sources, wells and storage remain dependable through dry months.
Response to assess: Prepare a seasonal water budget, test source quality and compare leak repair, demand reduction and hydrogeologically suitable recharge.
Local baseline: Monthly supply days, well levels, abstraction and water-quality tests.
What success would measure: Reliable service days and seasonal extraction, with water quality maintained.
Roles to appoint: Local body, water utility, hydrogeologist and participating water users.

Read the evidence and limits in K02 ↗

Evidence route for Bengaluru Urban

Official district directory / plan index ↗ — identity and administrative context.
KSNDMC hazard and drought map catalogue ↗ — Official map catalogue screened; taluk drought frequency and landslide maps are available. No district severity class has been copied or invented.

Boundary check: Historical studies may cover different boundaries; reconcile mandals/taluks and dates before use.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Bengaluru Urban ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Bengaluru Urban ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

BidarDeccan plateau villages and rainfed croppingRainfall-sensitive crops and farm incomeDry-season water reliabilityHeat in homes, workplaces and institutionsOpen district brief +

Planning screen — local verification pending

Start with this local question

Which crop and supply-water records support a small dry-spell adaptation trial?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

Rainfall-sensitive crops and farm income

Practical problem to check: Check crop-stage dry spells, excess-rain damage and income sensitivity for locally grown crops.
Response to assess: Co-design a small comparable farmer trial with KVK support: crop timing, locally suited varieties, soil cover and water budgeting.
Local baseline: Crop-wise multi-season yield, rainfall, labour, input costs and farm water use.
What success would measure: Yield stability and net return including household labour, compared across seasons.
Roles to appoint: Farmer group or FPO, KVK agronomist and independent evaluator.

Read the evidence and limits in K11 ↗

Dry-season water reliability

Practical problem to check: Check whether drinking-water sources, wells and storage remain dependable through dry months.
Response to assess: Prepare a seasonal water budget, test source quality and compare leak repair, demand reduction and hydrogeologically suitable recharge.
Local baseline: Monthly supply days, well levels, abstraction and water-quality tests.
What success would measure: Reliable service days and seasonal extraction, with water quality maintained.
Roles to appoint: Local body, water utility, hydrogeologist and participating water users.

Read the evidence and limits in K02 ↗

Heat in homes, workplaces and institutions

Practical problem to check: Check occupied indoor heat and outdoor work exposure, including humidity and access to shade.
Response to assess: Audit a school, health centre or worksite; compare roof treatment, shading, ventilation and professionally designed heat-response arrangements.
Local baseline: Occupied-hour indoor/outdoor temperature, humidity, occupancy and energy use.
What success would measure: Hours above an agreed comfort threshold; protected work periods; weather-adjusted electricity.
Roles to appoint: Building owner, facilities operator, occupational-health team and qualified designer.

Read the evidence and limits in K06 ↗

Evidence route for Bidar

Official district directory / plan index ↗ — identity and administrative context.
KSNDMC hazard and drought map catalogue ↗ — Official map catalogue screened; taluk drought frequency and landslide maps are available. No district severity class has been copied or invented.

Boundary check: Historical studies may cover different boundaries; reconcile mandals/taluks and dates before use.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Bidar ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Bidar ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

Chamarajanagardry farming plains and forested hill marginsDry-season water reliabilityRainfall-sensitive crops and farm incomeHabitat condition and catchment protectionOpen district brief +

Planning screen — local verification pending

Start with this local question

Which farming and habitat needs can be addressed without displacing customary use?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

Dry-season water reliability

Practical problem to check: Check whether drinking-water sources, wells and storage remain dependable through dry months.
Response to assess: Prepare a seasonal water budget, test source quality and compare leak repair, demand reduction and hydrogeologically suitable recharge.
Local baseline: Monthly supply days, well levels, abstraction and water-quality tests.
What success would measure: Reliable service days and seasonal extraction, with water quality maintained.
Roles to appoint: Local body, water utility, hydrogeologist and participating water users.

Read the evidence and limits in K02 ↗

Rainfall-sensitive crops and farm income

Practical problem to check: Check crop-stage dry spells, excess-rain damage and income sensitivity for locally grown crops.
Response to assess: Co-design a small comparable farmer trial with KVK support: crop timing, locally suited varieties, soil cover and water budgeting.
Local baseline: Crop-wise multi-season yield, rainfall, labour, input costs and farm water use.
What success would measure: Yield stability and net return including household labour, compared across seasons.
Roles to appoint: Farmer group or FPO, KVK agronomist and independent evaluator.

Read the evidence and limits in K11 ↗

Habitat condition and catchment protection

Practical problem to check: Check native habitat, invasive spread and erosion in catchments supporting people and wildlife.
Response to assess: Map the original habitat and rights first; trial appropriate native recovery and invasive control with repeat maintenance, rather than assume every open site needs trees.
Local baseline: Native cover, invasive cover, soil condition, regeneration and community resource use.
What success would measure: Native recovery and habitat function; invasive rebound; livelihood access retained.
Roles to appoint: Habitat custodian, restoration ecologist and rights-holding communities.

Read the evidence and limits in K15 ↗

Evidence route for Chamarajanagar

Official district directory / plan index ↗ — identity and administrative context.
KSNDMC hazard and drought map catalogue ↗ — Official map catalogue screened; taluk drought frequency and landslide maps are available. No district severity class has been copied or invented.

Boundary check: Historical studies may cover different boundaries; reconcile mandals/taluks and dates before use.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Chamarajanagar ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Chamarajanagar ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

Chikkaballapuradry inland horticulture and tank catchmentsDry-season water reliabilityRainfall-sensitive crops and farm incomeHeat in homes, workplaces and institutionsOpen district brief +

Planning screen — local verification pending

Start with this local question

Which farm group can establish a defensible groundwater-demand baseline?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

Dry-season water reliability

Practical problem to check: Check whether drinking-water sources, wells and storage remain dependable through dry months.
Response to assess: Prepare a seasonal water budget, test source quality and compare leak repair, demand reduction and hydrogeologically suitable recharge.
Local baseline: Monthly supply days, well levels, abstraction and water-quality tests.
What success would measure: Reliable service days and seasonal extraction, with water quality maintained.
Roles to appoint: Local body, water utility, hydrogeologist and participating water users.

Read the evidence and limits in K02 ↗

Rainfall-sensitive crops and farm income

Practical problem to check: Check crop-stage dry spells, excess-rain damage and income sensitivity for locally grown crops.
Response to assess: Co-design a small comparable farmer trial with KVK support: crop timing, locally suited varieties, soil cover and water budgeting.
Local baseline: Crop-wise multi-season yield, rainfall, labour, input costs and farm water use.
What success would measure: Yield stability and net return including household labour, compared across seasons.
Roles to appoint: Farmer group or FPO, KVK agronomist and independent evaluator.

Read the evidence and limits in K11 ↗

Heat in homes, workplaces and institutions

Practical problem to check: Check occupied indoor heat and outdoor work exposure, including humidity and access to shade.
Response to assess: Audit a school, health centre or worksite; compare roof treatment, shading, ventilation and professionally designed heat-response arrangements.
Local baseline: Occupied-hour indoor/outdoor temperature, humidity, occupancy and energy use.
What success would measure: Hours above an agreed comfort threshold; protected work periods; weather-adjusted electricity.
Roles to appoint: Building owner, facilities operator, occupational-health team and qualified designer.

Read the evidence and limits in K06 ↗

Evidence route for Chikkaballapura

Official district directory / plan index ↗ — identity and administrative context.
KSNDMC hazard and drought map catalogue ↗ — Official map catalogue screened; taluk drought frequency and landslide maps are available. No district severity class has been copied or invented.

Boundary check: Historical studies may cover different boundaries; reconcile mandals/taluks and dates before use.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Chikkaballapura ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Chikkaballapura ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

ChikkamagaluruWestern Ghats slopes, plantations and eastern drylandsSlope instability and intense hill rainfallRainfall-sensitive crops and farm incomeDry-season water reliabilityOpen district brief +

Planning screen — local verification pending

Start with this local question

Which western slopes and eastern farms need distinct water-risk designs?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

Slope instability and intense hill rainfall

Practical problem to check: Check steep inhabited slopes, road cuts and drainage against official landslide-susceptibility information.
Response to assess: Arrange geotechnical inspection, drainage review and last-mile warnings; prioritise exposure reduction and safe access before structural works.
Local baseline: Slope geology, failure history, rainfall, drainage and households in possible runout paths.
What success would measure: People with viable evacuation access; warning response; inspected drainage maintained.
Roles to appoint: District disaster authority, geotechnical specialists, road agency and local communities.

Read the evidence and limits in K05 ↗

Rainfall-sensitive crops and farm income

Practical problem to check: Check crop-stage dry spells, excess-rain damage and income sensitivity for locally grown crops.
Response to assess: Co-design a small comparable farmer trial with KVK support: crop timing, locally suited varieties, soil cover and water budgeting.
Local baseline: Crop-wise multi-season yield, rainfall, labour, input costs and farm water use.
What success would measure: Yield stability and net return including household labour, compared across seasons.
Roles to appoint: Farmer group or FPO, KVK agronomist and independent evaluator.

Read the evidence and limits in K11 ↗

Dry-season water reliability

Practical problem to check: Check whether drinking-water sources, wells and storage remain dependable through dry months.
Response to assess: Prepare a seasonal water budget, test source quality and compare leak repair, demand reduction and hydrogeologically suitable recharge.
Local baseline: Monthly supply days, well levels, abstraction and water-quality tests.
What success would measure: Reliable service days and seasonal extraction, with water quality maintained.
Roles to appoint: Local body, water utility, hydrogeologist and participating water users.

Read the evidence and limits in K02 ↗

Evidence route for Chikkamagaluru

Official district directory / plan index ↗ — identity and administrative context.
KSNDMC hazard and drought map catalogue ↗ — Official map catalogue screened; taluk drought frequency and landslide maps are available. No district severity class has been copied or invented.

Boundary check: Historical studies may cover different boundaries; reconcile mandals/taluks and dates before use.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Chikkamagaluru ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Chikkamagaluru ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

Chitradurgadry plateau farms and water-dependent settlementsDry-season water reliabilityRainfall-sensitive crops and farm incomeHeat in homes, workplaces and institutionsOpen district brief +

Planning screen — local verification pending

Start with this local question

Which dryland cluster can test soil-moisture management with water-use limits?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

Dry-season water reliability

Practical problem to check: Check whether drinking-water sources, wells and storage remain dependable through dry months.
Response to assess: Prepare a seasonal water budget, test source quality and compare leak repair, demand reduction and hydrogeologically suitable recharge.
Local baseline: Monthly supply days, well levels, abstraction and water-quality tests.
What success would measure: Reliable service days and seasonal extraction, with water quality maintained.
Roles to appoint: Local body, water utility, hydrogeologist and participating water users.

Read the evidence and limits in K02 ↗

Rainfall-sensitive crops and farm income

Practical problem to check: Check crop-stage dry spells, excess-rain damage and income sensitivity for locally grown crops.
Response to assess: Co-design a small comparable farmer trial with KVK support: crop timing, locally suited varieties, soil cover and water budgeting.
Local baseline: Crop-wise multi-season yield, rainfall, labour, input costs and farm water use.
What success would measure: Yield stability and net return including household labour, compared across seasons.
Roles to appoint: Farmer group or FPO, KVK agronomist and independent evaluator.

Read the evidence and limits in K11 ↗

Heat in homes, workplaces and institutions

Practical problem to check: Check occupied indoor heat and outdoor work exposure, including humidity and access to shade.
Response to assess: Audit a school, health centre or worksite; compare roof treatment, shading, ventilation and professionally designed heat-response arrangements.
Local baseline: Occupied-hour indoor/outdoor temperature, humidity, occupancy and energy use.
What success would measure: Hours above an agreed comfort threshold; protected work periods; weather-adjusted electricity.
Roles to appoint: Building owner, facilities operator, occupational-health team and qualified designer.

Read the evidence and limits in K06 ↗

Evidence route for Chitradurga

Official district directory / plan index ↗ — identity and administrative context.
KSNDMC hazard and drought map catalogue ↗ — Official map catalogue screened; taluk drought frequency and landslide maps are available. No district severity class has been copied or invented.

Boundary check: Historical studies may cover different boundaries; reconcile mandals/taluks and dates before use.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Chitradurga ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Chitradurga ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

Dakshina Kannadacoastal towns, river mouths and Ghats slopesCoastal storms, erosion and fishing accessRiver floods and access disruptionSlope instability and intense hill rainfallOpen district brief +

Planning screen — local verification pending

Start with this local question

Which river-mouth and slope-road communities need coordinated monsoon access plans?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

Coastal storms, erosion and fishing access

Practical problem to check: Check exposed shore settlements, boat access, shelter routes and seasonal shoreline change.
Response to assess: Assess sediment and coastal hazards before selecting setbacks, dunes, habitat recovery or engineered protection; protect fishing access and neighbouring shores.
Local baseline: Seasonal beach profiles, shoreline history, exposure and evacuation travel time.
What success would measure: Exposure avoided; livelihood access retained; shoreline response monitored.
Roles to appoint: Coastal authority, district administration, fisheries teams and fishing communities.

Read the evidence and limits in K08 ↗

River floods and access disruption

Practical problem to check: Check floodplain settlements, drainage bottlenecks and routes that may become unusable during heavy rain.
Response to assess: Combine official flood maps with local flood marks; protect flow paths and assess retention, warning reach and accessible evacuation routes.
Local baseline: Observed inundation depth/duration, rainfall, drainage connections and affected essential services.
What success would measure: Comparable-event access and service interruption; warning-to-action time.
Roles to appoint: District disaster authority, local body, irrigation engineers and affected communities.

Read the evidence and limits in K04 ↗

Slope instability and intense hill rainfall

Practical problem to check: Check steep inhabited slopes, road cuts and drainage against official landslide-susceptibility information.
Response to assess: Arrange geotechnical inspection, drainage review and last-mile warnings; prioritise exposure reduction and safe access before structural works.
Local baseline: Slope geology, failure history, rainfall, drainage and households in possible runout paths.
What success would measure: People with viable evacuation access; warning response; inspected drainage maintained.
Roles to appoint: District disaster authority, geotechnical specialists, road agency and local communities.

Read the evidence and limits in K05 ↗

Evidence route for Dakshina Kannada

Official district directory / plan index ↗ — identity and administrative context.
KSNDMC hazard and drought map catalogue ↗ — Official map catalogue screened; taluk drought frequency and landslide maps are available. No district severity class has been copied or invented.

Boundary check: Historical studies may cover different boundaries; reconcile mandals/taluks and dates before use.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Dakshina Kannada ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Dakshina Kannada ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

Davanagereinterior farms, towns and irrigation-linked settlementsRainfall-sensitive crops and farm incomeDry-season water reliabilityHeat in homes, workplaces and institutionsOpen district brief +

Planning screen — local verification pending

Start with this local question

Which farms can compare seasonal water use and net-income stability?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

Rainfall-sensitive crops and farm income

Practical problem to check: Check crop-stage dry spells, excess-rain damage and income sensitivity for locally grown crops.
Response to assess: Co-design a small comparable farmer trial with KVK support: crop timing, locally suited varieties, soil cover and water budgeting.
Local baseline: Crop-wise multi-season yield, rainfall, labour, input costs and farm water use.
What success would measure: Yield stability and net return including household labour, compared across seasons.
Roles to appoint: Farmer group or FPO, KVK agronomist and independent evaluator.

Read the evidence and limits in K11 ↗

Dry-season water reliability

Practical problem to check: Check whether drinking-water sources, wells and storage remain dependable through dry months.
Response to assess: Prepare a seasonal water budget, test source quality and compare leak repair, demand reduction and hydrogeologically suitable recharge.
Local baseline: Monthly supply days, well levels, abstraction and water-quality tests.
What success would measure: Reliable service days and seasonal extraction, with water quality maintained.
Roles to appoint: Local body, water utility, hydrogeologist and participating water users.

Read the evidence and limits in K02 ↗

Heat in homes, workplaces and institutions

Practical problem to check: Check occupied indoor heat and outdoor work exposure, including humidity and access to shade.
Response to assess: Audit a school, health centre or worksite; compare roof treatment, shading, ventilation and professionally designed heat-response arrangements.
Local baseline: Occupied-hour indoor/outdoor temperature, humidity, occupancy and energy use.
What success would measure: Hours above an agreed comfort threshold; protected work periods; weather-adjusted electricity.
Roles to appoint: Building owner, facilities operator, occupational-health team and qualified designer.

Read the evidence and limits in K06 ↗

Evidence route for Davanagere

Official district directory / plan index ↗ — identity and administrative context.
KSNDMC hazard and drought map catalogue ↗ — Official map catalogue screened; taluk drought frequency and landslide maps are available. No district severity class has been copied or invented.

Boundary check: Historical studies may cover different boundaries; reconcile mandals/taluks and dates before use.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Davanagere ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Davanagere ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

Dharwadurban institutions and rainfed farming hinterlandHeat in homes, workplaces and institutionsUrban waterlogging and polluted water bodiesRainfall-sensitive crops and farm incomeOpen district brief +

Planning screen — local verification pending

Start with this local question

Which institutional heat and peri-urban drainage problems have measurable baselines?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

Heat in homes, workplaces and institutions

Practical problem to check: Check occupied indoor heat and outdoor work exposure, including humidity and access to shade.
Response to assess: Audit a school, health centre or worksite; compare roof treatment, shading, ventilation and professionally designed heat-response arrangements.
Local baseline: Occupied-hour indoor/outdoor temperature, humidity, occupancy and energy use.
What success would measure: Hours above an agreed comfort threshold; protected work periods; weather-adjusted electricity.
Roles to appoint: Building owner, facilities operator, occupational-health team and qualified designer.

Read the evidence and limits in K06 ↗

Urban waterlogging and polluted water bodies

Practical problem to check: Check storm-drain connectivity, sewage inflows and low-lying homes or public buildings.
Response to assess: Trace catchments and inlets, separate pollution control from flood management, and compare utility repairs with retention and wetland options.
Local baseline: Drain connections, inlet flows and pollution loads; inundation records and treatment uptime.
What success would measure: Compliant treated flows; comparable-storm waterlogging duration; maintenance completed.
Roles to appoint: Municipal body, sewer/drainage utility, asset custodian and community representatives.

Read the evidence and limits in K03 ↗

Rainfall-sensitive crops and farm income

Practical problem to check: Check crop-stage dry spells, excess-rain damage and income sensitivity for locally grown crops.
Response to assess: Co-design a small comparable farmer trial with KVK support: crop timing, locally suited varieties, soil cover and water budgeting.
Local baseline: Crop-wise multi-season yield, rainfall, labour, input costs and farm water use.
What success would measure: Yield stability and net return including household labour, compared across seasons.
Roles to appoint: Farmer group or FPO, KVK agronomist and independent evaluator.

Read the evidence and limits in K11 ↗

Evidence route for Dharwad

Official district directory / plan index ↗ — identity and administrative context.
KSNDMC hazard and drought map catalogue ↗ — Official map catalogue screened; taluk drought frequency and landslide maps are available. No district severity class has been copied or invented.

Boundary check: Historical studies may cover different boundaries; reconcile mandals/taluks and dates before use.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Dharwad ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Dharwad ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

Gadagdry plateau villages and rainfed farmsDry-season water reliabilityRainfall-sensitive crops and farm incomeHeat in homes, workplaces and institutionsOpen district brief +

Planning screen — local verification pending

Start with this local question

Which village and farmer group can jointly assess dry-season reliability?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

Dry-season water reliability

Practical problem to check: Check whether drinking-water sources, wells and storage remain dependable through dry months.
Response to assess: Prepare a seasonal water budget, test source quality and compare leak repair, demand reduction and hydrogeologically suitable recharge.
Local baseline: Monthly supply days, well levels, abstraction and water-quality tests.
What success would measure: Reliable service days and seasonal extraction, with water quality maintained.
Roles to appoint: Local body, water utility, hydrogeologist and participating water users.

Read the evidence and limits in K02 ↗

Rainfall-sensitive crops and farm income

Practical problem to check: Check crop-stage dry spells, excess-rain damage and income sensitivity for locally grown crops.
Response to assess: Co-design a small comparable farmer trial with KVK support: crop timing, locally suited varieties, soil cover and water budgeting.
Local baseline: Crop-wise multi-season yield, rainfall, labour, input costs and farm water use.
What success would measure: Yield stability and net return including household labour, compared across seasons.
Roles to appoint: Farmer group or FPO, KVK agronomist and independent evaluator.

Read the evidence and limits in K11 ↗

Heat in homes, workplaces and institutions

Practical problem to check: Check occupied indoor heat and outdoor work exposure, including humidity and access to shade.
Response to assess: Audit a school, health centre or worksite; compare roof treatment, shading, ventilation and professionally designed heat-response arrangements.
Local baseline: Occupied-hour indoor/outdoor temperature, humidity, occupancy and energy use.
What success would measure: Hours above an agreed comfort threshold; protected work periods; weather-adjusted electricity.
Roles to appoint: Building owner, facilities operator, occupational-health team and qualified designer.

Read the evidence and limits in K06 ↗

Evidence route for Gadag

Official district directory / plan index ↗ — identity and administrative context.
KSNDMC hazard and drought map catalogue ↗ — Official map catalogue screened; taluk drought frequency and landslide maps are available. No district severity class has been copied or invented.

Boundary check: Historical studies may cover different boundaries; reconcile mandals/taluks and dates before use.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Gadag ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Gadag ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

Hassanwestern hill catchments and eastern agricultural plainsSlope instability and intense hill rainfallRainfall-sensitive crops and farm incomeDry-season water reliabilityOpen district brief +

Planning screen — local verification pending

Start with this local question

Which hill-access and agricultural-water issues need different interventions?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

Slope instability and intense hill rainfall

Practical problem to check: Check steep inhabited slopes, road cuts and drainage against official landslide-susceptibility information.
Response to assess: Arrange geotechnical inspection, drainage review and last-mile warnings; prioritise exposure reduction and safe access before structural works.
Local baseline: Slope geology, failure history, rainfall, drainage and households in possible runout paths.
What success would measure: People with viable evacuation access; warning response; inspected drainage maintained.
Roles to appoint: District disaster authority, geotechnical specialists, road agency and local communities.

Read the evidence and limits in K05 ↗

Rainfall-sensitive crops and farm income

Practical problem to check: Check crop-stage dry spells, excess-rain damage and income sensitivity for locally grown crops.
Response to assess: Co-design a small comparable farmer trial with KVK support: crop timing, locally suited varieties, soil cover and water budgeting.
Local baseline: Crop-wise multi-season yield, rainfall, labour, input costs and farm water use.
What success would measure: Yield stability and net return including household labour, compared across seasons.
Roles to appoint: Farmer group or FPO, KVK agronomist and independent evaluator.

Read the evidence and limits in K11 ↗

Dry-season water reliability

Practical problem to check: Check whether drinking-water sources, wells and storage remain dependable through dry months.
Response to assess: Prepare a seasonal water budget, test source quality and compare leak repair, demand reduction and hydrogeologically suitable recharge.
Local baseline: Monthly supply days, well levels, abstraction and water-quality tests.
What success would measure: Reliable service days and seasonal extraction, with water quality maintained.
Roles to appoint: Local body, water utility, hydrogeologist and participating water users.

Read the evidence and limits in K02 ↗

Evidence route for Hassan

Official district directory / plan index ↗ — identity and administrative context.
KSNDMC hazard and drought map catalogue ↗ — Official map catalogue screened; taluk drought frequency and landslide maps are available. No district severity class has been copied or invented.

Boundary check: Historical studies may cover different boundaries; reconcile mandals/taluks and dates before use.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Hassan ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Hassan ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

Haveriinterior rainfed and river-linked agricultural settlementsRainfall-sensitive crops and farm incomeDry-season water reliabilityRiver floods and access disruptionOpen district brief +

Planning screen — local verification pending

Start with this local question

Which farms need both dry-spell and excess-rain contingency checks?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

Rainfall-sensitive crops and farm income

Practical problem to check: Check crop-stage dry spells, excess-rain damage and income sensitivity for locally grown crops.
Response to assess: Co-design a small comparable farmer trial with KVK support: crop timing, locally suited varieties, soil cover and water budgeting.
Local baseline: Crop-wise multi-season yield, rainfall, labour, input costs and farm water use.
What success would measure: Yield stability and net return including household labour, compared across seasons.
Roles to appoint: Farmer group or FPO, KVK agronomist and independent evaluator.

Read the evidence and limits in K11 ↗

Dry-season water reliability

Practical problem to check: Check whether drinking-water sources, wells and storage remain dependable through dry months.
Response to assess: Prepare a seasonal water budget, test source quality and compare leak repair, demand reduction and hydrogeologically suitable recharge.
Local baseline: Monthly supply days, well levels, abstraction and water-quality tests.
What success would measure: Reliable service days and seasonal extraction, with water quality maintained.
Roles to appoint: Local body, water utility, hydrogeologist and participating water users.

Read the evidence and limits in K02 ↗

River floods and access disruption

Practical problem to check: Check floodplain settlements, drainage bottlenecks and routes that may become unusable during heavy rain.
Response to assess: Combine official flood maps with local flood marks; protect flow paths and assess retention, warning reach and accessible evacuation routes.
Local baseline: Observed inundation depth/duration, rainfall, drainage connections and affected essential services.
What success would measure: Comparable-event access and service interruption; warning-to-action time.
Roles to appoint: District disaster authority, local body, irrigation engineers and affected communities.

