APSC Answer Writing (Daily) based on Assam Tribune – 24/01/2026

Model answer

In this context, examine the significance of winter temperature anomalies reported in Assam and discuss their implications for ecology, agriculture, and governance.
(15 marks)

Model Answer

Introduction

The Assam Tribune (24 January 2026) reported unusually high winter temperatures across Assam, marking a clear departure from established seasonal norms. These winter temperature anomalies were highlighted as early climate change signals, indicating that climate disruption in Assam is no longer confined to floods or extreme rainfall but is increasingly evident through seasonal warming trends.

Body

A. Significance of Winter Temperature Anomalies

1. Early Warning Signal of Climate Change

• Persistent winter warming reflects long-term climatic shifts, not isolated weather events.
• It underscores that climate change impacts are year-round, affecting all seasons.

2. Agricultural Implications

• Warmer winters disrupt:
  • Rabi cropping cycles
  • Pest and disease patterns
  • Soil moisture balance
• Assam’s agriculture, heavily dependent on climatic predictability, faces rising uncertainty.

3. Ecological Consequences

• Wetlands, forests, and biodiversity depend on seasonal temperature stability.
• Altered winters can disturb:
  • Migratory bird patterns
  • Breeding cycles of flora and fauna
  • Aquatic ecosystems

4. Public Health Dimensions

• Temperature variability may influence:
  • Vector-borne diseases
  • Respiratory health trends
• Health systems may face new seasonal stress patterns.

B. Governance and Policy Implications

1. Planning Blind Spots

• Climate policies often prioritise floods and rainfall, overlooking winter warming.

2. Data and Monitoring Gaps

• Limited district-level temperature data hampers localised climate adaptation.

3. Compounded Climate Risks

• Winter warming interacts with:
  • Flood vulnerability
  • Heat stress
  • Ecosystem degradation

C. Way Forward

• Climate-Responsive Governance: Integrate temperature variability into State climate and agriculture planning.
• Strengthened Climate Monitoring: Improve localised data collection and early warning systems.
• Agricultural Adaptation: Promote climate-resilient crops and flexible sowing calendars.
• Ecosystem Protection: Safeguard wetlands and forests that buffer climate impacts.
• Public Awareness: Recognise climate change as a multi-seasonal challenge.

Conclusion

As highlighted in the Assam Tribune, winter temperature anomalies in Assam represent a silent but significant dimension of the climate crisis. Ignoring these signals risks underestimating the depth of climate vulnerability facing the State. Addressing winter warming through anticipatory governance, adaptive planning, and ecosystem-sensitive development is essential to protect Assam’s livelihoods, biodiversity, and long-term sustainability.