2025 · Paper II · 10 marks

Discuss the background of agriculture in Andhra Pradesh and critically examine how key agricultural inputs such as rainfall, temperature, irrigation and power are likely to be affected by climate change.

In short

Agriculture in Andhra Pradesh is largely rainfed and spread across arid to sub-humid zones, and climate change threatens it through erratic monsoon rain, heat stress on crops, groundwater depletion and unreliable farm power. Drought-prone Rayalaseema receives only about 520 mm of rainfall, against a state average of about 911 mm.

Model answer

Ghissu Editorial · Verified 4 Oct 2026

Introduction
Agriculture in Andhra Pradesh1 is vital but vulnerable due to erratic rainfall, rising temperatures, and limited irrigation and power infrastructure, all exacerbated by climate change. The state’s diverse agro-climatic zones, including arid and semi-arid regions, face frequent droughts, especially in Rayalaseema, making agriculture highly climate-sensitive.
Institutional Framework and Capacity
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Irrigation and Power Infrastructure

About 50% irrigation coverage exists; major projects like Polavaram aim to improve water availability, but fiscal constraints and inter-state disputes over Krishna and Godavari rivers limit expansion. Power deficits and subsidy burdens strain agricultural electricity supply, reducing pump reliability and affecting timely irrigation.

Implementation Challenges
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Rainfall and Temperature Effects

Southwest monsoon unpredictability reduces kharif crop reliability2, especially in drought-prone Rayalaseema (520 mm rainfall). Summer temperatures up to 45°C increase evapotranspiration and pest outbreaks, reducing yields and food grain production.

Way Forward
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Climate-Resilient Irrigation and Power

Invest in micro-irrigation and water-saving technologies, prioritising over-exploited mandals to improve water use efficiency. Integrate renewable energy into agricultural power supply and rationalise subsidies3 to ensure affordable, reliable electricity for irrigation pumps.

•

Promote Climate-Smart Agriculture

Scale up programmes like APCNF (natural farming) and Soil Health Cards, and promote agroforestry and integrated pest management. Strengthen institutional coordination and extension services to enhance climate resilience among small and marginal farmers.

Conclusion
Strengthening institutional capacity and adopting climate-smart technologies are essential for sustaining Andhra Pradesh agriculture amid climate change challenges. Integrated resource management and improved infrastructure will safeguard productivity and farmer livelihoods in the face of increasing climatic uncertainties.

This model answer is indicative and the model can make mistakes; please verify key facts independently.

Hand-drawn map: Climate-sensitive farm regions of Andhra Pradesh. Marked: Polavaram. Rivers: Godavari, Krishna.
Map: Climate-sensitive farm regions of Andhra Pradesh
Hand-drawn diagram: How climate stress compounds. How climate stress compounds. Flow: Erratic rain, rising heat → Lower yields, more pests → Higher irrigation demand → Groundwater and power stress → Greater farm vulnerability
Diagram: How climate stress compounds

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This chapter in the exam

Economic Geography6 questions

Asked in 3 of 8 sittings since 2008

2008
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2011
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2012
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2016
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2017
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2020
2
2023
2
2025
2

Most tested: Andhra Pradesh’s economic infrastructure and sectoral development, especially ports, agriculture, and manufacturing.

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Question from the official APPSC Group-I Mains 2025 paper. Answer written by Ghissu's engine and checked against our editorial standards. Found an error? Tell us and we correct it within 48 hours.

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