Read the evidence and limits in K04 ↗

Evidence route for Haveri

Official district directory / plan index ↗ — identity and administrative context.
KSNDMC hazard and drought map catalogue ↗ — Official map catalogue screened; taluk drought frequency and landslide maps are available. No district severity class has been copied or invented.

Boundary check: Historical studies may cover different boundaries; reconcile mandals/taluks and dates before use.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Haveri ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Haveri ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

Kalaburagihot dry plateau settlements and rainfed croppingHeat in homes, workplaces and institutionsDry-season water reliabilityRainfall-sensitive crops and farm incomeOpen district brief +

Planning screen — local verification pending

Start with this local question

Which worker groups and farms need paired heat and water assessments?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

Heat in homes, workplaces and institutions

Practical problem to check: Check occupied indoor heat and outdoor work exposure, including humidity and access to shade.
Response to assess: Audit a school, health centre or worksite; compare roof treatment, shading, ventilation and professionally designed heat-response arrangements.
Local baseline: Occupied-hour indoor/outdoor temperature, humidity, occupancy and energy use.
What success would measure: Hours above an agreed comfort threshold; protected work periods; weather-adjusted electricity.
Roles to appoint: Building owner, facilities operator, occupational-health team and qualified designer.

Read the evidence and limits in K06 ↗

Dry-season water reliability

Practical problem to check: Check whether drinking-water sources, wells and storage remain dependable through dry months.
Response to assess: Prepare a seasonal water budget, test source quality and compare leak repair, demand reduction and hydrogeologically suitable recharge.
Local baseline: Monthly supply days, well levels, abstraction and water-quality tests.
What success would measure: Reliable service days and seasonal extraction, with water quality maintained.
Roles to appoint: Local body, water utility, hydrogeologist and participating water users.

Read the evidence and limits in K02 ↗

Rainfall-sensitive crops and farm income

Practical problem to check: Check crop-stage dry spells, excess-rain damage and income sensitivity for locally grown crops.
Response to assess: Co-design a small comparable farmer trial with KVK support: crop timing, locally suited varieties, soil cover and water budgeting.
Local baseline: Crop-wise multi-season yield, rainfall, labour, input costs and farm water use.
What success would measure: Yield stability and net return including household labour, compared across seasons.
Roles to appoint: Farmer group or FPO, KVK agronomist and independent evaluator.

Read the evidence and limits in K11 ↗

Evidence route for Kalaburagi

Official district directory / plan index ↗ — identity and administrative context.
KSNDMC hazard and drought map catalogue ↗ — Official map catalogue screened; taluk drought frequency and landslide maps are available. No district severity class has been copied or invented.

Boundary check: Historical studies may cover different boundaries; reconcile mandals/taluks and dates before use.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Kalaburagi ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Kalaburagi ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

Kodagusteep plantation catchments and inhabited valleysSlope instability and intense hill rainfallRainfall-sensitive crops and farm incomeHabitat condition and catchment protectionOpen district brief +

Planning screen — local verification pending

Start with this local question

Which settlement and access road need slope-drainage inspection with ecosystem safeguards?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

Slope instability and intense hill rainfall

Practical problem to check: Check steep inhabited slopes, road cuts and drainage against official landslide-susceptibility information.
Response to assess: Arrange geotechnical inspection, drainage review and last-mile warnings; prioritise exposure reduction and safe access before structural works.
Local baseline: Slope geology, failure history, rainfall, drainage and households in possible runout paths.
What success would measure: People with viable evacuation access; warning response; inspected drainage maintained.
Roles to appoint: District disaster authority, geotechnical specialists, road agency and local communities.

Read the evidence and limits in K05 ↗

Rainfall-sensitive crops and farm income

Practical problem to check: Check crop-stage dry spells, excess-rain damage and income sensitivity for locally grown crops.
Response to assess: Co-design a small comparable farmer trial with KVK support: crop timing, locally suited varieties, soil cover and water budgeting.
Local baseline: Crop-wise multi-season yield, rainfall, labour, input costs and farm water use.
What success would measure: Yield stability and net return including household labour, compared across seasons.
Roles to appoint: Farmer group or FPO, KVK agronomist and independent evaluator.

Read the evidence and limits in K11 ↗

Habitat condition and catchment protection

Practical problem to check: Check native habitat, invasive spread and erosion in catchments supporting people and wildlife.
Response to assess: Map the original habitat and rights first; trial appropriate native recovery and invasive control with repeat maintenance, rather than assume every open site needs trees.
Local baseline: Native cover, invasive cover, soil condition, regeneration and community resource use.
What success would measure: Native recovery and habitat function; invasive rebound; livelihood access retained.
Roles to appoint: Habitat custodian, restoration ecologist and rights-holding communities.

Read the evidence and limits in K15 ↗

Evidence route for Kodagu

Official district directory / plan index ↗ — identity and administrative context.
KSNDMC hazard and drought map catalogue ↗ — Official map catalogue screened; taluk drought frequency and landslide maps are available. No district severity class has been copied or invented.

Boundary check: Historical studies may cover different boundaries; reconcile mandals/taluks and dates before use.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Kodagu ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Kodagu ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

Kolardry horticultural farms and growing settlementsDry-season water reliabilityRainfall-sensitive crops and farm incomeHeat in homes, workplaces and institutionsOpen district brief +

Planning screen — local verification pending

Start with this local question

Which farming water budget can avoid shifting shortages to neighbouring users?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

Dry-season water reliability

Practical problem to check: Check whether drinking-water sources, wells and storage remain dependable through dry months.
Response to assess: Prepare a seasonal water budget, test source quality and compare leak repair, demand reduction and hydrogeologically suitable recharge.
Local baseline: Monthly supply days, well levels, abstraction and water-quality tests.
What success would measure: Reliable service days and seasonal extraction, with water quality maintained.
Roles to appoint: Local body, water utility, hydrogeologist and participating water users.

Read the evidence and limits in K02 ↗

Rainfall-sensitive crops and farm income

Practical problem to check: Check crop-stage dry spells, excess-rain damage and income sensitivity for locally grown crops.
Response to assess: Co-design a small comparable farmer trial with KVK support: crop timing, locally suited varieties, soil cover and water budgeting.
Local baseline: Crop-wise multi-season yield, rainfall, labour, input costs and farm water use.
What success would measure: Yield stability and net return including household labour, compared across seasons.
Roles to appoint: Farmer group or FPO, KVK agronomist and independent evaluator.

Read the evidence and limits in K11 ↗

Heat in homes, workplaces and institutions

Practical problem to check: Check occupied indoor heat and outdoor work exposure, including humidity and access to shade.
Response to assess: Audit a school, health centre or worksite; compare roof treatment, shading, ventilation and professionally designed heat-response arrangements.
Local baseline: Occupied-hour indoor/outdoor temperature, humidity, occupancy and energy use.
What success would measure: Hours above an agreed comfort threshold; protected work periods; weather-adjusted electricity.
Roles to appoint: Building owner, facilities operator, occupational-health team and qualified designer.

Read the evidence and limits in K06 ↗

Evidence route for Kolar

Official district directory / plan index ↗ — identity and administrative context.
KSNDMC hazard and drought map catalogue ↗ — Official map catalogue screened; taluk drought frequency and landslide maps are available. No district severity class has been copied or invented.

Boundary check: Historical studies may cover different boundaries; reconcile mandals/taluks and dates before use.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Kolar ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Kolar ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

Koppaldry inland villages and Tungabhadra-linked farmingDry-season water reliabilityRainfall-sensitive crops and farm incomeHeat in homes, workplaces and institutionsOpen district brief +

Planning screen — local verification pending

Start with this local question

Which dryland and irrigated crop groups need separate water-use comparisons?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

Dry-season water reliability

Practical problem to check: Check whether drinking-water sources, wells and storage remain dependable through dry months.
Response to assess: Prepare a seasonal water budget, test source quality and compare leak repair, demand reduction and hydrogeologically suitable recharge.
Local baseline: Monthly supply days, well levels, abstraction and water-quality tests.
What success would measure: Reliable service days and seasonal extraction, with water quality maintained.
Roles to appoint: Local body, water utility, hydrogeologist and participating water users.

Read the evidence and limits in K02 ↗

Rainfall-sensitive crops and farm income

Practical problem to check: Check crop-stage dry spells, excess-rain damage and income sensitivity for locally grown crops.
Response to assess: Co-design a small comparable farmer trial with KVK support: crop timing, locally suited varieties, soil cover and water budgeting.
Local baseline: Crop-wise multi-season yield, rainfall, labour, input costs and farm water use.
What success would measure: Yield stability and net return including household labour, compared across seasons.
Roles to appoint: Farmer group or FPO, KVK agronomist and independent evaluator.

Read the evidence and limits in K11 ↗

Heat in homes, workplaces and institutions

Practical problem to check: Check occupied indoor heat and outdoor work exposure, including humidity and access to shade.
Response to assess: Audit a school, health centre or worksite; compare roof treatment, shading, ventilation and professionally designed heat-response arrangements.
Local baseline: Occupied-hour indoor/outdoor temperature, humidity, occupancy and energy use.
What success would measure: Hours above an agreed comfort threshold; protected work periods; weather-adjusted electricity.
Roles to appoint: Building owner, facilities operator, occupational-health team and qualified designer.

Read the evidence and limits in K06 ↗

Evidence route for Koppal

Official district directory / plan index ↗ — identity and administrative context.
KSNDMC hazard and drought map catalogue ↗ — Official map catalogue screened; taluk drought frequency and landslide maps are available. No district severity class has been copied or invented.

Boundary check: Historical studies may cover different boundaries; reconcile mandals/taluks and dates before use.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Koppal ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Koppal ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

MandyaCauvery irrigation areas and town institutionsRainfall-sensitive crops and farm incomeDry-season water reliabilityHeat in homes, workplaces and institutionsOpen district brief +

Planning screen — local verification pending

Start with this local question

Which irrigation units can assess water demand alongside farm net returns?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

Rainfall-sensitive crops and farm income

Practical problem to check: Check crop-stage dry spells, excess-rain damage and income sensitivity for locally grown crops.
Response to assess: Co-design a small comparable farmer trial with KVK support: crop timing, locally suited varieties, soil cover and water budgeting.
Local baseline: Crop-wise multi-season yield, rainfall, labour, input costs and farm water use.
What success would measure: Yield stability and net return including household labour, compared across seasons.
Roles to appoint: Farmer group or FPO, KVK agronomist and independent evaluator.

Read the evidence and limits in K11 ↗

Dry-season water reliability

Practical problem to check: Check whether drinking-water sources, wells and storage remain dependable through dry months.
Response to assess: Prepare a seasonal water budget, test source quality and compare leak repair, demand reduction and hydrogeologically suitable recharge.
Local baseline: Monthly supply days, well levels, abstraction and water-quality tests.
What success would measure: Reliable service days and seasonal extraction, with water quality maintained.
Roles to appoint: Local body, water utility, hydrogeologist and participating water users.

Read the evidence and limits in K02 ↗

Heat in homes, workplaces and institutions

Practical problem to check: Check occupied indoor heat and outdoor work exposure, including humidity and access to shade.
Response to assess: Audit a school, health centre or worksite; compare roof treatment, shading, ventilation and professionally designed heat-response arrangements.
Local baseline: Occupied-hour indoor/outdoor temperature, humidity, occupancy and energy use.
What success would measure: Hours above an agreed comfort threshold; protected work periods; weather-adjusted electricity.
Roles to appoint: Building owner, facilities operator, occupational-health team and qualified designer.

Read the evidence and limits in K06 ↗

Evidence route for Mandya

Official district directory / plan index ↗ — identity and administrative context.
KSNDMC hazard and drought map catalogue ↗ — Official map catalogue screened; taluk drought frequency and landslide maps are available. No district severity class has been copied or invented.

Boundary check: Historical studies may cover different boundaries; reconcile mandals/taluks and dates before use.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Mandya ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Mandya ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

Mysuruurban institutions, farming plains and forest marginsHeat in homes, workplaces and institutionsDry-season water reliabilityHabitat condition and catchment protectionOpen district brief +

Planning screen — local verification pending

Start with this local question

Which institutions and catchments can host locally maintained resilience work?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

Heat in homes, workplaces and institutions

Practical problem to check: Check occupied indoor heat and outdoor work exposure, including humidity and access to shade.
Response to assess: Audit a school, health centre or worksite; compare roof treatment, shading, ventilation and professionally designed heat-response arrangements.
Local baseline: Occupied-hour indoor/outdoor temperature, humidity, occupancy and energy use.
What success would measure: Hours above an agreed comfort threshold; protected work periods; weather-adjusted electricity.
Roles to appoint: Building owner, facilities operator, occupational-health team and qualified designer.

Read the evidence and limits in K06 ↗

Dry-season water reliability

Practical problem to check: Check whether drinking-water sources, wells and storage remain dependable through dry months.
Response to assess: Prepare a seasonal water budget, test source quality and compare leak repair, demand reduction and hydrogeologically suitable recharge.
Local baseline: Monthly supply days, well levels, abstraction and water-quality tests.
What success would measure: Reliable service days and seasonal extraction, with water quality maintained.
Roles to appoint: Local body, water utility, hydrogeologist and participating water users.

Read the evidence and limits in K02 ↗

Habitat condition and catchment protection

Practical problem to check: Check native habitat, invasive spread and erosion in catchments supporting people and wildlife.
Response to assess: Map the original habitat and rights first; trial appropriate native recovery and invasive control with repeat maintenance, rather than assume every open site needs trees.
Local baseline: Native cover, invasive cover, soil condition, regeneration and community resource use.
What success would measure: Native recovery and habitat function; invasive rebound; livelihood access retained.
Roles to appoint: Habitat custodian, restoration ecologist and rights-holding communities.

Read the evidence and limits in K15 ↗

Evidence route for Mysuru

Official district directory / plan index ↗ — identity and administrative context.
KSNDMC hazard and drought map catalogue ↗ — Official map catalogue screened; taluk drought frequency and landslide maps are available. No district severity class has been copied or invented.

Boundary check: Historical studies may cover different boundaries; reconcile mandals/taluks and dates before use.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Mysuru ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Mysuru ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

Raichurhot Krishna–Tungabhadra interfluve settlementsHeat in homes, workplaces and institutionsDry-season water reliabilityRiver floods and access disruptionOpen district brief +

Planning screen — local verification pending

Start with this local question

Which heat-exposed settlements also require river-access contingency checks?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

Heat in homes, workplaces and institutions

Practical problem to check: Check occupied indoor heat and outdoor work exposure, including humidity and access to shade.
Response to assess: Audit a school, health centre or worksite; compare roof treatment, shading, ventilation and professionally designed heat-response arrangements.
Local baseline: Occupied-hour indoor/outdoor temperature, humidity, occupancy and energy use.
What success would measure: Hours above an agreed comfort threshold; protected work periods; weather-adjusted electricity.
Roles to appoint: Building owner, facilities operator, occupational-health team and qualified designer.

Read the evidence and limits in K06 ↗

Dry-season water reliability

Practical problem to check: Check whether drinking-water sources, wells and storage remain dependable through dry months.
Response to assess: Prepare a seasonal water budget, test source quality and compare leak repair, demand reduction and hydrogeologically suitable recharge.
Local baseline: Monthly supply days, well levels, abstraction and water-quality tests.
What success would measure: Reliable service days and seasonal extraction, with water quality maintained.
Roles to appoint: Local body, water utility, hydrogeologist and participating water users.

Read the evidence and limits in K02 ↗

River floods and access disruption

Practical problem to check: Check floodplain settlements, drainage bottlenecks and routes that may become unusable during heavy rain.
Response to assess: Combine official flood maps with local flood marks; protect flow paths and assess retention, warning reach and accessible evacuation routes.
Local baseline: Observed inundation depth/duration, rainfall, drainage connections and affected essential services.
What success would measure: Comparable-event access and service interruption; warning-to-action time.
Roles to appoint: District disaster authority, local body, irrigation engineers and affected communities.

Read the evidence and limits in K04 ↗

Evidence route for Raichur

Official district directory / plan index ↗ — identity and administrative context.
KSNDMC hazard and drought map catalogue ↗ — Official map catalogue screened; taluk drought frequency and landslide maps are available. No district severity class has been copied or invented.

Boundary check: Historical studies may cover different boundaries; reconcile mandals/taluks and dates before use.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Raichur ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Raichur ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

ShivamoggaWestern Ghats catchments and eastern town/farm areasRiver floods and access disruptionSlope instability and intense hill rainfallRainfall-sensitive crops and farm incomeOpen district brief +

Planning screen — local verification pending

Start with this local question

Which river and slope-access locations need distinct monsoon preparation?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

River floods and access disruption

Practical problem to check: Check floodplain settlements, drainage bottlenecks and routes that may become unusable during heavy rain.
Response to assess: Combine official flood maps with local flood marks; protect flow paths and assess retention, warning reach and accessible evacuation routes.
Local baseline: Observed inundation depth/duration, rainfall, drainage connections and affected essential services.
What success would measure: Comparable-event access and service interruption; warning-to-action time.
Roles to appoint: District disaster authority, local body, irrigation engineers and affected communities.

Read the evidence and limits in K04 ↗

Slope instability and intense hill rainfall

Practical problem to check: Check steep inhabited slopes, road cuts and drainage against official landslide-susceptibility information.
Response to assess: Arrange geotechnical inspection, drainage review and last-mile warnings; prioritise exposure reduction and safe access before structural works.
Local baseline: Slope geology, failure history, rainfall, drainage and households in possible runout paths.
What success would measure: People with viable evacuation access; warning response; inspected drainage maintained.
Roles to appoint: District disaster authority, geotechnical specialists, road agency and local communities.

Read the evidence and limits in K05 ↗

Rainfall-sensitive crops and farm income

Practical problem to check: Check crop-stage dry spells, excess-rain damage and income sensitivity for locally grown crops.
Response to assess: Co-design a small comparable farmer trial with KVK support: crop timing, locally suited varieties, soil cover and water budgeting.
Local baseline: Crop-wise multi-season yield, rainfall, labour, input costs and farm water use.
What success would measure: Yield stability and net return including household labour, compared across seasons.
Roles to appoint: Farmer group or FPO, KVK agronomist and independent evaluator.

Read the evidence and limits in K11 ↗

Evidence route for Shivamogga

Official district directory / plan index ↗ — identity and administrative context.
KSNDMC hazard and drought map catalogue ↗ — Official map catalogue screened; taluk drought frequency and landslide maps are available. No district severity class has been copied or invented.

Boundary check: Historical studies may cover different boundaries; reconcile mandals/taluks and dates before use.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Shivamogga ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Shivamogga ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

Tumakurudry farming and urbanising tank catchmentsDry-season water reliabilityRainfall-sensitive crops and farm incomeUrban waterlogging and polluted water bodiesOpen district brief +

Planning screen — local verification pending

Start with this local question

Which shared catchment needs town-water and farm-demand reconciliation?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

Dry-season water reliability

Practical problem to check: Check whether drinking-water sources, wells and storage remain dependable through dry months.
Response to assess: Prepare a seasonal water budget, test source quality and compare leak repair, demand reduction and hydrogeologically suitable recharge.
Local baseline: Monthly supply days, well levels, abstraction and water-quality tests.
What success would measure: Reliable service days and seasonal extraction, with water quality maintained.
Roles to appoint: Local body, water utility, hydrogeologist and participating water users.

Read the evidence and limits in K02 ↗

Rainfall-sensitive crops and farm income

Practical problem to check: Check crop-stage dry spells, excess-rain damage and income sensitivity for locally grown crops.
Response to assess: Co-design a small comparable farmer trial with KVK support: crop timing, locally suited varieties, soil cover and water budgeting.
Local baseline: Crop-wise multi-season yield, rainfall, labour, input costs and farm water use.
What success would measure: Yield stability and net return including household labour, compared across seasons.
Roles to appoint: Farmer group or FPO, KVK agronomist and independent evaluator.

Read the evidence and limits in K11 ↗

Urban waterlogging and polluted water bodies

Practical problem to check: Check storm-drain connectivity, sewage inflows and low-lying homes or public buildings.
Response to assess: Trace catchments and inlets, separate pollution control from flood management, and compare utility repairs with retention and wetland options.
Local baseline: Drain connections, inlet flows and pollution loads; inundation records and treatment uptime.
What success would measure: Compliant treated flows; comparable-storm waterlogging duration; maintenance completed.
Roles to appoint: Municipal body, sewer/drainage utility, asset custodian and community representatives.

Read the evidence and limits in K03 ↗

Evidence route for Tumakuru

Official district directory / plan index ↗ — identity and administrative context.
KSNDMC hazard and drought map catalogue ↗ — Official map catalogue screened; taluk drought frequency and landslide maps are available. No district severity class has been copied or invented.

Boundary check: Historical studies may cover different boundaries; reconcile mandals/taluks and dates before use.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Tumakuru ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Tumakuru ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

Udupicoastal villages, river mouths and inland slopesCoastal storms, erosion and fishing accessRiver floods and access disruptionSlope instability and intense hill rainfallOpen district brief +

Planning screen — local verification pending

Start with this local question

Which shore and river-mouth communities need safe-access and drainage design?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

Coastal storms, erosion and fishing access

Practical problem to check: Check exposed shore settlements, boat access, shelter routes and seasonal shoreline change.
Response to assess: Assess sediment and coastal hazards before selecting setbacks, dunes, habitat recovery or engineered protection; protect fishing access and neighbouring shores.
Local baseline: Seasonal beach profiles, shoreline history, exposure and evacuation travel time.
What success would measure: Exposure avoided; livelihood access retained; shoreline response monitored.
Roles to appoint: Coastal authority, district administration, fisheries teams and fishing communities.

Read the evidence and limits in K08 ↗

River floods and access disruption

Practical problem to check: Check floodplain settlements, drainage bottlenecks and routes that may become unusable during heavy rain.
Response to assess: Combine official flood maps with local flood marks; protect flow paths and assess retention, warning reach and accessible evacuation routes.
Local baseline: Observed inundation depth/duration, rainfall, drainage connections and affected essential services.
What success would measure: Comparable-event access and service interruption; warning-to-action time.
Roles to appoint: District disaster authority, local body, irrigation engineers and affected communities.

Read the evidence and limits in K04 ↗

Slope instability and intense hill rainfall

Practical problem to check: Check steep inhabited slopes, road cuts and drainage against official landslide-susceptibility information.
Response to assess: Arrange geotechnical inspection, drainage review and last-mile warnings; prioritise exposure reduction and safe access before structural works.
Local baseline: Slope geology, failure history, rainfall, drainage and households in possible runout paths.
What success would measure: People with viable evacuation access; warning response; inspected drainage maintained.
Roles to appoint: District disaster authority, geotechnical specialists, road agency and local communities.

Read the evidence and limits in K05 ↗

Evidence route for Udupi

Official district directory / plan index ↗ — identity and administrative context.
KSNDMC hazard and drought map catalogue ↗ — Official map catalogue screened; taluk drought frequency and landslide maps are available. No district severity class has been copied or invented.

Boundary check: Historical studies may cover different boundaries; reconcile mandals/taluks and dates before use.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Udupi ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Udupi ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

Uttara Kannadacoast, Ghats slopes and inland farming pocketsCoastal storms, erosion and fishing accessSlope instability and intense hill rainfallDry-season water reliabilityOpen district brief +

Planning screen — local verification pending

Start with this local question

Which coastal, hill and dry-season water issues need separate local assessments?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

Coastal storms, erosion and fishing access

Practical problem to check: Check exposed shore settlements, boat access, shelter routes and seasonal shoreline change.
Response to assess: Assess sediment and coastal hazards before selecting setbacks, dunes, habitat recovery or engineered protection; protect fishing access and neighbouring shores.
Local baseline: Seasonal beach profiles, shoreline history, exposure and evacuation travel time.
What success would measure: Exposure avoided; livelihood access retained; shoreline response monitored.
Roles to appoint: Coastal authority, district administration, fisheries teams and fishing communities.

Read the evidence and limits in K08 ↗

Slope instability and intense hill rainfall

Practical problem to check: Check steep inhabited slopes, road cuts and drainage against official landslide-susceptibility information.
Response to assess: Arrange geotechnical inspection, drainage review and last-mile warnings; prioritise exposure reduction and safe access before structural works.
Local baseline: Slope geology, failure history, rainfall, drainage and households in possible runout paths.
What success would measure: People with viable evacuation access; warning response; inspected drainage maintained.
Roles to appoint: District disaster authority, geotechnical specialists, road agency and local communities.

Read the evidence and limits in K05 ↗

Dry-season water reliability

Practical problem to check: Check whether drinking-water sources, wells and storage remain dependable through dry months.
Response to assess: Prepare a seasonal water budget, test source quality and compare leak repair, demand reduction and hydrogeologically suitable recharge.
Local baseline: Monthly supply days, well levels, abstraction and water-quality tests.
What success would measure: Reliable service days and seasonal extraction, with water quality maintained.
Roles to appoint: Local body, water utility, hydrogeologist and participating water users.

Read the evidence and limits in K02 ↗

Evidence route for Uttara Kannada

Official district directory / plan index ↗ — identity and administrative context.
KSNDMC hazard and drought map catalogue ↗ — Official map catalogue screened; taluk drought frequency and landslide maps are available. No district severity class has been copied or invented.

