APSC Answer Writing (Daily) based on Assam Tribune – 27/08/2026

Model answer

Recent IMD-based observations reported in The Assam Tribune indicate a significant shift in the rainfall–temperature pattern of East and Northeast India. In July 2026, the region recorded its sixth-lowest rainfall since 1901, alongside its fifth-highest average maximum temperature and fourth-highest average minimum temperature. More importantly, rainfall is increasingly characterised by prolonged deficient spells interspersed with short bursts of intense rainfall.

Implications for Assam

1. Increased flood and flash-flood risk:Intense rainfall concentrated within short periods can overwhelm river channels and drainage systems, increasing flash floods and urban flooding.

2. Agricultural vulnerability:Erratic rainfall affects sowing, crop growth and harvesting, while prolonged dry spells increase irrigation requirements and crop stress.

3. Landslides and erosion:Heavy rainfall over short periods can destabilise slopes and intensify soil erosion and riverbank erosion.

4. Water-security paradox:Assam may simultaneously experience water scarcity during prolonged dry spells and excess water during extreme rainfall, complicating water management.

5. Urban vulnerability:Rapid urbanisation, encroachment of natural drainage channels and inadequate storm-water infrastructure can amplify climate-related flooding, particularly in Guwahati.

6. Ecological impacts:Changes in hydrological patterns can affect Assam’s wetlands, forests, riverine ecosystems and biodiversity.

Challenges

• Limited climate-resilient infrastructure
• Weak integration of climate risk into land-use planning
• Dependence on rain-fed agriculture
• Floodplain encroachment
• Ecosystem degradation
• Localised nature of extreme rainfall, making forecasting and last-mile warning difficult

Way Ahead

First, disaster management should shift from a predominantly relief-oriented approach towards risk reduction and resilience.

Second, Assam needs climate-smart agriculture through resilient crop varieties, weather-based advisories, water harvesting, crop diversification and adjusted agricultural calendars.

Third, urban planning should incorporate updated rainfall-intensity data, improved drainage, wetland protection, floodplain zoning and nature-based solutions.

Fourth, initiatives such as Mission Mausam should be complemented by effective last-mile dissemination of early warnings to farmers and vulnerable communities. Assam should also strengthen the role of ASDMA in climate-risk planning and preparedness.

Finally, forests, wetlands and floodplains should be treated as natural infrastructure, while major infrastructure projects should undergo systematic climate-risk assessment.

The emerging pattern suggests that Assam’s climate challenge is increasingly one of variability and extremes rather than simply more or less rainfall. Therefore, development planning must integrate climate science, ecosystem protection, resilient infrastructure, disaster-risk reduction and community participation. A shift from “responding to disasters” to “designing development that withstands climate extremes” is essential for a resilient Assam.