2024 · Paper II · 10 marks

Critically examine the impact of climate change on dry land agriculture in Telangana and suggest climate-resilient technologies to protect rain-fed cropping systems.

In short

Climate change hurts Telangana's rain-fed dry land farming through erratic monsoons, droughts, rising temperatures and soil degradation, deepening distress among small farmers. Resilient options include farm ponds and micro-irrigation under NMSA, drought-tolerant millets and pulses, intercropping, Soil Health Cards and integrated farming, supported by Mission Kakatiya tank restoration.

Model answer

Ghissu Editorial · Verified 4 Oct 2026

Introduction
Telangana’s dry land agriculture, heavily reliant on erratic monsoons, faces severe threats from climate change, impacting productivity and farmer welfare. The state’s semi-arid climate and dependence on rain-fed farming make it highly vulnerable to climatic fluctuations, necessitating urgent adaptation measures.
Effects of Climate Change
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Rising Temperatures and Soil Degradation

Heat stress increases evapotranspiration; soil erosion and nutrient loss degrade Telangana’s red and black soils, which are already low in organic matter, further reducing fertility and crop resilience.

Climate-Resilient Technologies
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Water Management under NMSA

In-situ moisture conservation, farm ponds, and drip irrigation optimize water use in drought-prone areas, enhancing crop survival during dry spells. These technologies are promoted under the National Mission for Sustainable Agriculture (NMSA).

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Soil Health Cards1 and Nutrient Management

These improve organic matter and moisture retention, vital for dry land soils, by promoting integrated nutrient management and addressing nutrient deficiencies.

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Integrated Farming Systems

Combining crops, horticulture, livestock, and agroforestry diversifies income; Telangana’s Mission Kakatiya restored minor irrigation tanks, indirectly strengthening these systems.

Way Forward
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Research and Dissemination

Strengthen CRIDA Hyderabad’s role in developing Telangana-specific climate-resilient technologies and ensure their effective dissemination to farmers.

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Digital Tools for Planning

Use GIS and remote sensing for drought early warning, precise land-use planning, and resource management to support climate-resilient agriculture.

Conclusion
Climate change challenges Telangana’s dry land agriculture through erratic rainfall, rising temperatures, and soil degradation, threatening farmer livelihoods. However, climate-resilient technologies and targeted schemes like NMSA and Mission Kakatiya offer a sustainable path to protect rain-fed systems and ensure resilient agricultural growth in the state.

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

Hand-drawn diagram: Climate stress and the resilient response. Climate stress and the resilient response. Comparison of Climate impact and Resilient technology
Diagram: Climate stress and the resilient response

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This chapter in the exam

Telangana: agriculture, irrigation, industry, transport, population, tribal areas2 questions

Asked in 1 of 2 sittings since 2016

2016
–
2024
2

Most tested: Telangana agriculture and irrigation policy, especially rain-fed/dryland farming and water-body based irrigation support.

Question from the official TGPSC Group-I Mains 2024 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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