Boundary check: Historical studies may cover different boundaries; reconcile mandals/taluks and dates before use.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Uttara Kannada ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Uttara Kannada ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

VijayanagaraTungabhadra-side settlements and dry inland farmsHeat in homes, workplaces and institutionsDry-season water reliabilityRainfall-sensitive crops and farm incomeOpen district brief +

Planning screen — local verification pending

Start with this local question

Which hot institutions and farm clusters have baseline and maintenance support?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

Heat in homes, workplaces and institutions

Practical problem to check: Check occupied indoor heat and outdoor work exposure, including humidity and access to shade.
Response to assess: Audit a school, health centre or worksite; compare roof treatment, shading, ventilation and professionally designed heat-response arrangements.
Local baseline: Occupied-hour indoor/outdoor temperature, humidity, occupancy and energy use.
What success would measure: Hours above an agreed comfort threshold; protected work periods; weather-adjusted electricity.
Roles to appoint: Building owner, facilities operator, occupational-health team and qualified designer.

Read the evidence and limits in K06 ↗

Dry-season water reliability

Practical problem to check: Check whether drinking-water sources, wells and storage remain dependable through dry months.
Response to assess: Prepare a seasonal water budget, test source quality and compare leak repair, demand reduction and hydrogeologically suitable recharge.
Local baseline: Monthly supply days, well levels, abstraction and water-quality tests.
What success would measure: Reliable service days and seasonal extraction, with water quality maintained.
Roles to appoint: Local body, water utility, hydrogeologist and participating water users.

Read the evidence and limits in K02 ↗

Rainfall-sensitive crops and farm income

Practical problem to check: Check crop-stage dry spells, excess-rain damage and income sensitivity for locally grown crops.
Response to assess: Co-design a small comparable farmer trial with KVK support: crop timing, locally suited varieties, soil cover and water budgeting.
Local baseline: Crop-wise multi-season yield, rainfall, labour, input costs and farm water use.
What success would measure: Yield stability and net return including household labour, compared across seasons.
Roles to appoint: Farmer group or FPO, KVK agronomist and independent evaluator.

Read the evidence and limits in K11 ↗

Evidence route for Vijayanagara

Official district directory / plan index ↗ — identity and administrative context.
KSNDMC hazard and drought map catalogue ↗ — Official map catalogue screened; taluk drought frequency and landslide maps are available. No district severity class has been copied or invented.

Boundary check: Historical studies may cover different boundaries; reconcile mandals/taluks and dates before use.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Vijayanagara ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Vijayanagara ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

Vijayapuradry plateau cropping and Krishna-linked settlementsDry-season water reliabilityRainfall-sensitive crops and farm incomeHeat in homes, workplaces and institutionsOpen district brief +

Planning screen — local verification pending

Start with this local question

Which rainfed cluster can document soil-water and crop-income variability?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

Dry-season water reliability

Practical problem to check: Check whether drinking-water sources, wells and storage remain dependable through dry months.
Response to assess: Prepare a seasonal water budget, test source quality and compare leak repair, demand reduction and hydrogeologically suitable recharge.
Local baseline: Monthly supply days, well levels, abstraction and water-quality tests.
What success would measure: Reliable service days and seasonal extraction, with water quality maintained.
Roles to appoint: Local body, water utility, hydrogeologist and participating water users.

Read the evidence and limits in K02 ↗

Rainfall-sensitive crops and farm income

Practical problem to check: Check crop-stage dry spells, excess-rain damage and income sensitivity for locally grown crops.
Response to assess: Co-design a small comparable farmer trial with KVK support: crop timing, locally suited varieties, soil cover and water budgeting.
Local baseline: Crop-wise multi-season yield, rainfall, labour, input costs and farm water use.
What success would measure: Yield stability and net return including household labour, compared across seasons.
Roles to appoint: Farmer group or FPO, KVK agronomist and independent evaluator.

Read the evidence and limits in K11 ↗

Heat in homes, workplaces and institutions

Practical problem to check: Check occupied indoor heat and outdoor work exposure, including humidity and access to shade.
Response to assess: Audit a school, health centre or worksite; compare roof treatment, shading, ventilation and professionally designed heat-response arrangements.
Local baseline: Occupied-hour indoor/outdoor temperature, humidity, occupancy and energy use.
What success would measure: Hours above an agreed comfort threshold; protected work periods; weather-adjusted electricity.
Roles to appoint: Building owner, facilities operator, occupational-health team and qualified designer.

Read the evidence and limits in K06 ↗

Evidence route for Vijayapura

Official district directory / plan index ↗ — identity and administrative context.
KSNDMC hazard and drought map catalogue ↗ — Official map catalogue screened; taluk drought frequency and landslide maps are available. No district severity class has been copied or invented.

Boundary check: Historical studies may cover different boundaries; reconcile mandals/taluks and dates before use.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Vijayapura ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Vijayapura ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

YadgirKrishna–Bhima farming and hot inland settlementsDry-season water reliabilityHeat in homes, workplaces and institutionsRiver floods and access disruptionOpen district brief +

Planning screen — local verification pending

Start with this local question

Which dry-season supply areas also need river-flood access checks?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

Dry-season water reliability

Practical problem to check: Check whether drinking-water sources, wells and storage remain dependable through dry months.
Response to assess: Prepare a seasonal water budget, test source quality and compare leak repair, demand reduction and hydrogeologically suitable recharge.
Local baseline: Monthly supply days, well levels, abstraction and water-quality tests.
What success would measure: Reliable service days and seasonal extraction, with water quality maintained.
Roles to appoint: Local body, water utility, hydrogeologist and participating water users.

Read the evidence and limits in K02 ↗

Heat in homes, workplaces and institutions

Practical problem to check: Check occupied indoor heat and outdoor work exposure, including humidity and access to shade.
Response to assess: Audit a school, health centre or worksite; compare roof treatment, shading, ventilation and professionally designed heat-response arrangements.
Local baseline: Occupied-hour indoor/outdoor temperature, humidity, occupancy and energy use.
What success would measure: Hours above an agreed comfort threshold; protected work periods; weather-adjusted electricity.
Roles to appoint: Building owner, facilities operator, occupational-health team and qualified designer.

Read the evidence and limits in K06 ↗

River floods and access disruption

Practical problem to check: Check floodplain settlements, drainage bottlenecks and routes that may become unusable during heavy rain.
Response to assess: Combine official flood maps with local flood marks; protect flow paths and assess retention, warning reach and accessible evacuation routes.
Local baseline: Observed inundation depth/duration, rainfall, drainage connections and affected essential services.
What success would measure: Comparable-event access and service interruption; warning-to-action time.
Roles to appoint: District disaster authority, local body, irrigation engineers and affected communities.

Read the evidence and limits in K04 ↗

Evidence route for Yadgir

Official district directory / plan index ↗ — identity and administrative context.
KSNDMC hazard and drought map catalogue ↗ — Official map catalogue screened; taluk drought frequency and landslide maps are available. No district severity class has been copied or invented.

Boundary check: Historical studies may cover different boundaries; reconcile mandals/taluks and dates before use.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Yadgir ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Yadgir ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

Andhra Pradesh

28 districts

Alluri Sitharama RajuPaderu-region Eastern Ghats hill settlementsSlope instability and intense hill rainfallRainfall-sensitive crops and farm incomeHabitat condition and catchment protectionOpen district brief +

Planning screen — local verification pending

Start with this local question

Which current hill mandals need slope-access and farm-water checks after district reorganisation?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

Slope instability and intense hill rainfall

Practical problem to check: Check steep inhabited slopes, road cuts and drainage against official landslide-susceptibility information.
Response to assess: Arrange geotechnical inspection, drainage review and last-mile warnings; prioritise exposure reduction and safe access before structural works.
Local baseline: Slope geology, failure history, rainfall, drainage and households in possible runout paths.
What success would measure: People with viable evacuation access; warning response; inspected drainage maintained.
Roles to appoint: District disaster authority, geotechnical specialists, road agency and local communities.

Read the evidence and limits in K05 ↗

Rainfall-sensitive crops and farm income

Practical problem to check: Check crop-stage dry spells, excess-rain damage and income sensitivity for locally grown crops.
Response to assess: Co-design a small comparable farmer trial with KVK support: crop timing, locally suited varieties, soil cover and water budgeting.
Local baseline: Crop-wise multi-season yield, rainfall, labour, input costs and farm water use.
What success would measure: Yield stability and net return including household labour, compared across seasons.
Roles to appoint: Farmer group or FPO, KVK agronomist and independent evaluator.

Read the evidence and limits in K11 ↗

Habitat condition and catchment protection

Practical problem to check: Check native habitat, invasive spread and erosion in catchments supporting people and wildlife.
Response to assess: Map the original habitat and rights first; trial appropriate native recovery and invasive control with repeat maintenance, rather than assume every open site needs trees.
Local baseline: Native cover, invasive cover, soil condition, regeneration and community resource use.
What success would measure: Native recovery and habitat function; invasive rebound; livelihood access retained.
Roles to appoint: Habitat custodian, restoration ecologist and rights-holding communities.

Read the evidence and limits in K15 ↗

Evidence route for Alluri Sitharama Raju

Official district directory / plan index ↗ — identity and administrative context.
District administration ↗ — request current DDMP, relevant departmental records and permissions.
APSDMA Heat Wave Action Plan 2026 (PDF) ↗ — Official plan located through indexed metadata; full PDF retrieval timed out. Read the current district plan and reconcile the 2025 reorganisation before design.

Boundary check: Andhra Pradesh official registry lists 28 districts. Reconcile the December 2025 reorganisation, including Markapuram/Prakasam and Polavaram/Alluri Sitharama Raju, before using historical district data.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Alluri Sitharama Raju ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Alluri Sitharama Raju ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

Anakapallicoastal plain, towns and Eastern Ghats marginsCoastal storms, erosion and fishing accessRiver floods and access disruptionHeat in homes, workplaces and institutionsOpen district brief +

Planning screen — local verification pending

Start with this local question

Which coastal and river-linked settlements need compound-rain access assessment?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

Coastal storms, erosion and fishing access

Practical problem to check: Check exposed shore settlements, boat access, shelter routes and seasonal shoreline change.
Response to assess: Assess sediment and coastal hazards before selecting setbacks, dunes, habitat recovery or engineered protection; protect fishing access and neighbouring shores.
Local baseline: Seasonal beach profiles, shoreline history, exposure and evacuation travel time.
What success would measure: Exposure avoided; livelihood access retained; shoreline response monitored.
Roles to appoint: Coastal authority, district administration, fisheries teams and fishing communities.

Read the evidence and limits in K08 ↗

River floods and access disruption

Practical problem to check: Check floodplain settlements, drainage bottlenecks and routes that may become unusable during heavy rain.
Response to assess: Combine official flood maps with local flood marks; protect flow paths and assess retention, warning reach and accessible evacuation routes.
Local baseline: Observed inundation depth/duration, rainfall, drainage connections and affected essential services.
What success would measure: Comparable-event access and service interruption; warning-to-action time.
Roles to appoint: District disaster authority, local body, irrigation engineers and affected communities.

Read the evidence and limits in K04 ↗

Heat in homes, workplaces and institutions

Practical problem to check: Check occupied indoor heat and outdoor work exposure, including humidity and access to shade.
Response to assess: Audit a school, health centre or worksite; compare roof treatment, shading, ventilation and professionally designed heat-response arrangements.
Local baseline: Occupied-hour indoor/outdoor temperature, humidity, occupancy and energy use.
What success would measure: Hours above an agreed comfort threshold; protected work periods; weather-adjusted electricity.
Roles to appoint: Building owner, facilities operator, occupational-health team and qualified designer.

Read the evidence and limits in K06 ↗

Evidence route for Anakapalli

Official district directory / plan index ↗ — identity and administrative context.
APSDMA Heat Wave Action Plan 2026 (PDF) ↗ — Official plan located through indexed metadata; full PDF retrieval timed out. Read the current district plan and reconcile the 2025 reorganisation before design.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Anakapalli ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Anakapalli ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

Ananthapuramudry inland farming settlementsDry-season water reliabilityRainfall-sensitive crops and farm incomeHeat in homes, workplaces and institutionsOpen district brief +

Planning screen — local verification pending

Start with this local question

Which current farmer cluster can measure dry-spell losses and viable responses?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

Dry-season water reliability

Practical problem to check: Check whether drinking-water sources, wells and storage remain dependable through dry months.
Response to assess: Prepare a seasonal water budget, test source quality and compare leak repair, demand reduction and hydrogeologically suitable recharge.
Local baseline: Monthly supply days, well levels, abstraction and water-quality tests.
What success would measure: Reliable service days and seasonal extraction, with water quality maintained.
Roles to appoint: Local body, water utility, hydrogeologist and participating water users.

Read the evidence and limits in K02 ↗

Rainfall-sensitive crops and farm income

Practical problem to check: Check crop-stage dry spells, excess-rain damage and income sensitivity for locally grown crops.
Response to assess: Co-design a small comparable farmer trial with KVK support: crop timing, locally suited varieties, soil cover and water budgeting.
Local baseline: Crop-wise multi-season yield, rainfall, labour, input costs and farm water use.
What success would measure: Yield stability and net return including household labour, compared across seasons.
Roles to appoint: Farmer group or FPO, KVK agronomist and independent evaluator.

Read the evidence and limits in K11 ↗

Heat in homes, workplaces and institutions

Practical problem to check: Check occupied indoor heat and outdoor work exposure, including humidity and access to shade.
Response to assess: Audit a school, health centre or worksite; compare roof treatment, shading, ventilation and professionally designed heat-response arrangements.
Local baseline: Occupied-hour indoor/outdoor temperature, humidity, occupancy and energy use.
What success would measure: Hours above an agreed comfort threshold; protected work periods; weather-adjusted electricity.
Roles to appoint: Building owner, facilities operator, occupational-health team and qualified designer.

Read the evidence and limits in K06 ↗

Evidence route for Ananthapuramu

Official district directory / plan index ↗ — identity and administrative context.
APSDMA Heat Wave Action Plan 2026 (PDF) ↗ — Official plan located through indexed metadata; full PDF retrieval timed out. Read the current district plan and reconcile the 2025 reorganisation before design.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Ananthapuramu ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Ananthapuramu ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

Annamayyasouthern inland farming and town settlementsDry-season water reliabilityRainfall-sensitive crops and farm incomeHeat in homes, workplaces and institutionsOpen district brief +

Planning screen — local verification pending

Start with this local question

Which current mandals can provide reconciled multi-season farm and water records?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

Dry-season water reliability

Practical problem to check: Check whether drinking-water sources, wells and storage remain dependable through dry months.
Response to assess: Prepare a seasonal water budget, test source quality and compare leak repair, demand reduction and hydrogeologically suitable recharge.
Local baseline: Monthly supply days, well levels, abstraction and water-quality tests.
What success would measure: Reliable service days and seasonal extraction, with water quality maintained.
Roles to appoint: Local body, water utility, hydrogeologist and participating water users.

Read the evidence and limits in K02 ↗

Rainfall-sensitive crops and farm income

Practical problem to check: Check crop-stage dry spells, excess-rain damage and income sensitivity for locally grown crops.
Response to assess: Co-design a small comparable farmer trial with KVK support: crop timing, locally suited varieties, soil cover and water budgeting.
Local baseline: Crop-wise multi-season yield, rainfall, labour, input costs and farm water use.
What success would measure: Yield stability and net return including household labour, compared across seasons.
Roles to appoint: Farmer group or FPO, KVK agronomist and independent evaluator.

Read the evidence and limits in K11 ↗

Heat in homes, workplaces and institutions

Practical problem to check: Check occupied indoor heat and outdoor work exposure, including humidity and access to shade.
Response to assess: Audit a school, health centre or worksite; compare roof treatment, shading, ventilation and professionally designed heat-response arrangements.
Local baseline: Occupied-hour indoor/outdoor temperature, humidity, occupancy and energy use.
What success would measure: Hours above an agreed comfort threshold; protected work periods; weather-adjusted electricity.
Roles to appoint: Building owner, facilities operator, occupational-health team and qualified designer.

Read the evidence and limits in K06 ↗

Evidence route for Annamayya

Official district directory / plan index ↗ — identity and administrative context.
APSDMA Heat Wave Action Plan 2026 (PDF) ↗ — Official plan located through indexed metadata; full PDF retrieval timed out. Read the current district plan and reconcile the 2025 reorganisation before design.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Annamayya ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Annamayya ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

Bapatlacoastal and delta-linked agricultural settlementsCoastal storms, erosion and fishing accessRiver floods and access disruptionSalinity and dependable freshwaterOpen district brief +

Planning screen — local verification pending

Start with this local question

Which low-lying farms and settlements need drainage and salinity monitoring?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

Coastal storms, erosion and fishing access

Practical problem to check: Check exposed shore settlements, boat access, shelter routes and seasonal shoreline change.
Response to assess: Assess sediment and coastal hazards before selecting setbacks, dunes, habitat recovery or engineered protection; protect fishing access and neighbouring shores.
Local baseline: Seasonal beach profiles, shoreline history, exposure and evacuation travel time.
What success would measure: Exposure avoided; livelihood access retained; shoreline response monitored.
Roles to appoint: Coastal authority, district administration, fisheries teams and fishing communities.

Read the evidence and limits in K08 ↗

River floods and access disruption

Practical problem to check: Check floodplain settlements, drainage bottlenecks and routes that may become unusable during heavy rain.
Response to assess: Combine official flood maps with local flood marks; protect flow paths and assess retention, warning reach and accessible evacuation routes.
Local baseline: Observed inundation depth/duration, rainfall, drainage connections and affected essential services.
What success would measure: Comparable-event access and service interruption; warning-to-action time.
Roles to appoint: District disaster authority, local body, irrigation engineers and affected communities.

Read the evidence and limits in K04 ↗

Salinity and dependable freshwater

Practical problem to check: Check seasonal saltwater intrusion or saline sources before treating a freshwater shortage as a quantity-only problem.
Response to assess: Test conductivity and relevant water-quality parameters through wet and dry periods; assess source protection and demand management with water specialists.
Local baseline: Seasonal conductivity, water-quality tests, source availability and abstraction.
What success would measure: Water meeting the intended-use standard and reliable freshwater service days.
Roles to appoint: Water utility, accredited laboratory, hydrogeologist and local users.

Read the evidence and limits in K01 ↗

Evidence route for Bapatla

Official district directory / plan index ↗ — identity and administrative context.
APSDMA Heat Wave Action Plan 2026 (PDF) ↗ — Official plan located through indexed metadata; full PDF retrieval timed out. Read the current district plan and reconcile the 2025 reorganisation before design.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Bapatla ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Bapatla ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

Chittoorsouthern inland horticulture and hill marginsDry-season water reliabilityRainfall-sensitive crops and farm incomeHeat in homes, workplaces and institutionsOpen district brief +

Planning screen — local verification pending

Start with this local question

Which horticultural cluster can test water budgeting and heat-sensitive crop care?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

Dry-season water reliability

Practical problem to check: Check whether drinking-water sources, wells and storage remain dependable through dry months.
Response to assess: Prepare a seasonal water budget, test source quality and compare leak repair, demand reduction and hydrogeologically suitable recharge.
Local baseline: Monthly supply days, well levels, abstraction and water-quality tests.
What success would measure: Reliable service days and seasonal extraction, with water quality maintained.
Roles to appoint: Local body, water utility, hydrogeologist and participating water users.

Read the evidence and limits in K02 ↗

Rainfall-sensitive crops and farm income

Practical problem to check: Check crop-stage dry spells, excess-rain damage and income sensitivity for locally grown crops.
Response to assess: Co-design a small comparable farmer trial with KVK support: crop timing, locally suited varieties, soil cover and water budgeting.
Local baseline: Crop-wise multi-season yield, rainfall, labour, input costs and farm water use.
What success would measure: Yield stability and net return including household labour, compared across seasons.
Roles to appoint: Farmer group or FPO, KVK agronomist and independent evaluator.

Read the evidence and limits in K11 ↗

Heat in homes, workplaces and institutions

Practical problem to check: Check occupied indoor heat and outdoor work exposure, including humidity and access to shade.
Response to assess: Audit a school, health centre or worksite; compare roof treatment, shading, ventilation and professionally designed heat-response arrangements.
Local baseline: Occupied-hour indoor/outdoor temperature, humidity, occupancy and energy use.
What success would measure: Hours above an agreed comfort threshold; protected work periods; weather-adjusted electricity.
Roles to appoint: Building owner, facilities operator, occupational-health team and qualified designer.

Read the evidence and limits in K06 ↗

Evidence route for Chittoor

Official district directory / plan index ↗ — identity and administrative context.
APSDMA Heat Wave Action Plan 2026 (PDF) ↗ — Official plan located through indexed metadata; full PDF retrieval timed out. Read the current district plan and reconcile the 2025 reorganisation before design.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Chittoor ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Chittoor ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

Dr. B.R. Ambedkar KonaseemaGodavari delta and coastal settlementsRiver floods and access disruptionCoastal storms, erosion and fishing accessSalinity and dependable freshwaterOpen district brief +

Planning screen — local verification pending

Start with this local question

Which delta communities need freshwater and safe-access protection together?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

River floods and access disruption

Practical problem to check: Check floodplain settlements, drainage bottlenecks and routes that may become unusable during heavy rain.
Response to assess: Combine official flood maps with local flood marks; protect flow paths and assess retention, warning reach and accessible evacuation routes.
Local baseline: Observed inundation depth/duration, rainfall, drainage connections and affected essential services.
What success would measure: Comparable-event access and service interruption; warning-to-action time.
Roles to appoint: District disaster authority, local body, irrigation engineers and affected communities.

Read the evidence and limits in K04 ↗

Coastal storms, erosion and fishing access

Practical problem to check: Check exposed shore settlements, boat access, shelter routes and seasonal shoreline change.
Response to assess: Assess sediment and coastal hazards before selecting setbacks, dunes, habitat recovery or engineered protection; protect fishing access and neighbouring shores.
Local baseline: Seasonal beach profiles, shoreline history, exposure and evacuation travel time.
What success would measure: Exposure avoided; livelihood access retained; shoreline response monitored.
Roles to appoint: Coastal authority, district administration, fisheries teams and fishing communities.

Read the evidence and limits in K08 ↗

Salinity and dependable freshwater

Practical problem to check: Check seasonal saltwater intrusion or saline sources before treating a freshwater shortage as a quantity-only problem.
Response to assess: Test conductivity and relevant water-quality parameters through wet and dry periods; assess source protection and demand management with water specialists.
Local baseline: Seasonal conductivity, water-quality tests, source availability and abstraction.
What success would measure: Water meeting the intended-use standard and reliable freshwater service days.
Roles to appoint: Water utility, accredited laboratory, hydrogeologist and local users.

Read the evidence and limits in K01 ↗

Evidence route for Dr. B.R. Ambedkar Konaseema

Official district directory / plan index ↗ — identity and administrative context.
APSDMA Heat Wave Action Plan 2026 (PDF) ↗ — Official plan located through indexed metadata; full PDF retrieval timed out. Read the current district plan and reconcile the 2025 reorganisation before design.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Dr. B.R. Ambedkar Konaseema ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Dr. B.R. Ambedkar Konaseema ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

East GodavariGodavari river-side settlements and agricultural areasRiver floods and access disruptionRainfall-sensitive crops and farm incomeHeat in homes, workplaces and institutionsOpen district brief +

Planning screen — local verification pending

Start with this local question

Which current river-side mandals need flood-access and crop-contingency planning?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

River floods and access disruption

Practical problem to check: Check floodplain settlements, drainage bottlenecks and routes that may become unusable during heavy rain.
Response to assess: Combine official flood maps with local flood marks; protect flow paths and assess retention, warning reach and accessible evacuation routes.
Local baseline: Observed inundation depth/duration, rainfall, drainage connections and affected essential services.
What success would measure: Comparable-event access and service interruption; warning-to-action time.
Roles to appoint: District disaster authority, local body, irrigation engineers and affected communities.

Read the evidence and limits in K04 ↗

Rainfall-sensitive crops and farm income

Practical problem to check: Check crop-stage dry spells, excess-rain damage and income sensitivity for locally grown crops.
Response to assess: Co-design a small comparable farmer trial with KVK support: crop timing, locally suited varieties, soil cover and water budgeting.
Local baseline: Crop-wise multi-season yield, rainfall, labour, input costs and farm water use.
What success would measure: Yield stability and net return including household labour, compared across seasons.
Roles to appoint: Farmer group or FPO, KVK agronomist and independent evaluator.

Read the evidence and limits in K11 ↗

Heat in homes, workplaces and institutions

Practical problem to check: Check occupied indoor heat and outdoor work exposure, including humidity and access to shade.
Response to assess: Audit a school, health centre or worksite; compare roof treatment, shading, ventilation and professionally designed heat-response arrangements.
Local baseline: Occupied-hour indoor/outdoor temperature, humidity, occupancy and energy use.
What success would measure: Hours above an agreed comfort threshold; protected work periods; weather-adjusted electricity.
Roles to appoint: Building owner, facilities operator, occupational-health team and qualified designer.

Read the evidence and limits in K06 ↗

Evidence route for East Godavari

Official district directory / plan index ↗ — identity and administrative context.
APSDMA Heat Wave Action Plan 2026 (PDF) ↗ — Official plan located through indexed metadata; full PDF retrieval timed out. Read the current district plan and reconcile the 2025 reorganisation before design.
Additional district evidence route ↗ — Official district-plan landing page identified; plan tables not extracted.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for East Godavari ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in East Godavari ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

Elurulowland agriculture, wetlands and inland settlementsRiver floods and access disruptionRainfall-sensitive crops and farm incomeUrban waterlogging and polluted water bodiesOpen district brief +

Planning screen — local verification pending

Start with this local question

Which drainage-connected farm and town areas need joint assessment?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

River floods and access disruption

Practical problem to check: Check floodplain settlements, drainage bottlenecks and routes that may become unusable during heavy rain.
Response to assess: Combine official flood maps with local flood marks; protect flow paths and assess retention, warning reach and accessible evacuation routes.
Local baseline: Observed inundation depth/duration, rainfall, drainage connections and affected essential services.
What success would measure: Comparable-event access and service interruption; warning-to-action time.
Roles to appoint: District disaster authority, local body, irrigation engineers and affected communities.

Read the evidence and limits in K04 ↗

Rainfall-sensitive crops and farm income

Practical problem to check: Check crop-stage dry spells, excess-rain damage and income sensitivity for locally grown crops.
Response to assess: Co-design a small comparable farmer trial with KVK support: crop timing, locally suited varieties, soil cover and water budgeting.
Local baseline: Crop-wise multi-season yield, rainfall, labour, input costs and farm water use.
What success would measure: Yield stability and net return including household labour, compared across seasons.
Roles to appoint: Farmer group or FPO, KVK agronomist and independent evaluator.

Read the evidence and limits in K11 ↗

Urban waterlogging and polluted water bodies

Practical problem to check: Check storm-drain connectivity, sewage inflows and low-lying homes or public buildings.
Response to assess: Trace catchments and inlets, separate pollution control from flood management, and compare utility repairs with retention and wetland options.
Local baseline: Drain connections, inlet flows and pollution loads; inundation records and treatment uptime.
What success would measure: Compliant treated flows; comparable-storm waterlogging duration; maintenance completed.
Roles to appoint: Municipal body, sewer/drainage utility, asset custodian and community representatives.

Read the evidence and limits in K03 ↗

Evidence route for Eluru

Official district directory / plan index ↗ — identity and administrative context.
APSDMA Heat Wave Action Plan 2026 (PDF) ↗ — Official plan located through indexed metadata; full PDF retrieval timed out. Read the current district plan and reconcile the 2025 reorganisation before design.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Eluru ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Eluru ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

GunturKrishna basin towns and farming areasHeat in homes, workplaces and institutionsUrban waterlogging and polluted water bodiesRainfall-sensitive crops and farm incomeOpen district brief +

Planning screen — local verification pending

Start with this local question

Which hot institutions and drainage-linked farms can provide measured records?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

Heat in homes, workplaces and institutions

Practical problem to check: Check occupied indoor heat and outdoor work exposure, including humidity and access to shade.
Response to assess: Audit a school, health centre or worksite; compare roof treatment, shading, ventilation and professionally designed heat-response arrangements.
Local baseline: Occupied-hour indoor/outdoor temperature, humidity, occupancy and energy use.
What success would measure: Hours above an agreed comfort threshold; protected work periods; weather-adjusted electricity.
Roles to appoint: Building owner, facilities operator, occupational-health team and qualified designer.

Read the evidence and limits in K06 ↗

Urban waterlogging and polluted water bodies

Practical problem to check: Check storm-drain connectivity, sewage inflows and low-lying homes or public buildings.
Response to assess: Trace catchments and inlets, separate pollution control from flood management, and compare utility repairs with retention and wetland options.
Local baseline: Drain connections, inlet flows and pollution loads; inundation records and treatment uptime.
What success would measure: Compliant treated flows; comparable-storm waterlogging duration; maintenance completed.
Roles to appoint: Municipal body, sewer/drainage utility, asset custodian and community representatives.

Read the evidence and limits in K03 ↗

Rainfall-sensitive crops and farm income

Practical problem to check: Check crop-stage dry spells, excess-rain damage and income sensitivity for locally grown crops.
Response to assess: Co-design a small comparable farmer trial with KVK support: crop timing, locally suited varieties, soil cover and water budgeting.
Local baseline: Crop-wise multi-season yield, rainfall, labour, input costs and farm water use.
What success would measure: Yield stability and net return including household labour, compared across seasons.
Roles to appoint: Farmer group or FPO, KVK agronomist and independent evaluator.

Read the evidence and limits in K11 ↗

Evidence route for Guntur

Official district directory / plan index ↗ — identity and administrative context.
APSDMA Heat Wave Action Plan 2026 (PDF) ↗ — Official plan located through indexed metadata; full PDF retrieval timed out. Read the current district plan and reconcile the 2025 reorganisation before design.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Guntur ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Guntur ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

Kakinadacoastal urban areas and delta-linked settlementsCoastal storms, erosion and fishing accessRiver floods and access disruptionUrban waterlogging and polluted water bodiesOpen district brief +

Planning screen — local verification pending

Start with this local question

Which river-outfall and urban-drainage locations need compound-flood screening?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

Coastal storms, erosion and fishing access

Practical problem to check: Check exposed shore settlements, boat access, shelter routes and seasonal shoreline change.
Response to assess: Assess sediment and coastal hazards before selecting setbacks, dunes, habitat recovery or engineered protection; protect fishing access and neighbouring shores.
Local baseline: Seasonal beach profiles, shoreline history, exposure and evacuation travel time.
What success would measure: Exposure avoided; livelihood access retained; shoreline response monitored.
Roles to appoint: Coastal authority, district administration, fisheries teams and fishing communities.

Read the evidence and limits in K08 ↗

River floods and access disruption

Practical problem to check: Check floodplain settlements, drainage bottlenecks and routes that may become unusable during heavy rain.
Response to assess: Combine official flood maps with local flood marks; protect flow paths and assess retention, warning reach and accessible evacuation routes.
Local baseline: Observed inundation depth/duration, rainfall, drainage connections and affected essential services.
What success would measure: Comparable-event access and service interruption; warning-to-action time.
Roles to appoint: District disaster authority, local body, irrigation engineers and affected communities.

Read the evidence and limits in K04 ↗

Urban waterlogging and polluted water bodies

Practical problem to check: Check storm-drain connectivity, sewage inflows and low-lying homes or public buildings.
Response to assess: Trace catchments and inlets, separate pollution control from flood management, and compare utility repairs with retention and wetland options.
Local baseline: Drain connections, inlet flows and pollution loads; inundation records and treatment uptime.
What success would measure: Compliant treated flows; comparable-storm waterlogging duration; maintenance completed.
Roles to appoint: Municipal body, sewer/drainage utility, asset custodian and community representatives.

Read the evidence and limits in K03 ↗

Evidence route for Kakinada

Official district directory / plan index ↗ — identity and administrative context.
APSDMA Heat Wave Action Plan 2026 (PDF) ↗ — Official plan located through indexed metadata; full PDF retrieval timed out. Read the current district plan and reconcile the 2025 reorganisation before design.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Kakinada ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Kakinada ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

Krishnadelta farms and coastal settlementsRiver floods and access disruptionCoastal storms, erosion and fishing accessSalinity and dependable freshwaterOpen district brief +

Planning screen — local verification pending

Start with this local question

Which present-boundary delta units need salinity and drainage comparison?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

River floods and access disruption

Practical problem to check: Check floodplain settlements, drainage bottlenecks and routes that may become unusable during heavy rain.
Response to assess: Combine official flood maps with local flood marks; protect flow paths and assess retention, warning reach and accessible evacuation routes.
Local baseline: Observed inundation depth/duration, rainfall, drainage connections and affected essential services.
What success would measure: Comparable-event access and service interruption; warning-to-action time.
Roles to appoint: District disaster authority, local body, irrigation engineers and affected communities.

Read the evidence and limits in K04 ↗

Coastal storms, erosion and fishing access

Practical problem to check: Check exposed shore settlements, boat access, shelter routes and seasonal shoreline change.
Response to assess: Assess sediment and coastal hazards before selecting setbacks, dunes, habitat recovery or engineered protection; protect fishing access and neighbouring shores.
Local baseline: Seasonal beach profiles, shoreline history, exposure and evacuation travel time.
What success would measure: Exposure avoided; livelihood access retained; shoreline response monitored.
Roles to appoint: Coastal authority, district administration, fisheries teams and fishing communities.

Read the evidence and limits in K08 ↗

Salinity and dependable freshwater

Practical problem to check: Check seasonal saltwater intrusion or saline sources before treating a freshwater shortage as a quantity-only problem.
Response to assess: Test conductivity and relevant water-quality parameters through wet and dry periods; assess source protection and demand management with water specialists.
Local baseline: Seasonal conductivity, water-quality tests, source availability and abstraction.
What success would measure: Water meeting the intended-use standard and reliable freshwater service days.
Roles to appoint: Water utility, accredited laboratory, hydrogeologist and local users.

Read the evidence and limits in K01 ↗

Evidence route for Krishna

Official district directory / plan index ↗ — identity and administrative context.
APSDMA Heat Wave Action Plan 2026 (PDF) ↗ — Official plan located through indexed metadata; full PDF retrieval timed out. Read the current district plan and reconcile the 2025 reorganisation before design.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Krishna ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Krishna ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

Kurnoolhot inland river settlements and dry farming areasRiver floods and access disruptionDry-season water reliabilityHeat in homes, workplaces and institutionsOpen district brief +

Planning screen — local verification pending

Start with this local question

Which river-adjacent services also need hot-season water planning?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

River floods and access disruption

Practical problem to check: Check floodplain settlements, drainage bottlenecks and routes that may become unusable during heavy rain.
Response to assess: Combine official flood maps with local flood marks; protect flow paths and assess retention, warning reach and accessible evacuation routes.
Local baseline: Observed inundation depth/duration, rainfall, drainage connections and affected essential services.
What success would measure: Comparable-event access and service interruption; warning-to-action time.
Roles to appoint: District disaster authority, local body, irrigation engineers and affected communities.

Read the evidence and limits in K04 ↗

Dry-season water reliability

Practical problem to check: Check whether drinking-water sources, wells and storage remain dependable through dry months.
Response to assess: Prepare a seasonal water budget, test source quality and compare leak repair, demand reduction and hydrogeologically suitable recharge.
Local baseline: Monthly supply days, well levels, abstraction and water-quality tests.
What success would measure: Reliable service days and seasonal extraction, with water quality maintained.
Roles to appoint: Local body, water utility, hydrogeologist and participating water users.

Read the evidence and limits in K02 ↗

Heat in homes, workplaces and institutions

Practical problem to check: Check occupied indoor heat and outdoor work exposure, including humidity and access to shade.
Response to assess: Audit a school, health centre or worksite; compare roof treatment, shading, ventilation and professionally designed heat-response arrangements.
Local baseline: Occupied-hour indoor/outdoor temperature, humidity, occupancy and energy use.
What success would measure: Hours above an agreed comfort threshold; protected work periods; weather-adjusted electricity.
Roles to appoint: Building owner, facilities operator, occupational-health team and qualified designer.

Read the evidence and limits in K06 ↗

Evidence route for Kurnool

Official district directory / plan index ↗ — identity and administrative context.
APSDMA Heat Wave Action Plan 2026 (PDF) ↗ — Official plan located through indexed metadata; full PDF retrieval timed out. Read the current district plan and reconcile the 2025 reorganisation before design.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Kurnool ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Kurnool ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

Markapuramwestern Prakasam-region drylands and Nallamala marginsDry-season water reliabilityRainfall-sensitive crops and farm incomeHabitat condition and catchment protectionOpen district brief +

Planning screen — local verification pending

Start with this local question

Which newly constituted mandals need baseline records remapped from older Prakasam?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

Dry-season water reliability

Practical problem to check: Check whether drinking-water sources, wells and storage remain dependable through dry months.
Response to assess: Prepare a seasonal water budget, test source quality and compare leak repair, demand reduction and hydrogeologically suitable recharge.
Local baseline: Monthly supply days, well levels, abstraction and water-quality tests.
What success would measure: Reliable service days and seasonal extraction, with water quality maintained.
Roles to appoint: Local body, water utility, hydrogeologist and participating water users.

Read the evidence and limits in K02 ↗

Rainfall-sensitive crops and farm income

Practical problem to check: Check crop-stage dry spells, excess-rain damage and income sensitivity for locally grown crops.
Response to assess: Co-design a small comparable farmer trial with KVK support: crop timing, locally suited varieties, soil cover and water budgeting.
Local baseline: Crop-wise multi-season yield, rainfall, labour, input costs and farm water use.
What success would measure: Yield stability and net return including household labour, compared across seasons.
Roles to appoint: Farmer group or FPO, KVK agronomist and independent evaluator.

Read the evidence and limits in K11 ↗

Habitat condition and catchment protection

Practical problem to check: Check native habitat, invasive spread and erosion in catchments supporting people and wildlife.
Response to assess: Map the original habitat and rights first; trial appropriate native recovery and invasive control with repeat maintenance, rather than assume every open site needs trees.
Local baseline: Native cover, invasive cover, soil condition, regeneration and community resource use.
What success would measure: Native recovery and habitat function; invasive rebound; livelihood access retained.
Roles to appoint: Habitat custodian, restoration ecologist and rights-holding communities.

Read the evidence and limits in K15 ↗

Evidence route for Markapuram

Official district directory / plan index ↗ — identity and administrative context.
District administration ↗ — request current DDMP, relevant departmental records and permissions.
APSDMA Heat Wave Action Plan 2026 (PDF) ↗ — Official plan located through indexed metadata; full PDF retrieval timed out. Read the current district plan and reconcile the 2025 reorganisation before design.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Markapuram ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Markapuram ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

Nandyalinland agricultural valleys and Nallamala marginsDry-season water reliabilityRainfall-sensitive crops and farm incomeRiver floods and access disruptionOpen district brief +

Planning screen — local verification pending

Start with this local question

Which farm-water and valley-drainage units need separate seasonal checks?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

Dry-season water reliability

Practical problem to check: Check whether drinking-water sources, wells and storage remain dependable through dry months.
Response to assess: Prepare a seasonal water budget, test source quality and compare leak repair, demand reduction and hydrogeologically suitable recharge.
Local baseline: Monthly supply days, well levels, abstraction and water-quality tests.
What success would measure: Reliable service days and seasonal extraction, with water quality maintained.
Roles to appoint: Local body, water utility, hydrogeologist and participating water users.

Read the evidence and limits in K02 ↗

Rainfall-sensitive crops and farm income

Practical problem to check: Check crop-stage dry spells, excess-rain damage and income sensitivity for locally grown crops.
Response to assess: Co-design a small comparable farmer trial with KVK support: crop timing, locally suited varieties, soil cover and water budgeting.
Local baseline: Crop-wise multi-season yield, rainfall, labour, input costs and farm water use.
What success would measure: Yield stability and net return including household labour, compared across seasons.
Roles to appoint: Farmer group or FPO, KVK agronomist and independent evaluator.

Read the evidence and limits in K11 ↗

River floods and access disruption

Practical problem to check: Check floodplain settlements, drainage bottlenecks and routes that may become unusable during heavy rain.
Response to assess: Combine official flood maps with local flood marks; protect flow paths and assess retention, warning reach and accessible evacuation routes.
Local baseline: Observed inundation depth/duration, rainfall, drainage connections and affected essential services.
What success would measure: Comparable-event access and service interruption; warning-to-action time.
Roles to appoint: District disaster authority, local body, irrigation engineers and affected communities.

Read the evidence and limits in K04 ↗

Evidence route for Nandyal

Official district directory / plan index ↗ — identity and administrative context.
APSDMA Heat Wave Action Plan 2026 (PDF) ↗ — Official plan located through indexed metadata; full PDF retrieval timed out. Read the current district plan and reconcile the 2025 reorganisation before design.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Nandyal ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Nandyal ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

NTRVijayawada-region urban and Krishna-side settlementsUrban waterlogging and polluted water bodiesRiver floods and access disruptionHeat in homes, workplaces and institutionsOpen district brief +

Planning screen — local verification pending

Start with this local question

Which drainage and river-access bottlenecks affect essential urban services?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

Urban waterlogging and polluted water bodies

Practical problem to check: Check storm-drain connectivity, sewage inflows and low-lying homes or public buildings.
Response to assess: Trace catchments and inlets, separate pollution control from flood management, and compare utility repairs with retention and wetland options.
Local baseline: Drain connections, inlet flows and pollution loads; inundation records and treatment uptime.
What success would measure: Compliant treated flows; comparable-storm waterlogging duration; maintenance completed.
Roles to appoint: Municipal body, sewer/drainage utility, asset custodian and community representatives.

Read the evidence and limits in K03 ↗

River floods and access disruption

Practical problem to check: Check floodplain settlements, drainage bottlenecks and routes that may become unusable during heavy rain.
Response to assess: Combine official flood maps with local flood marks; protect flow paths and assess retention, warning reach and accessible evacuation routes.
Local baseline: Observed inundation depth/duration, rainfall, drainage connections and affected essential services.
What success would measure: Comparable-event access and service interruption; warning-to-action time.
Roles to appoint: District disaster authority, local body, irrigation engineers and affected communities.

Read the evidence and limits in K04 ↗

Heat in homes, workplaces and institutions

Practical problem to check: Check occupied indoor heat and outdoor work exposure, including humidity and access to shade.
Response to assess: Audit a school, health centre or worksite; compare roof treatment, shading, ventilation and professionally designed heat-response arrangements.
Local baseline: Occupied-hour indoor/outdoor temperature, humidity, occupancy and energy use.
What success would measure: Hours above an agreed comfort threshold; protected work periods; weather-adjusted electricity.
Roles to appoint: Building owner, facilities operator, occupational-health team and qualified designer.

Read the evidence and limits in K06 ↗

Evidence route for NTR

Official district directory / plan index ↗ — identity and administrative context.
APSDMA Heat Wave Action Plan 2026 (PDF) ↗ — Official plan located through indexed metadata; full PDF retrieval timed out. Read the current district plan and reconcile the 2025 reorganisation before design.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for NTR ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in NTR ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

Palnaduinland farming plains and upland settlementsDry-season water reliabilityRainfall-sensitive crops and farm incomeHeat in homes, workplaces and institutionsOpen district brief +

Planning screen — local verification pending

Start with this local question

Which rainfed farmer group can compare soil-water practices and net income?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

Dry-season water reliability

Practical problem to check: Check whether drinking-water sources, wells and storage remain dependable through dry months.
Response to assess: Prepare a seasonal water budget, test source quality and compare leak repair, demand reduction and hydrogeologically suitable recharge.
Local baseline: Monthly supply days, well levels, abstraction and water-quality tests.
What success would measure: Reliable service days and seasonal extraction, with water quality maintained.
Roles to appoint: Local body, water utility, hydrogeologist and participating water users.

Read the evidence and limits in K02 ↗

Rainfall-sensitive crops and farm income

Practical problem to check: Check crop-stage dry spells, excess-rain damage and income sensitivity for locally grown crops.
Response to assess: Co-design a small comparable farmer trial with KVK support: crop timing, locally suited varieties, soil cover and water budgeting.
Local baseline: Crop-wise multi-season yield, rainfall, labour, input costs and farm water use.
What success would measure: Yield stability and net return including household labour, compared across seasons.
Roles to appoint: Farmer group or FPO, KVK agronomist and independent evaluator.

Read the evidence and limits in K11 ↗

Heat in homes, workplaces and institutions

Practical problem to check: Check occupied indoor heat and outdoor work exposure, including humidity and access to shade.
Response to assess: Audit a school, health centre or worksite; compare roof treatment, shading, ventilation and professionally designed heat-response arrangements.
Local baseline: Occupied-hour indoor/outdoor temperature, humidity, occupancy and energy use.
What success would measure: Hours above an agreed comfort threshold; protected work periods; weather-adjusted electricity.
Roles to appoint: Building owner, facilities operator, occupational-health team and qualified designer.

Read the evidence and limits in K06 ↗

Evidence route for Palnadu

Official district directory / plan index ↗ — identity and administrative context.
APSDMA Heat Wave Action Plan 2026 (PDF) ↗ — Official plan located through indexed metadata; full PDF retrieval timed out. Read the current district plan and reconcile the 2025 reorganisation before design.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Palnadu ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Palnadu ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

Parvathipuram ManyamEastern Ghats hills and river-valley settlementsSlope instability and intense hill rainfallRiver floods and access disruptionRainfall-sensitive crops and farm incomeOpen district brief +

Planning screen — local verification pending

Start with this local question

Which hill-access and valley-farm sites need differentiated rainfall responses?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

Slope instability and intense hill rainfall

Practical problem to check: Check steep inhabited slopes, road cuts and drainage against official landslide-susceptibility information.
Response to assess: Arrange geotechnical inspection, drainage review and last-mile warnings; prioritise exposure reduction and safe access before structural works.
Local baseline: Slope geology, failure history, rainfall, drainage and households in possible runout paths.
What success would measure: People with viable evacuation access; warning response; inspected drainage maintained.
Roles to appoint: District disaster authority, geotechnical specialists, road agency and local communities.

Read the evidence and limits in K05 ↗

River floods and access disruption

Practical problem to check: Check floodplain settlements, drainage bottlenecks and routes that may become unusable during heavy rain.
Response to assess: Combine official flood maps with local flood marks; protect flow paths and assess retention, warning reach and accessible evacuation routes.
Local baseline: Observed inundation depth/duration, rainfall, drainage connections and affected essential services.
What success would measure: Comparable-event access and service interruption; warning-to-action time.
Roles to appoint: District disaster authority, local body, irrigation engineers and affected communities.

Read the evidence and limits in K04 ↗

Rainfall-sensitive crops and farm income

Practical problem to check: Check crop-stage dry spells, excess-rain damage and income sensitivity for locally grown crops.
Response to assess: Co-design a small comparable farmer trial with KVK support: crop timing, locally suited varieties, soil cover and water budgeting.
Local baseline: Crop-wise multi-season yield, rainfall, labour, input costs and farm water use.
What success would measure: Yield stability and net return including household labour, compared across seasons.
Roles to appoint: Farmer group or FPO, KVK agronomist and independent evaluator.

Read the evidence and limits in K11 ↗

Evidence route for Parvathipuram Manyam

Official district directory / plan index ↗ — identity and administrative context.
APSDMA Heat Wave Action Plan 2026 (PDF) ↗ — Official plan located through indexed metadata; full PDF retrieval timed out. Read the current district plan and reconcile the 2025 reorganisation before design.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Parvathipuram Manyam ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Parvathipuram Manyam ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

PolavaramRampachodavaram-region Godavari and hill settlementsRiver floods and access disruptionSlope instability and intense hill rainfallRainfall-sensitive crops and farm incomeOpen district brief +

Planning screen — local verification pending

Start with this local question

Which current river and hill mandals need fresh exposure and access records?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

River floods and access disruption

Practical problem to check: Check floodplain settlements, drainage bottlenecks and routes that may become unusable during heavy rain.
Response to assess: Combine official flood maps with local flood marks; protect flow paths and assess retention, warning reach and accessible evacuation routes.
Local baseline: Observed inundation depth/duration, rainfall, drainage connections and affected essential services.
What success would measure: Comparable-event access and service interruption; warning-to-action time.
Roles to appoint: District disaster authority, local body, irrigation engineers and affected communities.

Read the evidence and limits in K04 ↗

Slope instability and intense hill rainfall

Practical problem to check: Check steep inhabited slopes, road cuts and drainage against official landslide-susceptibility information.
Response to assess: Arrange geotechnical inspection, drainage review and last-mile warnings; prioritise exposure reduction and safe access before structural works.
Local baseline: Slope geology, failure history, rainfall, drainage and households in possible runout paths.
What success would measure: People with viable evacuation access; warning response; inspected drainage maintained.
Roles to appoint: District disaster authority, geotechnical specialists, road agency and local communities.

Read the evidence and limits in K05 ↗

Rainfall-sensitive crops and farm income

Practical problem to check: Check crop-stage dry spells, excess-rain damage and income sensitivity for locally grown crops.
Response to assess: Co-design a small comparable farmer trial with KVK support: crop timing, locally suited varieties, soil cover and water budgeting.
Local baseline: Crop-wise multi-season yield, rainfall, labour, input costs and farm water use.
What success would measure: Yield stability and net return including household labour, compared across seasons.
Roles to appoint: Farmer group or FPO, KVK agronomist and independent evaluator.

Read the evidence and limits in K11 ↗

Evidence route for Polavaram

Official district directory / plan index ↗ — identity and administrative context.
APSDMA Heat Wave Action Plan 2026 (PDF) ↗ — Official plan located through indexed metadata; full PDF retrieval timed out. Read the current district plan and reconcile the 2025 reorganisation before design.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Polavaram ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Polavaram ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

Prakasamremaining central/coastal settlements and dry farming areasDry-season water reliabilityRainfall-sensitive crops and farm incomeCoastal storms, erosion and fishing accessOpen district brief +

Planning screen — local verification pending

Start with this local question

Which current mandals retain a verified need after Markapuram reorganisation?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

Dry-season water reliability

Practical problem to check: Check whether drinking-water sources, wells and storage remain dependable through dry months.
Response to assess: Prepare a seasonal water budget, test source quality and compare leak repair, demand reduction and hydrogeologically suitable recharge.
Local baseline: Monthly supply days, well levels, abstraction and water-quality tests.
What success would measure: Reliable service days and seasonal extraction, with water quality maintained.
Roles to appoint: Local body, water utility, hydrogeologist and participating water users.

Read the evidence and limits in K02 ↗

Rainfall-sensitive crops and farm income

Practical problem to check: Check crop-stage dry spells, excess-rain damage and income sensitivity for locally grown crops.
Response to assess: Co-design a small comparable farmer trial with KVK support: crop timing, locally suited varieties, soil cover and water budgeting.
Local baseline: Crop-wise multi-season yield, rainfall, labour, input costs and farm water use.
What success would measure: Yield stability and net return including household labour, compared across seasons.
Roles to appoint: Farmer group or FPO, KVK agronomist and independent evaluator.

Read the evidence and limits in K11 ↗

Coastal storms, erosion and fishing access

Practical problem to check: Check exposed shore settlements, boat access, shelter routes and seasonal shoreline change.
Response to assess: Assess sediment and coastal hazards before selecting setbacks, dunes, habitat recovery or engineered protection; protect fishing access and neighbouring shores.
Local baseline: Seasonal beach profiles, shoreline history, exposure and evacuation travel time.
What success would measure: Exposure avoided; livelihood access retained; shoreline response monitored.
Roles to appoint: Coastal authority, district administration, fisheries teams and fishing communities.

Read the evidence and limits in K08 ↗

Evidence route for Prakasam

Official district directory / plan index ↗ — identity and administrative context.
APSDMA Heat Wave Action Plan 2026 (PDF) ↗ — Official plan located through indexed metadata; full PDF retrieval timed out. Read the current district plan and reconcile the 2025 reorganisation before design.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Prakasam ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Prakasam ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

Sri Potti Sriramulu NellorePenna coastal plain and urban/farm settlementsRiver floods and access disruptionCoastal storms, erosion and fishing accessDry-season water reliabilityOpen district brief +

Planning screen — local verification pending

Start with this local question

Which river/coastal settlements also need dependable dry-season freshwater?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

River floods and access disruption

Practical problem to check: Check floodplain settlements, drainage bottlenecks and routes that may become unusable during heavy rain.
Response to assess: Combine official flood maps with local flood marks; protect flow paths and assess retention, warning reach and accessible evacuation routes.
Local baseline: Observed inundation depth/duration, rainfall, drainage connections and affected essential services.
What success would measure: Comparable-event access and service interruption; warning-to-action time.
Roles to appoint: District disaster authority, local body, irrigation engineers and affected communities.

Read the evidence and limits in K04 ↗

Coastal storms, erosion and fishing access

Practical problem to check: Check exposed shore settlements, boat access, shelter routes and seasonal shoreline change.
Response to assess: Assess sediment and coastal hazards before selecting setbacks, dunes, habitat recovery or engineered protection; protect fishing access and neighbouring shores.
Local baseline: Seasonal beach profiles, shoreline history, exposure and evacuation travel time.
What success would measure: Exposure avoided; livelihood access retained; shoreline response monitored.
Roles to appoint: Coastal authority, district administration, fisheries teams and fishing communities.

Read the evidence and limits in K08 ↗

Dry-season water reliability

Practical problem to check: Check whether drinking-water sources, wells and storage remain dependable through dry months.
Response to assess: Prepare a seasonal water budget, test source quality and compare leak repair, demand reduction and hydrogeologically suitable recharge.
Local baseline: Monthly supply days, well levels, abstraction and water-quality tests.
What success would measure: Reliable service days and seasonal extraction, with water quality maintained.
Roles to appoint: Local body, water utility, hydrogeologist and participating water users.

Read the evidence and limits in K02 ↗

Evidence route for Sri Potti Sriramulu Nellore

Official district directory / plan index ↗ — identity and administrative context.
APSDMA Heat Wave Action Plan 2026 (PDF) ↗ — Official plan located through indexed metadata; full PDF retrieval timed out. Read the current district plan and reconcile the 2025 reorganisation before design.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Sri Potti Sriramulu Nellore ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Sri Potti Sriramulu Nellore ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

Sri Sathya Saidry southern inland farms and settlementsDry-season water reliabilityRainfall-sensitive crops and farm incomeHeat in homes, workplaces and institutionsOpen district brief +

Planning screen — local verification pending

Start with this local question

Which dryland cluster can compare crop stability and water use across seasons?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

Dry-season water reliability

Practical problem to check: Check whether drinking-water sources, wells and storage remain dependable through dry months.
Response to assess: Prepare a seasonal water budget, test source quality and compare leak repair, demand reduction and hydrogeologically suitable recharge.
Local baseline: Monthly supply days, well levels, abstraction and water-quality tests.
What success would measure: Reliable service days and seasonal extraction, with water quality maintained.
Roles to appoint: Local body, water utility, hydrogeologist and participating water users.

Read the evidence and limits in K02 ↗

Rainfall-sensitive crops and farm income

Practical problem to check: Check crop-stage dry spells, excess-rain damage and income sensitivity for locally grown crops.
Response to assess: Co-design a small comparable farmer trial with KVK support: crop timing, locally suited varieties, soil cover and water budgeting.
Local baseline: Crop-wise multi-season yield, rainfall, labour, input costs and farm water use.
What success would measure: Yield stability and net return including household labour, compared across seasons.
Roles to appoint: Farmer group or FPO, KVK agronomist and independent evaluator.

Read the evidence and limits in K11 ↗

Heat in homes, workplaces and institutions

Practical problem to check: Check occupied indoor heat and outdoor work exposure, including humidity and access to shade.
Response to assess: Audit a school, health centre or worksite; compare roof treatment, shading, ventilation and professionally designed heat-response arrangements.
Local baseline: Occupied-hour indoor/outdoor temperature, humidity, occupancy and energy use.
What success would measure: Hours above an agreed comfort threshold; protected work periods; weather-adjusted electricity.
Roles to appoint: Building owner, facilities operator, occupational-health team and qualified designer.

Read the evidence and limits in K06 ↗

Evidence route for Sri Sathya Sai

Official district directory / plan index ↗ — identity and administrative context.
APSDMA Heat Wave Action Plan 2026 (PDF) ↗ — Official plan located through indexed metadata; full PDF retrieval timed out. Read the current district plan and reconcile the 2025 reorganisation before design.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Sri Sathya Sai ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Sri Sathya Sai ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

Srikakulamnorthern coast, river mouths and farming plainsCoastal storms, erosion and fishing accessRiver floods and access disruptionRainfall-sensitive crops and farm incomeOpen district brief +

Planning screen — local verification pending

Start with this local question

Which river-mouth communities need cyclone-access and farm-contingency design?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

Coastal storms, erosion and fishing access

Practical problem to check: Check exposed shore settlements, boat access, shelter routes and seasonal shoreline change.
Response to assess: Assess sediment and coastal hazards before selecting setbacks, dunes, habitat recovery or engineered protection; protect fishing access and neighbouring shores.
Local baseline: Seasonal beach profiles, shoreline history, exposure and evacuation travel time.
What success would measure: Exposure avoided; livelihood access retained; shoreline response monitored.
Roles to appoint: Coastal authority, district administration, fisheries teams and fishing communities.

Read the evidence and limits in K08 ↗

River floods and access disruption

Practical problem to check: Check floodplain settlements, drainage bottlenecks and routes that may become unusable during heavy rain.
Response to assess: Combine official flood maps with local flood marks; protect flow paths and assess retention, warning reach and accessible evacuation routes.
Local baseline: Observed inundation depth/duration, rainfall, drainage connections and affected essential services.
What success would measure: Comparable-event access and service interruption; warning-to-action time.
Roles to appoint: District disaster authority, local body, irrigation engineers and affected communities.

Read the evidence and limits in K04 ↗

Rainfall-sensitive crops and farm income

Practical problem to check: Check crop-stage dry spells, excess-rain damage and income sensitivity for locally grown crops.
Response to assess: Co-design a small comparable farmer trial with KVK support: crop timing, locally suited varieties, soil cover and water budgeting.
Local baseline: Crop-wise multi-season yield, rainfall, labour, input costs and farm water use.
What success would measure: Yield stability and net return including household labour, compared across seasons.
Roles to appoint: Farmer group or FPO, KVK agronomist and independent evaluator.

Read the evidence and limits in K11 ↗

Evidence route for Srikakulam

Official district directory / plan index ↗ — identity and administrative context.
APSDMA Heat Wave Action Plan 2026 (PDF) ↗ — Official plan located through indexed metadata; full PDF retrieval timed out. Read the current district plan and reconcile the 2025 reorganisation before design.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Srikakulam ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Srikakulam ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

Tirupaticoastal plain, pilgrimage urban areas and hill marginsRiver floods and access disruptionCoastal storms, erosion and fishing accessHeat in homes, workplaces and institutionsOpen district brief +

Planning screen — local verification pending

Start with this local question

Which current urban and coastal areas need separate rain and heat baselines?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

River floods and access disruption

Practical problem to check: Check floodplain settlements, drainage bottlenecks and routes that may become unusable during heavy rain.
Response to assess: Combine official flood maps with local flood marks; protect flow paths and assess retention, warning reach and accessible evacuation routes.
Local baseline: Observed inundation depth/duration, rainfall, drainage connections and affected essential services.
What success would measure: Comparable-event access and service interruption; warning-to-action time.
Roles to appoint: District disaster authority, local body, irrigation engineers and affected communities.

Read the evidence and limits in K04 ↗

Coastal storms, erosion and fishing access

Practical problem to check: Check exposed shore settlements, boat access, shelter routes and seasonal shoreline change.
Response to assess: Assess sediment and coastal hazards before selecting setbacks, dunes, habitat recovery or engineered protection; protect fishing access and neighbouring shores.
Local baseline: Seasonal beach profiles, shoreline history, exposure and evacuation travel time.
What success would measure: Exposure avoided; livelihood access retained; shoreline response monitored.
Roles to appoint: Coastal authority, district administration, fisheries teams and fishing communities.

Read the evidence and limits in K08 ↗

Heat in homes, workplaces and institutions

Practical problem to check: Check occupied indoor heat and outdoor work exposure, including humidity and access to shade.
Response to assess: Audit a school, health centre or worksite; compare roof treatment, shading, ventilation and professionally designed heat-response arrangements.
Local baseline: Occupied-hour indoor/outdoor temperature, humidity, occupancy and energy use.
What success would measure: Hours above an agreed comfort threshold; protected work periods; weather-adjusted electricity.
Roles to appoint: Building owner, facilities operator, occupational-health team and qualified designer.

Read the evidence and limits in K06 ↗

Evidence route for Tirupati

Official district directory / plan index ↗ — identity and administrative context.
APSDMA Heat Wave Action Plan 2026 (PDF) ↗ — Official plan located through indexed metadata; full PDF retrieval timed out. Read the current district plan and reconcile the 2025 reorganisation before design.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Tirupati ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Tirupati ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

Visakhapatnamcoastal urban neighbourhoods and inhabited hillsCoastal storms, erosion and fishing accessUrban waterlogging and polluted water bodiesSlope instability and intense hill rainfallOpen district brief +

Planning screen — local verification pending

Start with this local question

Which urban drainage and hill-cut locations need engineering review together?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

Coastal storms, erosion and fishing access

Practical problem to check: Check exposed shore settlements, boat access, shelter routes and seasonal shoreline change.
Response to assess: Assess sediment and coastal hazards before selecting setbacks, dunes, habitat recovery or engineered protection; protect fishing access and neighbouring shores.
Local baseline: Seasonal beach profiles, shoreline history, exposure and evacuation travel time.
What success would measure: Exposure avoided; livelihood access retained; shoreline response monitored.
Roles to appoint: Coastal authority, district administration, fisheries teams and fishing communities.

Read the evidence and limits in K08 ↗

Urban waterlogging and polluted water bodies

Practical problem to check: Check storm-drain connectivity, sewage inflows and low-lying homes or public buildings.
Response to assess: Trace catchments and inlets, separate pollution control from flood management, and compare utility repairs with retention and wetland options.
Local baseline: Drain connections, inlet flows and pollution loads; inundation records and treatment uptime.
What success would measure: Compliant treated flows; comparable-storm waterlogging duration; maintenance completed.
Roles to appoint: Municipal body, sewer/drainage utility, asset custodian and community representatives.

Read the evidence and limits in K03 ↗

Slope instability and intense hill rainfall

Practical problem to check: Check steep inhabited slopes, road cuts and drainage against official landslide-susceptibility information.
Response to assess: Arrange geotechnical inspection, drainage review and last-mile warnings; prioritise exposure reduction and safe access before structural works.
Local baseline: Slope geology, failure history, rainfall, drainage and households in possible runout paths.
What success would measure: People with viable evacuation access; warning response; inspected drainage maintained.
Roles to appoint: District disaster authority, geotechnical specialists, road agency and local communities.

Read the evidence and limits in K05 ↗

Evidence route for Visakhapatnam

Official district directory / plan index ↗ — identity and administrative context.
APSDMA Heat Wave Action Plan 2026 (PDF) ↗ — Official plan located through indexed metadata; full PDF retrieval timed out. Read the current district plan and reconcile the 2025 reorganisation before design.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Visakhapatnam ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Visakhapatnam ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

Vizianagaramnorthern inland/coastal plain and hill-margin farmsRiver floods and access disruptionRainfall-sensitive crops and farm incomeHeat in homes, workplaces and institutionsOpen district brief +

Planning screen — local verification pending

Start with this local question

Which crop and settlement units need excess-rain and heat contingency checks?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

River floods and access disruption

Practical problem to check: Check floodplain settlements, drainage bottlenecks and routes that may become unusable during heavy rain.
Response to assess: Combine official flood maps with local flood marks; protect flow paths and assess retention, warning reach and accessible evacuation routes.
Local baseline: Observed inundation depth/duration, rainfall, drainage connections and affected essential services.
What success would measure: Comparable-event access and service interruption; warning-to-action time.
Roles to appoint: District disaster authority, local body, irrigation engineers and affected communities.

Read the evidence and limits in K04 ↗

Rainfall-sensitive crops and farm income

Practical problem to check: Check crop-stage dry spells, excess-rain damage and income sensitivity for locally grown crops.
Response to assess: Co-design a small comparable farmer trial with KVK support: crop timing, locally suited varieties, soil cover and water budgeting.
Local baseline: Crop-wise multi-season yield, rainfall, labour, input costs and farm water use.
What success would measure: Yield stability and net return including household labour, compared across seasons.
Roles to appoint: Farmer group or FPO, KVK agronomist and independent evaluator.

Read the evidence and limits in K11 ↗

Heat in homes, workplaces and institutions

Practical problem to check: Check occupied indoor heat and outdoor work exposure, including humidity and access to shade.
Response to assess: Audit a school, health centre or worksite; compare roof treatment, shading, ventilation and professionally designed heat-response arrangements.
Local baseline: Occupied-hour indoor/outdoor temperature, humidity, occupancy and energy use.
What success would measure: Hours above an agreed comfort threshold; protected work periods; weather-adjusted electricity.
Roles to appoint: Building owner, facilities operator, occupational-health team and qualified designer.

Read the evidence and limits in K06 ↗

Evidence route for Vizianagaram

Official district directory / plan index ↗ — identity and administrative context.
APSDMA Heat Wave Action Plan 2026 (PDF) ↗ — Official plan located through indexed metadata; full PDF retrieval timed out. Read the current district plan and reconcile the 2025 reorganisation before design.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Vizianagaram ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Vizianagaram ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

West Godavaridelta-linked lowlands and coastal agricultureRiver floods and access disruptionSalinity and dependable freshwaterCoastal storms, erosion and fishing accessOpen district brief +

Planning screen — local verification pending

Start with this local question

Which lowland drainage and freshwater systems need combined assessment?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

River floods and access disruption

Practical problem to check: Check floodplain settlements, drainage bottlenecks and routes that may become unusable during heavy rain.
Response to assess: Combine official flood maps with local flood marks; protect flow paths and assess retention, warning reach and accessible evacuation routes.
Local baseline: Observed inundation depth/duration, rainfall, drainage connections and affected essential services.
What success would measure: Comparable-event access and service interruption; warning-to-action time.
Roles to appoint: District disaster authority, local body, irrigation engineers and affected communities.

Read the evidence and limits in K04 ↗

Salinity and dependable freshwater

Practical problem to check: Check seasonal saltwater intrusion or saline sources before treating a freshwater shortage as a quantity-only problem.
Response to assess: Test conductivity and relevant water-quality parameters through wet and dry periods; assess source protection and demand management with water specialists.
Local baseline: Seasonal conductivity, water-quality tests, source availability and abstraction.
What success would measure: Water meeting the intended-use standard and reliable freshwater service days.
Roles to appoint: Water utility, accredited laboratory, hydrogeologist and local users.

Read the evidence and limits in K01 ↗

Coastal storms, erosion and fishing access

Practical problem to check: Check exposed shore settlements, boat access, shelter routes and seasonal shoreline change.
Response to assess: Assess sediment and coastal hazards before selecting setbacks, dunes, habitat recovery or engineered protection; protect fishing access and neighbouring shores.
Local baseline: Seasonal beach profiles, shoreline history, exposure and evacuation travel time.
What success would measure: Exposure avoided; livelihood access retained; shoreline response monitored.
Roles to appoint: Coastal authority, district administration, fisheries teams and fishing communities.

Read the evidence and limits in K08 ↗

Evidence route for West Godavari

Official district directory / plan index ↗ — identity and administrative context.
APSDMA Heat Wave Action Plan 2026 (PDF) ↗ — Official plan located through indexed metadata; full PDF retrieval timed out. Read the current district plan and reconcile the 2025 reorganisation before design.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for West Godavari ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in West Godavari ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

YSR KadapaPenna-basin settlements and dry inland farmsDry-season water reliabilityRiver floods and access disruptionHeat in homes, workplaces and institutionsOpen district brief +

Planning screen — local verification pending

Start with this local question

Which current-boundary water systems need both dry-season and river-access checks?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

Dry-season water reliability

Practical problem to check: Check whether drinking-water sources, wells and storage remain dependable through dry months.
Response to assess: Prepare a seasonal water budget, test source quality and compare leak repair, demand reduction and hydrogeologically suitable recharge.
Local baseline: Monthly supply days, well levels, abstraction and water-quality tests.
What success would measure: Reliable service days and seasonal extraction, with water quality maintained.
Roles to appoint: Local body, water utility, hydrogeologist and participating water users.

Read the evidence and limits in K02 ↗

River floods and access disruption

Practical problem to check: Check floodplain settlements, drainage bottlenecks and routes that may become unusable during heavy rain.
Response to assess: Combine official flood maps with local flood marks; protect flow paths and assess retention, warning reach and accessible evacuation routes.
Local baseline: Observed inundation depth/duration, rainfall, drainage connections and affected essential services.
What success would measure: Comparable-event access and service interruption; warning-to-action time.
Roles to appoint: District disaster authority, local body, irrigation engineers and affected communities.

Read the evidence and limits in K04 ↗

Heat in homes, workplaces and institutions

Practical problem to check: Check occupied indoor heat and outdoor work exposure, including humidity and access to shade.
Response to assess: Audit a school, health centre or worksite; compare roof treatment, shading, ventilation and professionally designed heat-response arrangements.
Local baseline: Occupied-hour indoor/outdoor temperature, humidity, occupancy and energy use.
What success would measure: Hours above an agreed comfort threshold; protected work periods; weather-adjusted electricity.
Roles to appoint: Building owner, facilities operator, occupational-health team and qualified designer.

Read the evidence and limits in K06 ↗

Evidence route for YSR Kadapa

Official district directory / plan index ↗ — identity and administrative context.
APSDMA Heat Wave Action Plan 2026 (PDF) ↗ — Official plan located through indexed metadata; full PDF retrieval timed out. Read the current district plan and reconcile the 2025 reorganisation before design.
Additional district evidence route ↗ — District authority/plan landing page screened; older plans require boundary reconciliation.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for YSR Kadapa ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in YSR Kadapa ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

Telangana

33 districts

Adilabadnorthern plateau farms and forest-edge settlementsHeat in homes, workplaces and institutionsRainfall-sensitive crops and farm incomeDry-season water reliabilityOpen district brief +

Planning screen — local verification pending

Start with this local question

Which farmer and worker groups can document heat and crop-stage water exposure?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

Heat in homes, workplaces and institutions

Practical problem to check: Check occupied indoor heat and outdoor work exposure, including humidity and access to shade.
Response to assess: Audit a school, health centre or worksite; compare roof treatment, shading, ventilation and professionally designed heat-response arrangements.
Local baseline: Occupied-hour indoor/outdoor temperature, humidity, occupancy and energy use.
What success would measure: Hours above an agreed comfort threshold; protected work periods; weather-adjusted electricity.
Roles to appoint: Building owner, facilities operator, occupational-health team and qualified designer.

Read the evidence and limits in K06 ↗

Rainfall-sensitive crops and farm income

Practical problem to check: Check crop-stage dry spells, excess-rain damage and income sensitivity for locally grown crops.
Response to assess: Co-design a small comparable farmer trial with KVK support: crop timing, locally suited varieties, soil cover and water budgeting.
Local baseline: Crop-wise multi-season yield, rainfall, labour, input costs and farm water use.
What success would measure: Yield stability and net return including household labour, compared across seasons.
Roles to appoint: Farmer group or FPO, KVK agronomist and independent evaluator.

Read the evidence and limits in K11 ↗

Dry-season water reliability

Practical problem to check: Check whether drinking-water sources, wells and storage remain dependable through dry months.
Response to assess: Prepare a seasonal water budget, test source quality and compare leak repair, demand reduction and hydrogeologically suitable recharge.
Local baseline: Monthly supply days, well levels, abstraction and water-quality tests.
What success would measure: Reliable service days and seasonal extraction, with water quality maintained.
Roles to appoint: Local body, water utility, hydrogeologist and participating water users.

Read the evidence and limits in K02 ↗

Evidence route for Adilabad

Official district directory / plan index ↗ — identity and administrative context.
District administration ↗ — request current DDMP, relevant departmental records and permissions.
Official Telangana climate-action framework ↗ — State framework and district directory screened. Mandal-level heat, flood and agricultural observations still need extraction and local verification.

Boundary check: Historical studies may cover different boundaries; reconcile mandals/taluks and dates before use.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Adilabad ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Adilabad ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

Bhadradri KothagudemGodavari-side settlements and forested uplandsRiver floods and access disruptionHeat in homes, workplaces and institutionsHabitat condition and catchment protectionOpen district brief +

Planning screen — local verification pending

Start with this local question

Which river-side essential services need access planning and heat protection?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

River floods and access disruption

Practical problem to check: Check floodplain settlements, drainage bottlenecks and routes that may become unusable during heavy rain.
Response to assess: Combine official flood maps with local flood marks; protect flow paths and assess retention, warning reach and accessible evacuation routes.
Local baseline: Observed inundation depth/duration, rainfall, drainage connections and affected essential services.
What success would measure: Comparable-event access and service interruption; warning-to-action time.
Roles to appoint: District disaster authority, local body, irrigation engineers and affected communities.

Read the evidence and limits in K04 ↗

Heat in homes, workplaces and institutions

Practical problem to check: Check occupied indoor heat and outdoor work exposure, including humidity and access to shade.
Response to assess: Audit a school, health centre or worksite; compare roof treatment, shading, ventilation and professionally designed heat-response arrangements.
Local baseline: Occupied-hour indoor/outdoor temperature, humidity, occupancy and energy use.
What success would measure: Hours above an agreed comfort threshold; protected work periods; weather-adjusted electricity.
Roles to appoint: Building owner, facilities operator, occupational-health team and qualified designer.

Read the evidence and limits in K06 ↗

Habitat condition and catchment protection

Practical problem to check: Check native habitat, invasive spread and erosion in catchments supporting people and wildlife.
Response to assess: Map the original habitat and rights first; trial appropriate native recovery and invasive control with repeat maintenance, rather than assume every open site needs trees.
Local baseline: Native cover, invasive cover, soil condition, regeneration and community resource use.
What success would measure: Native recovery and habitat function; invasive rebound; livelihood access retained.
Roles to appoint: Habitat custodian, restoration ecologist and rights-holding communities.

Read the evidence and limits in K15 ↗

Evidence route for Bhadradri Kothagudem

Official district directory / plan index ↗ — identity and administrative context.
District administration ↗ — request current DDMP, relevant departmental records and permissions.
Official Telangana climate-action framework ↗ — State framework and district directory screened. Mandal-level heat, flood and agricultural observations still need extraction and local verification.

Boundary check: Historical studies may cover different boundaries; reconcile mandals/taluks and dates before use.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Bhadradri Kothagudem ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Bhadradri Kothagudem ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

Hanumakondaurban institutions and surrounding farm/tank catchmentsUrban waterlogging and polluted water bodiesHeat in homes, workplaces and institutionsDry-season water reliabilityOpen district brief +

Planning screen — local verification pending

Start with this local question

Which institutions and low-lying routes have a measurable combined heat/flood burden?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

Urban waterlogging and polluted water bodies

Practical problem to check: Check storm-drain connectivity, sewage inflows and low-lying homes or public buildings.
Response to assess: Trace catchments and inlets, separate pollution control from flood management, and compare utility repairs with retention and wetland options.
Local baseline: Drain connections, inlet flows and pollution loads; inundation records and treatment uptime.
What success would measure: Compliant treated flows; comparable-storm waterlogging duration; maintenance completed.
Roles to appoint: Municipal body, sewer/drainage utility, asset custodian and community representatives.

Read the evidence and limits in K03 ↗

Heat in homes, workplaces and institutions

Practical problem to check: Check occupied indoor heat and outdoor work exposure, including humidity and access to shade.
Response to assess: Audit a school, health centre or worksite; compare roof treatment, shading, ventilation and professionally designed heat-response arrangements.
Local baseline: Occupied-hour indoor/outdoor temperature, humidity, occupancy and energy use.
What success would measure: Hours above an agreed comfort threshold; protected work periods; weather-adjusted electricity.
Roles to appoint: Building owner, facilities operator, occupational-health team and qualified designer.

Read the evidence and limits in K06 ↗

Dry-season water reliability

Practical problem to check: Check whether drinking-water sources, wells and storage remain dependable through dry months.
Response to assess: Prepare a seasonal water budget, test source quality and compare leak repair, demand reduction and hydrogeologically suitable recharge.
Local baseline: Monthly supply days, well levels, abstraction and water-quality tests.
What success would measure: Reliable service days and seasonal extraction, with water quality maintained.
Roles to appoint: Local body, water utility, hydrogeologist and participating water users.

Read the evidence and limits in K02 ↗

Evidence route for Hanumakonda

Official district directory / plan index ↗ — identity and administrative context.
District administration ↗ — request current DDMP, relevant departmental records and permissions.
Official Telangana climate-action framework ↗ — State framework and district directory screened. Mandal-level heat, flood and agricultural observations still need extraction and local verification.

Boundary check: Historical studies may cover different boundaries; reconcile mandals/taluks and dates before use.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Hanumakonda ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Hanumakonda ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

Hyderabaddense urban catchments and occupied buildingsUrban waterlogging and polluted water bodiesHeat in homes, workplaces and institutionsEnergy demand and efficient local servicesOpen district brief +

Planning screen — local verification pending

Start with this local question

Which neighbourhood can pair drainage evidence with an institutional cooling pilot?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

Urban waterlogging and polluted water bodies

Practical problem to check: Check storm-drain connectivity, sewage inflows and low-lying homes or public buildings.
Response to assess: Trace catchments and inlets, separate pollution control from flood management, and compare utility repairs with retention and wetland options.
Local baseline: Drain connections, inlet flows and pollution loads; inundation records and treatment uptime.
What success would measure: Compliant treated flows; comparable-storm waterlogging duration; maintenance completed.
Roles to appoint: Municipal body, sewer/drainage utility, asset custodian and community representatives.

Read the evidence and limits in K03 ↗

Heat in homes, workplaces and institutions

Practical problem to check: Check occupied indoor heat and outdoor work exposure, including humidity and access to shade.
Response to assess: Audit a school, health centre or worksite; compare roof treatment, shading, ventilation and professionally designed heat-response arrangements.
Local baseline: Occupied-hour indoor/outdoor temperature, humidity, occupancy and energy use.
What success would measure: Hours above an agreed comfort threshold; protected work periods; weather-adjusted electricity.
Roles to appoint: Building owner, facilities operator, occupational-health team and qualified designer.

Read the evidence and limits in K06 ↗

Energy demand and efficient local services

Practical problem to check: Check cooling, pumping and productive electricity demand before specifying new equipment.
Response to assess: Meter loads, reduce avoidable demand and compare efficient equipment or suitable rooftop solar with structural and lifecycle checks.
Local baseline: Metered energy, operating hours, equipment condition and roof safety where relevant.
What success would measure: Weather/production-adjusted electricity and lifecycle costs using disclosed assumptions.
Roles to appoint: Asset owner, energy professional and accepted maintenance contractor.

Read the evidence and limits in K19 ↗

Evidence route for Hyderabad

Official district directory / plan index ↗ — identity and administrative context.
District administration ↗ — request current DDMP, relevant departmental records and permissions.
Official Telangana climate-action framework ↗ — State framework and district directory screened. Mandal-level heat, flood and agricultural observations still need extraction and local verification.

Boundary check: Historical studies may cover different boundaries; reconcile mandals/taluks and dates before use.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Hyderabad ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Hyderabad ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

JagtialGodavari-linked agricultural and town catchmentsRainfall-sensitive crops and farm incomeRiver floods and access disruptionHeat in homes, workplaces and institutionsOpen district brief +

Planning screen — local verification pending

Start with this local question

Which agricultural drainage and heat-exposure questions need local records?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

Rainfall-sensitive crops and farm income

Practical problem to check: Check crop-stage dry spells, excess-rain damage and income sensitivity for locally grown crops.
Response to assess: Co-design a small comparable farmer trial with KVK support: crop timing, locally suited varieties, soil cover and water budgeting.
Local baseline: Crop-wise multi-season yield, rainfall, labour, input costs and farm water use.
What success would measure: Yield stability and net return including household labour, compared across seasons.
Roles to appoint: Farmer group or FPO, KVK agronomist and independent evaluator.

Read the evidence and limits in K11 ↗

River floods and access disruption

Practical problem to check: Check floodplain settlements, drainage bottlenecks and routes that may become unusable during heavy rain.
Response to assess: Combine official flood maps with local flood marks; protect flow paths and assess retention, warning reach and accessible evacuation routes.
Local baseline: Observed inundation depth/duration, rainfall, drainage connections and affected essential services.
What success would measure: Comparable-event access and service interruption; warning-to-action time.
Roles to appoint: District disaster authority, local body, irrigation engineers and affected communities.

Read the evidence and limits in K04 ↗

Heat in homes, workplaces and institutions

Practical problem to check: Check occupied indoor heat and outdoor work exposure, including humidity and access to shade.
Response to assess: Audit a school, health centre or worksite; compare roof treatment, shading, ventilation and professionally designed heat-response arrangements.
Local baseline: Occupied-hour indoor/outdoor temperature, humidity, occupancy and energy use.
What success would measure: Hours above an agreed comfort threshold; protected work periods; weather-adjusted electricity.
Roles to appoint: Building owner, facilities operator, occupational-health team and qualified designer.

Read the evidence and limits in K06 ↗

Evidence route for Jagtial

Official district directory / plan index ↗ — identity and administrative context.
District administration ↗ — request current DDMP, relevant departmental records and permissions.
Official Telangana climate-action framework ↗ — State framework and district directory screened. Mandal-level heat, flood and agricultural observations still need extraction and local verification.

Boundary check: Historical studies may cover different boundaries; reconcile mandals/taluks and dates before use.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Jagtial ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Jagtial ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

Jangaoninterior villages and tank-fed farm areasDry-season water reliabilityRainfall-sensitive crops and farm incomeHeat in homes, workplaces and institutionsOpen district brief +

Planning screen — local verification pending

Start with this local question

Which rainfed and tank-fed groups need separate seasonal water assessments?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

Dry-season water reliability

Practical problem to check: Check whether drinking-water sources, wells and storage remain dependable through dry months.
Response to assess: Prepare a seasonal water budget, test source quality and compare leak repair, demand reduction and hydrogeologically suitable recharge.
Local baseline: Monthly supply days, well levels, abstraction and water-quality tests.
What success would measure: Reliable service days and seasonal extraction, with water quality maintained.
Roles to appoint: Local body, water utility, hydrogeologist and participating water users.

Read the evidence and limits in K02 ↗

Rainfall-sensitive crops and farm income

Practical problem to check: Check crop-stage dry spells, excess-rain damage and income sensitivity for locally grown crops.
Response to assess: Co-design a small comparable farmer trial with KVK support: crop timing, locally suited varieties, soil cover and water budgeting.
Local baseline: Crop-wise multi-season yield, rainfall, labour, input costs and farm water use.
What success would measure: Yield stability and net return including household labour, compared across seasons.
Roles to appoint: Farmer group or FPO, KVK agronomist and independent evaluator.

Read the evidence and limits in K11 ↗

Heat in homes, workplaces and institutions

Practical problem to check: Check occupied indoor heat and outdoor work exposure, including humidity and access to shade.
Response to assess: Audit a school, health centre or worksite; compare roof treatment, shading, ventilation and professionally designed heat-response arrangements.
Local baseline: Occupied-hour indoor/outdoor temperature, humidity, occupancy and energy use.
What success would measure: Hours above an agreed comfort threshold; protected work periods; weather-adjusted electricity.
Roles to appoint: Building owner, facilities operator, occupational-health team and qualified designer.

Read the evidence and limits in K06 ↗

Evidence route for Jangaon

Official district directory / plan index ↗ — identity and administrative context.
District administration ↗ — request current DDMP, relevant departmental records and permissions.
Official Telangana climate-action framework ↗ — State framework and district directory screened. Mandal-level heat, flood and agricultural observations still need extraction and local verification.

Boundary check: Historical studies may cover different boundaries; reconcile mandals/taluks and dates before use.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Jangaon ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Jangaon ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

Jayashankar BhupalpallyGodavari catchments and forest-edge settlementsRiver floods and access disruptionHeat in homes, workplaces and institutionsHabitat condition and catchment protectionOpen district brief +

Planning screen — local verification pending

Start with this local question

Which river-access and worker-heat issues require district coordination?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

River floods and access disruption

Practical problem to check: Check floodplain settlements, drainage bottlenecks and routes that may become unusable during heavy rain.
Response to assess: Combine official flood maps with local flood marks; protect flow paths and assess retention, warning reach and accessible evacuation routes.
Local baseline: Observed inundation depth/duration, rainfall, drainage connections and affected essential services.
What success would measure: Comparable-event access and service interruption; warning-to-action time.
Roles to appoint: District disaster authority, local body, irrigation engineers and affected communities.

Read the evidence and limits in K04 ↗

Heat in homes, workplaces and institutions

Practical problem to check: Check occupied indoor heat and outdoor work exposure, including humidity and access to shade.
Response to assess: Audit a school, health centre or worksite; compare roof treatment, shading, ventilation and professionally designed heat-response arrangements.
Local baseline: Occupied-hour indoor/outdoor temperature, humidity, occupancy and energy use.
What success would measure: Hours above an agreed comfort threshold; protected work periods; weather-adjusted electricity.
Roles to appoint: Building owner, facilities operator, occupational-health team and qualified designer.

Read the evidence and limits in K06 ↗

Habitat condition and catchment protection

Practical problem to check: Check native habitat, invasive spread and erosion in catchments supporting people and wildlife.
Response to assess: Map the original habitat and rights first; trial appropriate native recovery and invasive control with repeat maintenance, rather than assume every open site needs trees.
Local baseline: Native cover, invasive cover, soil condition, regeneration and community resource use.
What success would measure: Native recovery and habitat function; invasive rebound; livelihood access retained.
Roles to appoint: Habitat custodian, restoration ecologist and rights-holding communities.

Read the evidence and limits in K15 ↗

Evidence route for Jayashankar Bhupalpally

Official district directory / plan index ↗ — identity and administrative context.
District administration ↗ — request current DDMP, relevant departmental records and permissions.
Official Telangana climate-action framework ↗ — State framework and district directory screened. Mandal-level heat, flood and agricultural observations still need extraction and local verification.

Boundary check: Historical studies may cover different boundaries; reconcile mandals/taluks and dates before use.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Jayashankar Bhupalpally ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Jayashankar Bhupalpally ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

Jogulamba GadwalKrishna-side settlements and dry interior farmsDry-season water reliabilityHeat in homes, workplaces and institutionsRiver floods and access disruptionOpen district brief +

Planning screen — local verification pending

Start with this local question

Which dry-season water systems also need flood-access planning?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

Dry-season water reliability

Practical problem to check: Check whether drinking-water sources, wells and storage remain dependable through dry months.
Response to assess: Prepare a seasonal water budget, test source quality and compare leak repair, demand reduction and hydrogeologically suitable recharge.
Local baseline: Monthly supply days, well levels, abstraction and water-quality tests.
What success would measure: Reliable service days and seasonal extraction, with water quality maintained.
Roles to appoint: Local body, water utility, hydrogeologist and participating water users.

Read the evidence and limits in K02 ↗

Heat in homes, workplaces and institutions

Practical problem to check: Check occupied indoor heat and outdoor work exposure, including humidity and access to shade.
Response to assess: Audit a school, health centre or worksite; compare roof treatment, shading, ventilation and professionally designed heat-response arrangements.
Local baseline: Occupied-hour indoor/outdoor temperature, humidity, occupancy and energy use.
What success would measure: Hours above an agreed comfort threshold; protected work periods; weather-adjusted electricity.
Roles to appoint: Building owner, facilities operator, occupational-health team and qualified designer.

Read the evidence and limits in K06 ↗

River floods and access disruption

Practical problem to check: Check floodplain settlements, drainage bottlenecks and routes that may become unusable during heavy rain.
Response to assess: Combine official flood maps with local flood marks; protect flow paths and assess retention, warning reach and accessible evacuation routes.
Local baseline: Observed inundation depth/duration, rainfall, drainage connections and affected essential services.
What success would measure: Comparable-event access and service interruption; warning-to-action time.
Roles to appoint: District disaster authority, local body, irrigation engineers and affected communities.

Read the evidence and limits in K04 ↗

Evidence route for Jogulamba Gadwal

Official district directory / plan index ↗ — identity and administrative context.
District administration ↗ — request current DDMP, relevant departmental records and permissions.
Official Telangana climate-action framework ↗ — State framework and district directory screened. Mandal-level heat, flood and agricultural observations still need extraction and local verification.

Boundary check: Historical studies may cover different boundaries; reconcile mandals/taluks and dates before use.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Jogulamba Gadwal ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Jogulamba Gadwal ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

Kamareddyplateau farming villages and tank-linked townsDry-season water reliabilityRainfall-sensitive crops and farm incomeHeat in homes, workplaces and institutionsOpen district brief +

Planning screen — local verification pending

Start with this local question

Which farmer group can establish a water-and-net-income baseline?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

Dry-season water reliability

Practical problem to check: Check whether drinking-water sources, wells and storage remain dependable through dry months.
Response to assess: Prepare a seasonal water budget, test source quality and compare leak repair, demand reduction and hydrogeologically suitable recharge.
Local baseline: Monthly supply days, well levels, abstraction and water-quality tests.
What success would measure: Reliable service days and seasonal extraction, with water quality maintained.
Roles to appoint: Local body, water utility, hydrogeologist and participating water users.

Read the evidence and limits in K02 ↗

Rainfall-sensitive crops and farm income

Practical problem to check: Check crop-stage dry spells, excess-rain damage and income sensitivity for locally grown crops.
Response to assess: Co-design a small comparable farmer trial with KVK support: crop timing, locally suited varieties, soil cover and water budgeting.
Local baseline: Crop-wise multi-season yield, rainfall, labour, input costs and farm water use.
What success would measure: Yield stability and net return including household labour, compared across seasons.
Roles to appoint: Farmer group or FPO, KVK agronomist and independent evaluator.

Read the evidence and limits in K11 ↗

Heat in homes, workplaces and institutions

Practical problem to check: Check occupied indoor heat and outdoor work exposure, including humidity and access to shade.
Response to assess: Audit a school, health centre or worksite; compare roof treatment, shading, ventilation and professionally designed heat-response arrangements.
Local baseline: Occupied-hour indoor/outdoor temperature, humidity, occupancy and energy use.
What success would measure: Hours above an agreed comfort threshold; protected work periods; weather-adjusted electricity.
Roles to appoint: Building owner, facilities operator, occupational-health team and qualified designer.

Read the evidence and limits in K06 ↗

Evidence route for Kamareddy

Official district directory / plan index ↗ — identity and administrative context.
District administration ↗ — request current DDMP, relevant departmental records and permissions.
Official Telangana climate-action framework ↗ — State framework and district directory screened. Mandal-level heat, flood and agricultural observations still need extraction and local verification.

Boundary check: Historical studies may cover different boundaries; reconcile mandals/taluks and dates before use.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Kamareddy ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Kamareddy ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

Karimnagarurban institutions and agricultural water systemsHeat in homes, workplaces and institutionsUrban waterlogging and polluted water bodiesRainfall-sensitive crops and farm incomeOpen district brief +

Planning screen — local verification pending

Start with this local question

Which institution and catchment can support a small measurable resilience pilot?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

Heat in homes, workplaces and institutions

Practical problem to check: Check occupied indoor heat and outdoor work exposure, including humidity and access to shade.
Response to assess: Audit a school, health centre or worksite; compare roof treatment, shading, ventilation and professionally designed heat-response arrangements.
Local baseline: Occupied-hour indoor/outdoor temperature, humidity, occupancy and energy use.
What success would measure: Hours above an agreed comfort threshold; protected work periods; weather-adjusted electricity.
Roles to appoint: Building owner, facilities operator, occupational-health team and qualified designer.

Read the evidence and limits in K06 ↗

Urban waterlogging and polluted water bodies

Practical problem to check: Check storm-drain connectivity, sewage inflows and low-lying homes or public buildings.
Response to assess: Trace catchments and inlets, separate pollution control from flood management, and compare utility repairs with retention and wetland options.
Local baseline: Drain connections, inlet flows and pollution loads; inundation records and treatment uptime.
What success would measure: Compliant treated flows; comparable-storm waterlogging duration; maintenance completed.
Roles to appoint: Municipal body, sewer/drainage utility, asset custodian and community representatives.

Read the evidence and limits in K03 ↗

Rainfall-sensitive crops and farm income

Practical problem to check: Check crop-stage dry spells, excess-rain damage and income sensitivity for locally grown crops.
Response to assess: Co-design a small comparable farmer trial with KVK support: crop timing, locally suited varieties, soil cover and water budgeting.
Local baseline: Crop-wise multi-season yield, rainfall, labour, input costs and farm water use.
What success would measure: Yield stability and net return including household labour, compared across seasons.
Roles to appoint: Farmer group or FPO, KVK agronomist and independent evaluator.

Read the evidence and limits in K11 ↗

Evidence route for Karimnagar

Official district directory / plan index ↗ — identity and administrative context.
District administration ↗ — request current DDMP, relevant departmental records and permissions.
Official Telangana climate-action framework ↗ — State framework and district directory screened. Mandal-level heat, flood and agricultural observations still need extraction and local verification.

Boundary check: Historical studies may cover different boundaries; reconcile mandals/taluks and dates before use.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Karimnagar ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Karimnagar ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

KhammamMunneru catchments, towns and farming areasRiver floods and access disruptionHeat in homes, workplaces and institutionsRainfall-sensitive crops and farm incomeOpen district brief +

Planning screen — local verification pending

Start with this local question

Which flood-access and crop-loss records can guide a locally maintained intervention?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

River floods and access disruption

Practical problem to check: Check floodplain settlements, drainage bottlenecks and routes that may become unusable during heavy rain.
Response to assess: Combine official flood maps with local flood marks; protect flow paths and assess retention, warning reach and accessible evacuation routes.
Local baseline: Observed inundation depth/duration, rainfall, drainage connections and affected essential services.
What success would measure: Comparable-event access and service interruption; warning-to-action time.
Roles to appoint: District disaster authority, local body, irrigation engineers and affected communities.

Read the evidence and limits in K04 ↗

Heat in homes, workplaces and institutions

Practical problem to check: Check occupied indoor heat and outdoor work exposure, including humidity and access to shade.
Response to assess: Audit a school, health centre or worksite; compare roof treatment, shading, ventilation and professionally designed heat-response arrangements.
Local baseline: Occupied-hour indoor/outdoor temperature, humidity, occupancy and energy use.
What success would measure: Hours above an agreed comfort threshold; protected work periods; weather-adjusted electricity.
Roles to appoint: Building owner, facilities operator, occupational-health team and qualified designer.

Read the evidence and limits in K06 ↗

Rainfall-sensitive crops and farm income

Practical problem to check: Check crop-stage dry spells, excess-rain damage and income sensitivity for locally grown crops.
Response to assess: Co-design a small comparable farmer trial with KVK support: crop timing, locally suited varieties, soil cover and water budgeting.
Local baseline: Crop-wise multi-season yield, rainfall, labour, input costs and farm water use.
What success would measure: Yield stability and net return including household labour, compared across seasons.
Roles to appoint: Farmer group or FPO, KVK agronomist and independent evaluator.

Read the evidence and limits in K11 ↗

Evidence route for Khammam

Official district directory / plan index ↗ — identity and administrative context.
District administration ↗ — request current DDMP, relevant departmental records and permissions.
Official Telangana climate-action framework ↗ — State framework and district directory screened. Mandal-level heat, flood and agricultural observations still need extraction and local verification.

Boundary check: Historical studies may cover different boundaries; reconcile mandals/taluks and dates before use.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Khammam ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Khammam ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

Kumuram Bheem Asifabadnorthern forest-edge villages and rainfed farmsHeat in homes, workplaces and institutionsRainfall-sensitive crops and farm incomeHabitat condition and catchment protectionOpen district brief +

Planning screen — local verification pending

Start with this local question

Which rainfed communities need farm-water planning with habitat safeguards?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

Heat in homes, workplaces and institutions

Practical problem to check: Check occupied indoor heat and outdoor work exposure, including humidity and access to shade.
Response to assess: Audit a school, health centre or worksite; compare roof treatment, shading, ventilation and professionally designed heat-response arrangements.
Local baseline: Occupied-hour indoor/outdoor temperature, humidity, occupancy and energy use.
What success would measure: Hours above an agreed comfort threshold; protected work periods; weather-adjusted electricity.
Roles to appoint: Building owner, facilities operator, occupational-health team and qualified designer.

Read the evidence and limits in K06 ↗

Rainfall-sensitive crops and farm income

Practical problem to check: Check crop-stage dry spells, excess-rain damage and income sensitivity for locally grown crops.
Response to assess: Co-design a small comparable farmer trial with KVK support: crop timing, locally suited varieties, soil cover and water budgeting.
Local baseline: Crop-wise multi-season yield, rainfall, labour, input costs and farm water use.
What success would measure: Yield stability and net return including household labour, compared across seasons.
Roles to appoint: Farmer group or FPO, KVK agronomist and independent evaluator.

Read the evidence and limits in K11 ↗

Habitat condition and catchment protection

Practical problem to check: Check native habitat, invasive spread and erosion in catchments supporting people and wildlife.
Response to assess: Map the original habitat and rights first; trial appropriate native recovery and invasive control with repeat maintenance, rather than assume every open site needs trees.
Local baseline: Native cover, invasive cover, soil condition, regeneration and community resource use.
What success would measure: Native recovery and habitat function; invasive rebound; livelihood access retained.
Roles to appoint: Habitat custodian, restoration ecologist and rights-holding communities.

Read the evidence and limits in K15 ↗

Evidence route for Kumuram Bheem Asifabad

Official district directory / plan index ↗ — identity and administrative context.
District administration ↗ — request current DDMP, relevant departmental records and permissions.
Official Telangana climate-action framework ↗ — State framework and district directory screened. Mandal-level heat, flood and agricultural observations still need extraction and local verification.

Boundary check: Historical studies may cover different boundaries; reconcile mandals/taluks and dates before use.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Kumuram Bheem Asifabad ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Kumuram Bheem Asifabad ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

Mahabubabadinland hill-margin and agricultural settlementsRainfall-sensitive crops and farm incomeRiver floods and access disruptionHeat in homes, workplaces and institutionsOpen district brief +

Planning screen — local verification pending

Start with this local question

Which crop and village-drainage units need excess-rain and heat checks?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

Rainfall-sensitive crops and farm income

Practical problem to check: Check crop-stage dry spells, excess-rain damage and income sensitivity for locally grown crops.
Response to assess: Co-design a small comparable farmer trial with KVK support: crop timing, locally suited varieties, soil cover and water budgeting.
Local baseline: Crop-wise multi-season yield, rainfall, labour, input costs and farm water use.
What success would measure: Yield stability and net return including household labour, compared across seasons.
Roles to appoint: Farmer group or FPO, KVK agronomist and independent evaluator.

Read the evidence and limits in K11 ↗

River floods and access disruption

Practical problem to check: Check floodplain settlements, drainage bottlenecks and routes that may become unusable during heavy rain.
Response to assess: Combine official flood maps with local flood marks; protect flow paths and assess retention, warning reach and accessible evacuation routes.
Local baseline: Observed inundation depth/duration, rainfall, drainage connections and affected essential services.
What success would measure: Comparable-event access and service interruption; warning-to-action time.
Roles to appoint: District disaster authority, local body, irrigation engineers and affected communities.

Read the evidence and limits in K04 ↗

Heat in homes, workplaces and institutions

Practical problem to check: Check occupied indoor heat and outdoor work exposure, including humidity and access to shade.
Response to assess: Audit a school, health centre or worksite; compare roof treatment, shading, ventilation and professionally designed heat-response arrangements.
Local baseline: Occupied-hour indoor/outdoor temperature, humidity, occupancy and energy use.
What success would measure: Hours above an agreed comfort threshold; protected work periods; weather-adjusted electricity.
Roles to appoint: Building owner, facilities operator, occupational-health team and qualified designer.

Read the evidence and limits in K06 ↗

Evidence route for Mahabubabad

Official district directory / plan index ↗ — identity and administrative context.
District administration ↗ — request current DDMP, relevant departmental records and permissions.
Official Telangana climate-action framework ↗ — State framework and district directory screened. Mandal-level heat, flood and agricultural observations still need extraction and local verification.

Boundary check: Historical studies may cover different boundaries; reconcile mandals/taluks and dates before use.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Mahabubabad ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Mahabubabad ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

Mahabubnagardry plateau towns and farm-water systemsDry-season water reliabilityHeat in homes, workplaces and institutionsRainfall-sensitive crops and farm incomeOpen district brief +

Planning screen — local verification pending

Start with this local question

Which service areas and farms can agree dependable water-use limits?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

Dry-season water reliability

Practical problem to check: Check whether drinking-water sources, wells and storage remain dependable through dry months.
Response to assess: Prepare a seasonal water budget, test source quality and compare leak repair, demand reduction and hydrogeologically suitable recharge.
Local baseline: Monthly supply days, well levels, abstraction and water-quality tests.
What success would measure: Reliable service days and seasonal extraction, with water quality maintained.
Roles to appoint: Local body, water utility, hydrogeologist and participating water users.

Read the evidence and limits in K02 ↗

Heat in homes, workplaces and institutions

Practical problem to check: Check occupied indoor heat and outdoor work exposure, including humidity and access to shade.
Response to assess: Audit a school, health centre or worksite; compare roof treatment, shading, ventilation and professionally designed heat-response arrangements.
Local baseline: Occupied-hour indoor/outdoor temperature, humidity, occupancy and energy use.
What success would measure: Hours above an agreed comfort threshold; protected work periods; weather-adjusted electricity.
Roles to appoint: Building owner, facilities operator, occupational-health team and qualified designer.

Read the evidence and limits in K06 ↗

Rainfall-sensitive crops and farm income

Practical problem to check: Check crop-stage dry spells, excess-rain damage and income sensitivity for locally grown crops.
Response to assess: Co-design a small comparable farmer trial with KVK support: crop timing, locally suited varieties, soil cover and water budgeting.
Local baseline: Crop-wise multi-season yield, rainfall, labour, input costs and farm water use.
What success would measure: Yield stability and net return including household labour, compared across seasons.
Roles to appoint: Farmer group or FPO, KVK agronomist and independent evaluator.

Read the evidence and limits in K11 ↗

Evidence route for Mahabubnagar

Official district directory / plan index ↗ — identity and administrative context.
District administration ↗ — request current DDMP, relevant departmental records and permissions.
Official Telangana climate-action framework ↗ — State framework and district directory screened. Mandal-level heat, flood and agricultural observations still need extraction and local verification.

Boundary check: Historical studies may cover different boundaries; reconcile mandals/taluks and dates before use.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Mahabubnagar ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Mahabubnagar ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

MancherialGodavari-side towns and industrial work areasHeat in homes, workplaces and institutionsRiver floods and access disruptionEnergy demand and efficient local servicesOpen district brief +

Planning screen — local verification pending

Start with this local question

Which workers and river-adjacent services need paired heat/access assessment?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

Heat in homes, workplaces and institutions

Practical problem to check: Check occupied indoor heat and outdoor work exposure, including humidity and access to shade.
Response to assess: Audit a school, health centre or worksite; compare roof treatment, shading, ventilation and professionally designed heat-response arrangements.
Local baseline: Occupied-hour indoor/outdoor temperature, humidity, occupancy and energy use.
What success would measure: Hours above an agreed comfort threshold; protected work periods; weather-adjusted electricity.
Roles to appoint: Building owner, facilities operator, occupational-health team and qualified designer.

Read the evidence and limits in K06 ↗

River floods and access disruption

Practical problem to check: Check floodplain settlements, drainage bottlenecks and routes that may become unusable during heavy rain.
Response to assess: Combine official flood maps with local flood marks; protect flow paths and assess retention, warning reach and accessible evacuation routes.
Local baseline: Observed inundation depth/duration, rainfall, drainage connections and affected essential services.
What success would measure: Comparable-event access and service interruption; warning-to-action time.
Roles to appoint: District disaster authority, local body, irrigation engineers and affected communities.

Read the evidence and limits in K04 ↗

Energy demand and efficient local services

Practical problem to check: Check cooling, pumping and productive electricity demand before specifying new equipment.
Response to assess: Meter loads, reduce avoidable demand and compare efficient equipment or suitable rooftop solar with structural and lifecycle checks.
Local baseline: Metered energy, operating hours, equipment condition and roof safety where relevant.
What success would measure: Weather/production-adjusted electricity and lifecycle costs using disclosed assumptions.
Roles to appoint: Asset owner, energy professional and accepted maintenance contractor.

Read the evidence and limits in K19 ↗

Evidence route for Mancherial

Official district directory / plan index ↗ — identity and administrative context.
District administration ↗ — request current DDMP, relevant departmental records and permissions.
Official Telangana climate-action framework ↗ — State framework and district directory screened. Mandal-level heat, flood and agricultural observations still need extraction and local verification.

Boundary check: Historical studies may cover different boundaries; reconcile mandals/taluks and dates before use.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Mancherial ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Mancherial ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

Medaktank-linked farms and inland settlementsDry-season water reliabilityRainfall-sensitive crops and farm incomeHeat in homes, workplaces and institutionsOpen district brief +

Planning screen — local verification pending

Start with this local question

Which tank users can agree a seasonal demand and maintenance plan?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

Dry-season water reliability

Practical problem to check: Check whether drinking-water sources, wells and storage remain dependable through dry months.
Response to assess: Prepare a seasonal water budget, test source quality and compare leak repair, demand reduction and hydrogeologically suitable recharge.
Local baseline: Monthly supply days, well levels, abstraction and water-quality tests.
What success would measure: Reliable service days and seasonal extraction, with water quality maintained.
Roles to appoint: Local body, water utility, hydrogeologist and participating water users.

Read the evidence and limits in K02 ↗

Rainfall-sensitive crops and farm income

Practical problem to check: Check crop-stage dry spells, excess-rain damage and income sensitivity for locally grown crops.
Response to assess: Co-design a small comparable farmer trial with KVK support: crop timing, locally suited varieties, soil cover and water budgeting.
Local baseline: Crop-wise multi-season yield, rainfall, labour, input costs and farm water use.
What success would measure: Yield stability and net return including household labour, compared across seasons.
Roles to appoint: Farmer group or FPO, KVK agronomist and independent evaluator.

Read the evidence and limits in K11 ↗

Heat in homes, workplaces and institutions

Practical problem to check: Check occupied indoor heat and outdoor work exposure, including humidity and access to shade.
Response to assess: Audit a school, health centre or worksite; compare roof treatment, shading, ventilation and professionally designed heat-response arrangements.
Local baseline: Occupied-hour indoor/outdoor temperature, humidity, occupancy and energy use.
What success would measure: Hours above an agreed comfort threshold; protected work periods; weather-adjusted electricity.
Roles to appoint: Building owner, facilities operator, occupational-health team and qualified designer.

Read the evidence and limits in K06 ↗

Evidence route for Medak

Official district directory / plan index ↗ — identity and administrative context.
District administration ↗ — request current DDMP, relevant departmental records and permissions.
Official Telangana climate-action framework ↗ — State framework and district directory screened. Mandal-level heat, flood and agricultural observations still need extraction and local verification.

Boundary check: Historical studies may cover different boundaries; reconcile mandals/taluks and dates before use.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Medak ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Medak ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

Medchal-Malkajgiridense urban fringe and lake/drain catchmentsUrban waterlogging and polluted water bodiesHeat in homes, workplaces and institutionsDry-season water reliabilityOpen district brief +

Planning screen — local verification pending

Start with this local question

Which expanding neighbourhoods need drainage and reliable-water service checks?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

Urban waterlogging and polluted water bodies

Practical problem to check: Check storm-drain connectivity, sewage inflows and low-lying homes or public buildings.
Response to assess: Trace catchments and inlets, separate pollution control from flood management, and compare utility repairs with retention and wetland options.
Local baseline: Drain connections, inlet flows and pollution loads; inundation records and treatment uptime.
What success would measure: Compliant treated flows; comparable-storm waterlogging duration; maintenance completed.
Roles to appoint: Municipal body, sewer/drainage utility, asset custodian and community representatives.

Read the evidence and limits in K03 ↗

Heat in homes, workplaces and institutions

Practical problem to check: Check occupied indoor heat and outdoor work exposure, including humidity and access to shade.
Response to assess: Audit a school, health centre or worksite; compare roof treatment, shading, ventilation and professionally designed heat-response arrangements.
Local baseline: Occupied-hour indoor/outdoor temperature, humidity, occupancy and energy use.
What success would measure: Hours above an agreed comfort threshold; protected work periods; weather-adjusted electricity.
Roles to appoint: Building owner, facilities operator, occupational-health team and qualified designer.

Read the evidence and limits in K06 ↗

Dry-season water reliability

Practical problem to check: Check whether drinking-water sources, wells and storage remain dependable through dry months.
Response to assess: Prepare a seasonal water budget, test source quality and compare leak repair, demand reduction and hydrogeologically suitable recharge.
Local baseline: Monthly supply days, well levels, abstraction and water-quality tests.
What success would measure: Reliable service days and seasonal extraction, with water quality maintained.
Roles to appoint: Local body, water utility, hydrogeologist and participating water users.

Read the evidence and limits in K02 ↗

Evidence route for Medchal-Malkajgiri

Official district directory / plan index ↗ — identity and administrative context.
District administration ↗ — request current DDMP, relevant departmental records and permissions.
Official Telangana climate-action framework ↗ — State framework and district directory screened. Mandal-level heat, flood and agricultural observations still need extraction and local verification.

Boundary check: Historical studies may cover different boundaries; reconcile mandals/taluks and dates before use.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Medchal-Malkajgiri ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Medchal-Malkajgiri ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

MuluguGodavari forest catchments and dispersed settlementsRiver floods and access disruptionHabitat condition and catchment protectionHeat in homes, workplaces and institutionsOpen district brief +

Planning screen — local verification pending

Start with this local question

Which remote settlements need resilient access without damaging native catchments?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

River floods and access disruption

Practical problem to check: Check floodplain settlements, drainage bottlenecks and routes that may become unusable during heavy rain.
Response to assess: Combine official flood maps with local flood marks; protect flow paths and assess retention, warning reach and accessible evacuation routes.
Local baseline: Observed inundation depth/duration, rainfall, drainage connections and affected essential services.
What success would measure: Comparable-event access and service interruption; warning-to-action time.
Roles to appoint: District disaster authority, local body, irrigation engineers and affected communities.

Read the evidence and limits in K04 ↗

Habitat condition and catchment protection

Practical problem to check: Check native habitat, invasive spread and erosion in catchments supporting people and wildlife.
Response to assess: Map the original habitat and rights first; trial appropriate native recovery and invasive control with repeat maintenance, rather than assume every open site needs trees.
Local baseline: Native cover, invasive cover, soil condition, regeneration and community resource use.
What success would measure: Native recovery and habitat function; invasive rebound; livelihood access retained.
Roles to appoint: Habitat custodian, restoration ecologist and rights-holding communities.

Read the evidence and limits in K15 ↗

Heat in homes, workplaces and institutions

Practical problem to check: Check occupied indoor heat and outdoor work exposure, including humidity and access to shade.
Response to assess: Audit a school, health centre or worksite; compare roof treatment, shading, ventilation and professionally designed heat-response arrangements.
Local baseline: Occupied-hour indoor/outdoor temperature, humidity, occupancy and energy use.
What success would measure: Hours above an agreed comfort threshold; protected work periods; weather-adjusted electricity.
Roles to appoint: Building owner, facilities operator, occupational-health team and qualified designer.

Read the evidence and limits in K06 ↗

Evidence route for Mulugu

Official district directory / plan index ↗ — identity and administrative context.
District administration ↗ — request current DDMP, relevant departmental records and permissions.
Official Telangana climate-action framework ↗ — State framework and district directory screened. Mandal-level heat, flood and agricultural observations still need extraction and local verification.

Boundary check: Historical studies may cover different boundaries; reconcile mandals/taluks and dates before use.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Mulugu ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Mulugu ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

Nagarkurnooldry interior farms and Nallamala-edge settlementsDry-season water reliabilityRainfall-sensitive crops and farm incomeHabitat condition and catchment protectionOpen district brief +

Planning screen — local verification pending

Start with this local question

Which farm-water measures preserve community rights and native habitat?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

Dry-season water reliability

Practical problem to check: Check whether drinking-water sources, wells and storage remain dependable through dry months.
Response to assess: Prepare a seasonal water budget, test source quality and compare leak repair, demand reduction and hydrogeologically suitable recharge.
Local baseline: Monthly supply days, well levels, abstraction and water-quality tests.
What success would measure: Reliable service days and seasonal extraction, with water quality maintained.
Roles to appoint: Local body, water utility, hydrogeologist and participating water users.

Read the evidence and limits in K02 ↗

Rainfall-sensitive crops and farm income

Practical problem to check: Check crop-stage dry spells, excess-rain damage and income sensitivity for locally grown crops.
Response to assess: Co-design a small comparable farmer trial with KVK support: crop timing, locally suited varieties, soil cover and water budgeting.
Local baseline: Crop-wise multi-season yield, rainfall, labour, input costs and farm water use.
What success would measure: Yield stability and net return including household labour, compared across seasons.
Roles to appoint: Farmer group or FPO, KVK agronomist and independent evaluator.

Read the evidence and limits in K11 ↗

Habitat condition and catchment protection

Practical problem to check: Check native habitat, invasive spread and erosion in catchments supporting people and wildlife.
Response to assess: Map the original habitat and rights first; trial appropriate native recovery and invasive control with repeat maintenance, rather than assume every open site needs trees.
Local baseline: Native cover, invasive cover, soil condition, regeneration and community resource use.
What success would measure: Native recovery and habitat function; invasive rebound; livelihood access retained.
Roles to appoint: Habitat custodian, restoration ecologist and rights-holding communities.

Read the evidence and limits in K15 ↗

Evidence route for Nagarkurnool

Official district directory / plan index ↗ — identity and administrative context.
District administration ↗ — request current DDMP, relevant departmental records and permissions.
Official Telangana climate-action framework ↗ — State framework and district directory screened. Mandal-level heat, flood and agricultural observations still need extraction and local verification.

Boundary check: Historical studies may cover different boundaries; reconcile mandals/taluks and dates before use.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Nagarkurnool ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Nagarkurnool ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

Nalgondadry plateau villages and irrigated farming areasDry-season water reliabilityHeat in homes, workplaces and institutionsRainfall-sensitive crops and farm incomeOpen district brief +

Planning screen — local verification pending

Start with this local question

Which quantity and water-quality concerns require separate local tests?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

Dry-season water reliability

Practical problem to check: Check whether drinking-water sources, wells and storage remain dependable through dry months.
Response to assess: Prepare a seasonal water budget, test source quality and compare leak repair, demand reduction and hydrogeologically suitable recharge.
Local baseline: Monthly supply days, well levels, abstraction and water-quality tests.
What success would measure: Reliable service days and seasonal extraction, with water quality maintained.
Roles to appoint: Local body, water utility, hydrogeologist and participating water users.

Read the evidence and limits in K02 ↗

Heat in homes, workplaces and institutions

Practical problem to check: Check occupied indoor heat and outdoor work exposure, including humidity and access to shade.
Response to assess: Audit a school, health centre or worksite; compare roof treatment, shading, ventilation and professionally designed heat-response arrangements.
Local baseline: Occupied-hour indoor/outdoor temperature, humidity, occupancy and energy use.
What success would measure: Hours above an agreed comfort threshold; protected work periods; weather-adjusted electricity.
Roles to appoint: Building owner, facilities operator, occupational-health team and qualified designer.

Read the evidence and limits in K06 ↗

Rainfall-sensitive crops and farm income

Practical problem to check: Check crop-stage dry spells, excess-rain damage and income sensitivity for locally grown crops.
Response to assess: Co-design a small comparable farmer trial with KVK support: crop timing, locally suited varieties, soil cover and water budgeting.
Local baseline: Crop-wise multi-season yield, rainfall, labour, input costs and farm water use.
What success would measure: Yield stability and net return including household labour, compared across seasons.
Roles to appoint: Farmer group or FPO, KVK agronomist and independent evaluator.

Read the evidence and limits in K11 ↗

Evidence route for Nalgonda

Official district directory / plan index ↗ — identity and administrative context.
District administration ↗ — request current DDMP, relevant departmental records and permissions.
Official Telangana climate-action framework ↗ — State framework and district directory screened. Mandal-level heat, flood and agricultural observations still need extraction and local verification.

Boundary check: Historical studies may cover different boundaries; reconcile mandals/taluks and dates before use.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Nalgonda ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Nalgonda ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

Narayanpetdry western plateau farming villagesDry-season water reliabilityRainfall-sensitive crops and farm incomeHeat in homes, workplaces and institutionsOpen district brief +

Planning screen — local verification pending

Start with this local question

Which farmer cluster can track soil-water practices and full-cost net returns?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

Dry-season water reliability

Practical problem to check: Check whether drinking-water sources, wells and storage remain dependable through dry months.
Response to assess: Prepare a seasonal water budget, test source quality and compare leak repair, demand reduction and hydrogeologically suitable recharge.
Local baseline: Monthly supply days, well levels, abstraction and water-quality tests.
What success would measure: Reliable service days and seasonal extraction, with water quality maintained.
Roles to appoint: Local body, water utility, hydrogeologist and participating water users.

Read the evidence and limits in K02 ↗

Rainfall-sensitive crops and farm income

Practical problem to check: Check crop-stage dry spells, excess-rain damage and income sensitivity for locally grown crops.
Response to assess: Co-design a small comparable farmer trial with KVK support: crop timing, locally suited varieties, soil cover and water budgeting.
Local baseline: Crop-wise multi-season yield, rainfall, labour, input costs and farm water use.
What success would measure: Yield stability and net return including household labour, compared across seasons.
Roles to appoint: Farmer group or FPO, KVK agronomist and independent evaluator.

Read the evidence and limits in K11 ↗

Heat in homes, workplaces and institutions

Practical problem to check: Check occupied indoor heat and outdoor work exposure, including humidity and access to shade.
Response to assess: Audit a school, health centre or worksite; compare roof treatment, shading, ventilation and professionally designed heat-response arrangements.
Local baseline: Occupied-hour indoor/outdoor temperature, humidity, occupancy and energy use.
What success would measure: Hours above an agreed comfort threshold; protected work periods; weather-adjusted electricity.
Roles to appoint: Building owner, facilities operator, occupational-health team and qualified designer.

Read the evidence and limits in K06 ↗

Evidence route for Narayanpet

Official district directory / plan index ↗ — identity and administrative context.
District administration ↗ — request current DDMP, relevant departmental records and permissions.
Official Telangana climate-action framework ↗ — State framework and district directory screened. Mandal-level heat, flood and agricultural observations still need extraction and local verification.

Boundary check: Historical studies may cover different boundaries; reconcile mandals/taluks and dates before use.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Narayanpet ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Narayanpet ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

Nirmalnorthern catchments and rainfed farmsHeat in homes, workplaces and institutionsRainfall-sensitive crops and farm incomeRiver floods and access disruptionOpen district brief +

Planning screen — local verification pending

Start with this local question

Which farms and settlements need both dry-spell and excess-rain contingencies?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

Heat in homes, workplaces and institutions

Practical problem to check: Check occupied indoor heat and outdoor work exposure, including humidity and access to shade.
Response to assess: Audit a school, health centre or worksite; compare roof treatment, shading, ventilation and professionally designed heat-response arrangements.
Local baseline: Occupied-hour indoor/outdoor temperature, humidity, occupancy and energy use.
What success would measure: Hours above an agreed comfort threshold; protected work periods; weather-adjusted electricity.
Roles to appoint: Building owner, facilities operator, occupational-health team and qualified designer.

Read the evidence and limits in K06 ↗

Rainfall-sensitive crops and farm income

Practical problem to check: Check crop-stage dry spells, excess-rain damage and income sensitivity for locally grown crops.
Response to assess: Co-design a small comparable farmer trial with KVK support: crop timing, locally suited varieties, soil cover and water budgeting.
Local baseline: Crop-wise multi-season yield, rainfall, labour, input costs and farm water use.
What success would measure: Yield stability and net return including household labour, compared across seasons.
Roles to appoint: Farmer group or FPO, KVK agronomist and independent evaluator.

Read the evidence and limits in K11 ↗

River floods and access disruption

Practical problem to check: Check floodplain settlements, drainage bottlenecks and routes that may become unusable during heavy rain.
Response to assess: Combine official flood maps with local flood marks; protect flow paths and assess retention, warning reach and accessible evacuation routes.
Local baseline: Observed inundation depth/duration, rainfall, drainage connections and affected essential services.
What success would measure: Comparable-event access and service interruption; warning-to-action time.
Roles to appoint: District disaster authority, local body, irrigation engineers and affected communities.

Read the evidence and limits in K04 ↗

Evidence route for Nirmal

Official district directory / plan index ↗ — identity and administrative context.
District administration ↗ — request current DDMP, relevant departmental records and permissions.
Official Telangana climate-action framework ↗ — State framework and district directory screened. Mandal-level heat, flood and agricultural observations still need extraction and local verification.

Boundary check: Historical studies may cover different boundaries; reconcile mandals/taluks and dates before use.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Nirmal ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Nirmal ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

Nizamabadagricultural plains, tanks and growing townsRainfall-sensitive crops and farm incomeHeat in homes, workplaces and institutionsRiver floods and access disruptionOpen district brief +

Planning screen — local verification pending

Start with this local question

Which crop-water and town-drainage records can support a practical pilot?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

Rainfall-sensitive crops and farm income

Practical problem to check: Check crop-stage dry spells, excess-rain damage and income sensitivity for locally grown crops.
Response to assess: Co-design a small comparable farmer trial with KVK support: crop timing, locally suited varieties, soil cover and water budgeting.
Local baseline: Crop-wise multi-season yield, rainfall, labour, input costs and farm water use.
What success would measure: Yield stability and net return including household labour, compared across seasons.
Roles to appoint: Farmer group or FPO, KVK agronomist and independent evaluator.

Read the evidence and limits in K11 ↗

Heat in homes, workplaces and institutions

Practical problem to check: Check occupied indoor heat and outdoor work exposure, including humidity and access to shade.
Response to assess: Audit a school, health centre or worksite; compare roof treatment, shading, ventilation and professionally designed heat-response arrangements.
Local baseline: Occupied-hour indoor/outdoor temperature, humidity, occupancy and energy use.
What success would measure: Hours above an agreed comfort threshold; protected work periods; weather-adjusted electricity.
Roles to appoint: Building owner, facilities operator, occupational-health team and qualified designer.

Read the evidence and limits in K06 ↗

River floods and access disruption

Practical problem to check: Check floodplain settlements, drainage bottlenecks and routes that may become unusable during heavy rain.
Response to assess: Combine official flood maps with local flood marks; protect flow paths and assess retention, warning reach and accessible evacuation routes.
Local baseline: Observed inundation depth/duration, rainfall, drainage connections and affected essential services.
What success would measure: Comparable-event access and service interruption; warning-to-action time.
Roles to appoint: District disaster authority, local body, irrigation engineers and affected communities.

Read the evidence and limits in K04 ↗

Evidence route for Nizamabad

Official district directory / plan index ↗ — identity and administrative context.
District administration ↗ — request current DDMP, relevant departmental records and permissions.
Official Telangana climate-action framework ↗ — State framework and district directory screened. Mandal-level heat, flood and agricultural observations still need extraction and local verification.

Boundary check: Historical studies may cover different boundaries; reconcile mandals/taluks and dates before use.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Nizamabad ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Nizamabad ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

PeddapalliGodavari-side and industrial settlementsHeat in homes, workplaces and institutionsRiver floods and access disruptionEnergy demand and efficient local servicesOpen district brief +

Planning screen — local verification pending

Start with this local question

Which institutions and workplaces need heat protection and efficient energy use?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

Heat in homes, workplaces and institutions

Practical problem to check: Check occupied indoor heat and outdoor work exposure, including humidity and access to shade.
Response to assess: Audit a school, health centre or worksite; compare roof treatment, shading, ventilation and professionally designed heat-response arrangements.
Local baseline: Occupied-hour indoor/outdoor temperature, humidity, occupancy and energy use.
What success would measure: Hours above an agreed comfort threshold; protected work periods; weather-adjusted electricity.
Roles to appoint: Building owner, facilities operator, occupational-health team and qualified designer.

Read the evidence and limits in K06 ↗

River floods and access disruption

Practical problem to check: Check floodplain settlements, drainage bottlenecks and routes that may become unusable during heavy rain.
Response to assess: Combine official flood maps with local flood marks; protect flow paths and assess retention, warning reach and accessible evacuation routes.
Local baseline: Observed inundation depth/duration, rainfall, drainage connections and affected essential services.
What success would measure: Comparable-event access and service interruption; warning-to-action time.
Roles to appoint: District disaster authority, local body, irrigation engineers and affected communities.

Read the evidence and limits in K04 ↗

Energy demand and efficient local services

Practical problem to check: Check cooling, pumping and productive electricity demand before specifying new equipment.
Response to assess: Meter loads, reduce avoidable demand and compare efficient equipment or suitable rooftop solar with structural and lifecycle checks.
Local baseline: Metered energy, operating hours, equipment condition and roof safety where relevant.
What success would measure: Weather/production-adjusted electricity and lifecycle costs using disclosed assumptions.
Roles to appoint: Asset owner, energy professional and accepted maintenance contractor.

Read the evidence and limits in K19 ↗

Evidence route for Peddapalli

Official district directory / plan index ↗ — identity and administrative context.
District administration ↗ — request current DDMP, relevant departmental records and permissions.
Official Telangana climate-action framework ↗ — State framework and district directory screened. Mandal-level heat, flood and agricultural observations still need extraction and local verification.

Boundary check: Historical studies may cover different boundaries; reconcile mandals/taluks and dates before use.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Peddapalli ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Peddapalli ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

Rajanna Sircillatown institutions and agricultural catchmentsHeat in homes, workplaces and institutionsDry-season water reliabilityUrban waterlogging and polluted water bodiesOpen district brief +

Planning screen — local verification pending

Start with this local question

Which water-demand and drainage bottlenecks affect occupied public buildings?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

Heat in homes, workplaces and institutions

Practical problem to check: Check occupied indoor heat and outdoor work exposure, including humidity and access to shade.
Response to assess: Audit a school, health centre or worksite; compare roof treatment, shading, ventilation and professionally designed heat-response arrangements.
Local baseline: Occupied-hour indoor/outdoor temperature, humidity, occupancy and energy use.
What success would measure: Hours above an agreed comfort threshold; protected work periods; weather-adjusted electricity.
Roles to appoint: Building owner, facilities operator, occupational-health team and qualified designer.

Read the evidence and limits in K06 ↗

Dry-season water reliability

Practical problem to check: Check whether drinking-water sources, wells and storage remain dependable through dry months.
Response to assess: Prepare a seasonal water budget, test source quality and compare leak repair, demand reduction and hydrogeologically suitable recharge.
Local baseline: Monthly supply days, well levels, abstraction and water-quality tests.
What success would measure: Reliable service days and seasonal extraction, with water quality maintained.
Roles to appoint: Local body, water utility, hydrogeologist and participating water users.

Read the evidence and limits in K02 ↗

Urban waterlogging and polluted water bodies

Practical problem to check: Check storm-drain connectivity, sewage inflows and low-lying homes or public buildings.
Response to assess: Trace catchments and inlets, separate pollution control from flood management, and compare utility repairs with retention and wetland options.
Local baseline: Drain connections, inlet flows and pollution loads; inundation records and treatment uptime.
What success would measure: Compliant treated flows; comparable-storm waterlogging duration; maintenance completed.
Roles to appoint: Municipal body, sewer/drainage utility, asset custodian and community representatives.

Read the evidence and limits in K03 ↗

Evidence route for Rajanna Sircilla

Official district directory / plan index ↗ — identity and administrative context.
District administration ↗ — request current DDMP, relevant departmental records and permissions.
Official Telangana climate-action framework ↗ — State framework and district directory screened. Mandal-level heat, flood and agricultural observations still need extraction and local verification.

Boundary check: Historical studies may cover different boundaries; reconcile mandals/taluks and dates before use.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Rajanna Sircilla ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Rajanna Sircilla ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

Rangareddyrapidly growing urban fringe and inland farmsUrban waterlogging and polluted water bodiesDry-season water reliabilityHeat in homes, workplaces and institutionsOpen district brief +

Planning screen — local verification pending

Start with this local question

Which shared catchments need town-demand and farm-water reconciliation?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

Urban waterlogging and polluted water bodies

Practical problem to check: Check storm-drain connectivity, sewage inflows and low-lying homes or public buildings.
Response to assess: Trace catchments and inlets, separate pollution control from flood management, and compare utility repairs with retention and wetland options.
Local baseline: Drain connections, inlet flows and pollution loads; inundation records and treatment uptime.
What success would measure: Compliant treated flows; comparable-storm waterlogging duration; maintenance completed.
Roles to appoint: Municipal body, sewer/drainage utility, asset custodian and community representatives.

Read the evidence and limits in K03 ↗

Dry-season water reliability

Practical problem to check: Check whether drinking-water sources, wells and storage remain dependable through dry months.
Response to assess: Prepare a seasonal water budget, test source quality and compare leak repair, demand reduction and hydrogeologically suitable recharge.
Local baseline: Monthly supply days, well levels, abstraction and water-quality tests.
What success would measure: Reliable service days and seasonal extraction, with water quality maintained.
Roles to appoint: Local body, water utility, hydrogeologist and participating water users.

Read the evidence and limits in K02 ↗

Heat in homes, workplaces and institutions

Practical problem to check: Check occupied indoor heat and outdoor work exposure, including humidity and access to shade.
Response to assess: Audit a school, health centre or worksite; compare roof treatment, shading, ventilation and professionally designed heat-response arrangements.
Local baseline: Occupied-hour indoor/outdoor temperature, humidity, occupancy and energy use.
What success would measure: Hours above an agreed comfort threshold; protected work periods; weather-adjusted electricity.
Roles to appoint: Building owner, facilities operator, occupational-health team and qualified designer.

Read the evidence and limits in K06 ↗

Evidence route for Rangareddy

Official district directory / plan index ↗ — identity and administrative context.
District administration ↗ — request current DDMP, relevant departmental records and permissions.
Official Telangana climate-action framework ↗ — State framework and district directory screened. Mandal-level heat, flood and agricultural observations still need extraction and local verification.

Boundary check: Historical studies may cover different boundaries; reconcile mandals/taluks and dates before use.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Rangareddy ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Rangareddy ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

Sangareddyurban-industrial areas and inland agricultural catchmentsDry-season water reliabilityHeat in homes, workplaces and institutionsEnergy demand and efficient local servicesOpen district brief +

Planning screen — local verification pending

Start with this local question

Which institutions or enterprises can document reliable water and energy use?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

Dry-season water reliability

Practical problem to check: Check whether drinking-water sources, wells and storage remain dependable through dry months.
Response to assess: Prepare a seasonal water budget, test source quality and compare leak repair, demand reduction and hydrogeologically suitable recharge.
Local baseline: Monthly supply days, well levels, abstraction and water-quality tests.
What success would measure: Reliable service days and seasonal extraction, with water quality maintained.
Roles to appoint: Local body, water utility, hydrogeologist and participating water users.

Read the evidence and limits in K02 ↗

Heat in homes, workplaces and institutions

Practical problem to check: Check occupied indoor heat and outdoor work exposure, including humidity and access to shade.
Response to assess: Audit a school, health centre or worksite; compare roof treatment, shading, ventilation and professionally designed heat-response arrangements.
Local baseline: Occupied-hour indoor/outdoor temperature, humidity, occupancy and energy use.
What success would measure: Hours above an agreed comfort threshold; protected work periods; weather-adjusted electricity.
Roles to appoint: Building owner, facilities operator, occupational-health team and qualified designer.

Read the evidence and limits in K06 ↗

Energy demand and efficient local services

Practical problem to check: Check cooling, pumping and productive electricity demand before specifying new equipment.
Response to assess: Meter loads, reduce avoidable demand and compare efficient equipment or suitable rooftop solar with structural and lifecycle checks.
Local baseline: Metered energy, operating hours, equipment condition and roof safety where relevant.
What success would measure: Weather/production-adjusted electricity and lifecycle costs using disclosed assumptions.
Roles to appoint: Asset owner, energy professional and accepted maintenance contractor.

Read the evidence and limits in K19 ↗

Evidence route for Sangareddy

Official district directory / plan index ↗ — identity and administrative context.
District administration ↗ — request current DDMP, relevant departmental records and permissions.
Official Telangana climate-action framework ↗ — State framework and district directory screened. Mandal-level heat, flood and agricultural observations still need extraction and local verification.

Boundary check: Historical studies may cover different boundaries; reconcile mandals/taluks and dates before use.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Sangareddy ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Sangareddy ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

Siddipettank-linked farming and town settlementsDry-season water reliabilityRainfall-sensitive crops and farm incomeHeat in homes, workplaces and institutionsOpen district brief +

Planning screen — local verification pending

Start with this local question

Which water users can agree maintenance and measurable seasonal outcomes?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

Dry-season water reliability

Practical problem to check: Check whether drinking-water sources, wells and storage remain dependable through dry months.
Response to assess: Prepare a seasonal water budget, test source quality and compare leak repair, demand reduction and hydrogeologically suitable recharge.
Local baseline: Monthly supply days, well levels, abstraction and water-quality tests.
What success would measure: Reliable service days and seasonal extraction, with water quality maintained.
Roles to appoint: Local body, water utility, hydrogeologist and participating water users.

Read the evidence and limits in K02 ↗

Rainfall-sensitive crops and farm income

Practical problem to check: Check crop-stage dry spells, excess-rain damage and income sensitivity for locally grown crops.
Response to assess: Co-design a small comparable farmer trial with KVK support: crop timing, locally suited varieties, soil cover and water budgeting.
Local baseline: Crop-wise multi-season yield, rainfall, labour, input costs and farm water use.
What success would measure: Yield stability and net return including household labour, compared across seasons.
Roles to appoint: Farmer group or FPO, KVK agronomist and independent evaluator.

Read the evidence and limits in K11 ↗

Heat in homes, workplaces and institutions

Practical problem to check: Check occupied indoor heat and outdoor work exposure, including humidity and access to shade.
Response to assess: Audit a school, health centre or worksite; compare roof treatment, shading, ventilation and professionally designed heat-response arrangements.
Local baseline: Occupied-hour indoor/outdoor temperature, humidity, occupancy and energy use.
What success would measure: Hours above an agreed comfort threshold; protected work periods; weather-adjusted electricity.
Roles to appoint: Building owner, facilities operator, occupational-health team and qualified designer.

Read the evidence and limits in K06 ↗

Evidence route for Siddipet

Official district directory / plan index ↗ — identity and administrative context.
District administration ↗ — request current DDMP, relevant departmental records and permissions.
Official Telangana climate-action framework ↗ — State framework and district directory screened. Mandal-level heat, flood and agricultural observations still need extraction and local verification.

Boundary check: Historical studies may cover different boundaries; reconcile mandals/taluks and dates before use.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Siddipet ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Siddipet ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

SuryapetKrishna-linked farms and hot inland settlementsHeat in homes, workplaces and institutionsRainfall-sensitive crops and farm incomeRiver floods and access disruptionOpen district brief +

Planning screen — local verification pending

Start with this local question

Which crop and settlement sites need distinct heat and inundation assessments?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

Heat in homes, workplaces and institutions

Practical problem to check: Check occupied indoor heat and outdoor work exposure, including humidity and access to shade.
Response to assess: Audit a school, health centre or worksite; compare roof treatment, shading, ventilation and professionally designed heat-response arrangements.
Local baseline: Occupied-hour indoor/outdoor temperature, humidity, occupancy and energy use.
What success would measure: Hours above an agreed comfort threshold; protected work periods; weather-adjusted electricity.
Roles to appoint: Building owner, facilities operator, occupational-health team and qualified designer.

Read the evidence and limits in K06 ↗

Rainfall-sensitive crops and farm income

Practical problem to check: Check crop-stage dry spells, excess-rain damage and income sensitivity for locally grown crops.
Response to assess: Co-design a small comparable farmer trial with KVK support: crop timing, locally suited varieties, soil cover and water budgeting.
Local baseline: Crop-wise multi-season yield, rainfall, labour, input costs and farm water use.
What success would measure: Yield stability and net return including household labour, compared across seasons.
Roles to appoint: Farmer group or FPO, KVK agronomist and independent evaluator.

Read the evidence and limits in K11 ↗

River floods and access disruption

Practical problem to check: Check floodplain settlements, drainage bottlenecks and routes that may become unusable during heavy rain.
Response to assess: Combine official flood maps with local flood marks; protect flow paths and assess retention, warning reach and accessible evacuation routes.
Local baseline: Observed inundation depth/duration, rainfall, drainage connections and affected essential services.
What success would measure: Comparable-event access and service interruption; warning-to-action time.
Roles to appoint: District disaster authority, local body, irrigation engineers and affected communities.

Read the evidence and limits in K04 ↗

Evidence route for Suryapet

Official district directory / plan index ↗ — identity and administrative context.
District administration ↗ — request current DDMP, relevant departmental records and permissions.
Official Telangana climate-action framework ↗ — State framework and district directory screened. Mandal-level heat, flood and agricultural observations still need extraction and local verification.

Boundary check: Historical studies may cover different boundaries; reconcile mandals/taluks and dates before use.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Suryapet ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Suryapet ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

Vikarabadupland catchments, forests and farming settlementsDry-season water reliabilityRainfall-sensitive crops and farm incomeHabitat condition and catchment protectionOpen district brief +

Planning screen — local verification pending

Start with this local question

Which restoration and farm-water measures fit native habitat and community use?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

Dry-season water reliability

Practical problem to check: Check whether drinking-water sources, wells and storage remain dependable through dry months.
Response to assess: Prepare a seasonal water budget, test source quality and compare leak repair, demand reduction and hydrogeologically suitable recharge.
Local baseline: Monthly supply days, well levels, abstraction and water-quality tests.
What success would measure: Reliable service days and seasonal extraction, with water quality maintained.
Roles to appoint: Local body, water utility, hydrogeologist and participating water users.

Read the evidence and limits in K02 ↗

Rainfall-sensitive crops and farm income

Practical problem to check: Check crop-stage dry spells, excess-rain damage and income sensitivity for locally grown crops.
Response to assess: Co-design a small comparable farmer trial with KVK support: crop timing, locally suited varieties, soil cover and water budgeting.
Local baseline: Crop-wise multi-season yield, rainfall, labour, input costs and farm water use.
What success would measure: Yield stability and net return including household labour, compared across seasons.
Roles to appoint: Farmer group or FPO, KVK agronomist and independent evaluator.

Read the evidence and limits in K11 ↗

Habitat condition and catchment protection

Practical problem to check: Check native habitat, invasive spread and erosion in catchments supporting people and wildlife.
Response to assess: Map the original habitat and rights first; trial appropriate native recovery and invasive control with repeat maintenance, rather than assume every open site needs trees.
Local baseline: Native cover, invasive cover, soil condition, regeneration and community resource use.
What success would measure: Native recovery and habitat function; invasive rebound; livelihood access retained.
Roles to appoint: Habitat custodian, restoration ecologist and rights-holding communities.

Read the evidence and limits in K15 ↗

Evidence route for Vikarabad

Official district directory / plan index ↗ — identity and administrative context.
District administration ↗ — request current DDMP, relevant departmental records and permissions.
Official Telangana climate-action framework ↗ — State framework and district directory screened. Mandal-level heat, flood and agricultural observations still need extraction and local verification.

Boundary check: Historical studies may cover different boundaries; reconcile mandals/taluks and dates before use.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Vikarabad ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Vikarabad ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

Wanaparthydry interior farms and irrigation-linked settlementsDry-season water reliabilityRainfall-sensitive crops and farm incomeHeat in homes, workplaces and institutionsOpen district brief +

Planning screen — local verification pending

Start with this local question

Which farmer groups need water-budget comparisons across irrigated and dryland plots?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

Dry-season water reliability

Practical problem to check: Check whether drinking-water sources, wells and storage remain dependable through dry months.
Response to assess: Prepare a seasonal water budget, test source quality and compare leak repair, demand reduction and hydrogeologically suitable recharge.
Local baseline: Monthly supply days, well levels, abstraction and water-quality tests.
What success would measure: Reliable service days and seasonal extraction, with water quality maintained.
Roles to appoint: Local body, water utility, hydrogeologist and participating water users.

Read the evidence and limits in K02 ↗

Rainfall-sensitive crops and farm income

Practical problem to check: Check crop-stage dry spells, excess-rain damage and income sensitivity for locally grown crops.
Response to assess: Co-design a small comparable farmer trial with KVK support: crop timing, locally suited varieties, soil cover and water budgeting.
Local baseline: Crop-wise multi-season yield, rainfall, labour, input costs and farm water use.
What success would measure: Yield stability and net return including household labour, compared across seasons.
Roles to appoint: Farmer group or FPO, KVK agronomist and independent evaluator.

Read the evidence and limits in K11 ↗

Heat in homes, workplaces and institutions

Practical problem to check: Check occupied indoor heat and outdoor work exposure, including humidity and access to shade.
Response to assess: Audit a school, health centre or worksite; compare roof treatment, shading, ventilation and professionally designed heat-response arrangements.
Local baseline: Occupied-hour indoor/outdoor temperature, humidity, occupancy and energy use.
What success would measure: Hours above an agreed comfort threshold; protected work periods; weather-adjusted electricity.
Roles to appoint: Building owner, facilities operator, occupational-health team and qualified designer.

Read the evidence and limits in K06 ↗

Evidence route for Wanaparthy

Official district directory / plan index ↗ — identity and administrative context.
District administration ↗ — request current DDMP, relevant departmental records and permissions.
Official Telangana climate-action framework ↗ — State framework and district directory screened. Mandal-level heat, flood and agricultural observations still need extraction and local verification.

Boundary check: Historical studies may cover different boundaries; reconcile mandals/taluks and dates before use.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Wanaparthy ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Wanaparthy ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

Warangalurban/farm catchments and low-lying settlementsUrban waterlogging and polluted water bodiesRiver floods and access disruptionHeat in homes, workplaces and institutionsOpen district brief +

Planning screen — local verification pending

Start with this local question

Which drainage links protect essential services during intense local rainfall?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

Urban waterlogging and polluted water bodies

Practical problem to check: Check storm-drain connectivity, sewage inflows and low-lying homes or public buildings.
Response to assess: Trace catchments and inlets, separate pollution control from flood management, and compare utility repairs with retention and wetland options.
Local baseline: Drain connections, inlet flows and pollution loads; inundation records and treatment uptime.
What success would measure: Compliant treated flows; comparable-storm waterlogging duration; maintenance completed.
Roles to appoint: Municipal body, sewer/drainage utility, asset custodian and community representatives.

Read the evidence and limits in K03 ↗

River floods and access disruption

Practical problem to check: Check floodplain settlements, drainage bottlenecks and routes that may become unusable during heavy rain.
Response to assess: Combine official flood maps with local flood marks; protect flow paths and assess retention, warning reach and accessible evacuation routes.
Local baseline: Observed inundation depth/duration, rainfall, drainage connections and affected essential services.
What success would measure: Comparable-event access and service interruption; warning-to-action time.
Roles to appoint: District disaster authority, local body, irrigation engineers and affected communities.

Read the evidence and limits in K04 ↗

Heat in homes, workplaces and institutions

Practical problem to check: Check occupied indoor heat and outdoor work exposure, including humidity and access to shade.
Response to assess: Audit a school, health centre or worksite; compare roof treatment, shading, ventilation and professionally designed heat-response arrangements.
Local baseline: Occupied-hour indoor/outdoor temperature, humidity, occupancy and energy use.
What success would measure: Hours above an agreed comfort threshold; protected work periods; weather-adjusted electricity.
Roles to appoint: Building owner, facilities operator, occupational-health team and qualified designer.

Read the evidence and limits in K06 ↗

Evidence route for Warangal

Official district directory / plan index ↗ — identity and administrative context.
District administration ↗ — request current DDMP, relevant departmental records and permissions.
Official Telangana climate-action framework ↗ — State framework and district directory screened. Mandal-level heat, flood and agricultural observations still need extraction and local verification.

Boundary check: Historical studies may cover different boundaries; reconcile mandals/taluks and dates before use.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Warangal ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Warangal ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

Yadadri Bhuvanagiriplateau farming settlements and growing townsDry-season water reliabilityHeat in homes, workplaces and institutionsRainfall-sensitive crops and farm incomeOpen district brief +

Planning screen — local verification pending

Start with this local question

Which institutional and farm sites can provide comparable seasonal measurements?

Three unranked starting problems to investigate. Conditions vary within the district; this is a planning screen, not a current warning or verified district risk assessment.

Dry-season water reliability

Practical problem to check: Check whether drinking-water sources, wells and storage remain dependable through dry months.
Response to assess: Prepare a seasonal water budget, test source quality and compare leak repair, demand reduction and hydrogeologically suitable recharge.
Local baseline: Monthly supply days, well levels, abstraction and water-quality tests.
What success would measure: Reliable service days and seasonal extraction, with water quality maintained.
Roles to appoint: Local body, water utility, hydrogeologist and participating water users.

Read the evidence and limits in K02 ↗

Heat in homes, workplaces and institutions

Practical problem to check: Check occupied indoor heat and outdoor work exposure, including humidity and access to shade.
Response to assess: Audit a school, health centre or worksite; compare roof treatment, shading, ventilation and professionally designed heat-response arrangements.
Local baseline: Occupied-hour indoor/outdoor temperature, humidity, occupancy and energy use.
What success would measure: Hours above an agreed comfort threshold; protected work periods; weather-adjusted electricity.
Roles to appoint: Building owner, facilities operator, occupational-health team and qualified designer.

Read the evidence and limits in K06 ↗

Rainfall-sensitive crops and farm income

Practical problem to check: Check crop-stage dry spells, excess-rain damage and income sensitivity for locally grown crops.
Response to assess: Co-design a small comparable farmer trial with KVK support: crop timing, locally suited varieties, soil cover and water budgeting.
Local baseline: Crop-wise multi-season yield, rainfall, labour, input costs and farm water use.
What success would measure: Yield stability and net return including household labour, compared across seasons.
Roles to appoint: Farmer group or FPO, KVK agronomist and independent evaluator.

Read the evidence and limits in K11 ↗

Evidence route for Yadadri Bhuvanagiri

Official district directory / plan index ↗ — identity and administrative context.
District administration ↗ — request current DDMP, relevant departmental records and permissions.
Official Telangana climate-action framework ↗ — State framework and district directory screened. Mandal-level heat, flood and agricultural observations still need extraction and local verification.

Boundary check: Historical studies may cover different boundaries; reconcile mandals/taluks and dates before use.

Problems, impact parameters and estimates

Open the expanded problem checklist, impact measures and cost calculator for Yadadri Bhuvanagiri ↗

Make the next step concrete

Timing: first obtain site access and identify the relevant wet/dry, hot-weather or crop-season measurement window. Publish delivery dates only after design, approvals and resources are agreed.

Discuss a need in Yadadri Bhuvanagiri ↗ Share this district ↗

Reviewed 2026-10-15 · Suggested roles are not appointed partners · No funding request is implied.

WHAT IS VERIFIED. WHAT STILL NEEDS WORK.

Keep the geography and the evidence honest.

Current district coverage

Andhra Pradesh’s directory lists 28 districts, including Markapuram and Polavaram. The official Bengaluru South website records the rename from Ramanagara on 23 May 2025. Historical reports may cover older districts and taluks; never transfer their totals or rankings without a boundary crosswalk.

This district edition covers the five states requested. Puducherry and Lakshadweep coverage remains in the regional bank.

Evidence depth

District names checked against government directories. Contexts, questions, problem selections and proposed actions are POIGAI planning synthesis using regional briefs and district source routes, not 144 completed district risk assessments. No severity ranking or confirmed local unmet need is claimed. Consult the cited district plan/maps and obtain local measurements before project selection.

The state evidence links are starting routes, not proof that all district reports or map layers were read. Selected district-plan landing pages and research summaries are labelled within the relevant brief. A disaster plan may cover non-climate hazards; this directory selects climate-related questions without attributing every event to climate change.

Records are manually reviewed, not live alerts. Follow dated official warnings and local authorities for urgent decisions.

From profile to a real project

Record the exact location, measured baseline, confirmed unmet need, implementation partner, maintenance owner, costed design and measurable outcome. Verify community consent, permissions, technical suitability, current schemes and downstream effects. Price assessment, implementation, operation, monitoring and replacement separately.

Send a public district study, plan, map, correction or locally measured baseline to [email protected]. Include its date, geography, method and limitations. It will require editorial review before publication.

PUBLIC AND REUSABLE

Use the directory in the field.

Download all district questions, problem–response options, evidence routes and verification needs. Printing uses your current district filters, so choose a district or state first.

District register (.csv) ↓Complete district bank (.md) ↓Structured directory (.json) ↓

Planning edition, not a verified local-risk dataset. Original evidence remains with its publisher.

Your district.A practical place to begin.

Find your district.

Tamil Nadu

Start with this local question

Dry-season water reliability

Rainfall-sensitive crops and farm income

Heat in homes, workplaces and institutions

Evidence route for Ariyalur

Problems, impact parameters and estimates

Make the next step concrete

Start with this local question

Urban waterlogging and polluted water bodies

Coastal storms, erosion and fishing access

Heat in homes, workplaces and institutions

Evidence route for Chengalpattu

Problems, impact parameters and estimates

Make the next step concrete

Start with this local question

Urban waterlogging and polluted water bodies

Heat in homes, workplaces and institutions

Coastal storms, erosion and fishing access

Evidence route for Chennai

Problems, impact parameters and estimates

Make the next step concrete

Start with this local question

Dry-season water reliability

Heat in homes, workplaces and institutions

Energy demand and efficient local services

Evidence route for Coimbatore

Problems, impact parameters and estimates

Make the next step concrete

Start with this local question

Coastal storms, erosion and fishing access

River floods and access disruption

Salinity and dependable freshwater

Evidence route for Cuddalore

Problems, impact parameters and estimates

Make the next step concrete

Start with this local question

Dry-season water reliability

Rainfall-sensitive crops and farm income

Heat in homes, workplaces and institutions

Evidence route for Dharmapuri

Problems, impact parameters and estimates

Make the next step concrete

Start with this local question

Dry-season water reliability

Rainfall-sensitive crops and farm income

Slope instability and intense hill rainfall

Evidence route for Dindigul

Problems, impact parameters and estimates

Make the next step concrete

Start with this local question

Dry-season water reliability

Rainfall-sensitive crops and farm income

Energy demand and efficient local services

Evidence route for Erode

Problems, impact parameters and estimates

Make the next step concrete

Start with this local question

Rainfall-sensitive crops and farm income

Dry-season water reliability

Slope instability and intense hill rainfall

Evidence route for Kallakurichi

Problems, impact parameters and estimates

Make the next step concrete

Start with this local question

Urban waterlogging and polluted water bodies

Dry-season water reliability

Heat in homes, workplaces and institutions

Evidence route for Kancheepuram

Problems, impact parameters and estimates

Make the next step concrete

Start with this local question

Coastal storms, erosion and fishing access

Slope instability and intense hill rainfall

Habitat condition and catchment protection

Evidence route for Kanyakumari

Problems, impact parameters and estimates

Make the next step concrete

Your district.
A practical place to begin.