360° UPSC Mains Analysis

India

Dominated by a tropical monsoon climate with high spatial and temporal rainfall variability. The region is highly susceptible to climate change-induced extreme weather events, including El Niño-linked droughts, unseasonal pre-monsoon hailstorms, and localized flooding.

The region is bounded by the Himalayas to the north, which act as a climatic barrier and source of major perennial rivers, and is surrounded by the Arabian Sea and the Bay of Bengal, which drive the critical Southwest Monsoon system.

The fertile alluvial soils of the Indo-Gangetic plains support intensive agriculture, but unsustainable irrigation expansion (accounting for 36% of the global share) has led to critical groundwater depletion, threatening long-term food security.

Under the Seventh Schedule of the Constitution, Agriculture (Entry 14) and Water (Entry 17) are State List subjects. However, the Union government plays a critical role in climate resilience through national schemes, disaster management (using concurrent/residuary powers), and environmental protection (Article 253). This division of power requires robust cooperative federalism to bridge the 'Bharat-India divide' and build an integrated, tech-driven agricultural ecosystem.

Erratic weather and lower crop yields often compel the government to impose export restrictions (e.g., bans on non-basmati white rice or export duties) to stabilize domestic prices. This impacts India's agricultural export earnings, alters the balance of trade, and disrupts global supply chains for key commodities.

Agriculture and allied activities contribute ~16% to India's GDP (FY24 PE) and employ 46.1% of the workforce (PLFS 2023-24). Extreme weather events and a below-average monsoon (92% of LPA) threaten agricultural GVA growth (which dipped to 1.4% in FY24 due to El Niño), potentially fueling food inflation (CPI) and widening the fiscal deficit due to increased outlays on disaster relief and subsidies.

The primary sector (agriculture) is directly impacted by crop damage (e.g., 65,000 hectares in March alone), leading to supply shocks. Secondary and tertiary sectors, particularly FMCG, tractor manufacturing, and fertilizer industries, face a slowdown due to depressed rural demand and reduced purchasing power.

With 46.1% of the workforce dependent on agriculture, unseasonal weather and fragmented landholdings exacerbate rural debt traps and lower real wages. This increases the demand for safety nets like MGNREGA and disrupts food supply chains, leading to higher consumer prices for urban and rural households alike.

The vulnerability of Indian agriculture to monsoon variability and land fragmentation has deep historical roots in colonial land revenue systems like the Permanent Settlement (1793), Ryotwari, and Mahalwari. These systems dismantled traditional community-managed irrigation networks, commercialized agriculture, and led to extreme peasant indebtedness and land fragmentation. Post-independence, despite land reforms, the average landholding size continued to shrink, reaching 1.08 hectares according to the Agriculture Census 2015-16, leaving the vast majority of marginal farmers highly vulnerable to climate shocks.

Post-independence agricultural policy initially prioritized food self-sufficiency, culminating in the Green Revolution of the mid-1960s, which introduced high-yielding varieties but led to unsustainable groundwater extraction. By the 21st century, policy shifted from mere production to ecological sustainability and climate resilience, marked by the launch of the National Action Plan on Climate Change (NAPCC) in 2008. Subsequent policies have increasingly integrated technology, micro-irrigation, and digital forecasting to transition from resource-intensive farming to climate-smart agriculture.

The severe droughts of 1965-66, which triggered a massive food crisis and forced India to rely on PL-480 food aid, serve as a historical parallel to today's climate-induced agricultural stress. Just as that crisis compelled the state to adopt the Green Revolution, the current era of extreme weather events is driving a systemic shift toward a 'Digital Green Revolution' powered by AI, precision farming, and smart irrigation.

The Indian freedom struggle was deeply intertwined with agrarian distress, as seen in the Champaran Satyagraha (1917) and Bardoli Satyagraha (1928), which fought against exploitative colonial land taxes and forced cultivation, highlighting the historic demand for farmer-centric policies and agricultural self-reliance.

Unsustainable agricultural water extraction, which accounts for 36% of global unsustainable irrigation expansion (2000–2015), directly depletes groundwater tables and degrades fragile wetland ecosystems. This degradation violates the constitutional spirit of Article 48A, which directs the State to protect and improve the environment, and threatens critical habitats like the Indo-Gangetic plains.

The underlying science leverages Artificial Intelligence (AI) and geospatial technology for micro-climatic forecasting and precision weather intelligence. It also utilizes satellite-based remote sensing (such as optical and Synthetic Aperture Radar imaging) for real-time flood monitoring, alongside Internet of Things (IoT) soil moisture sensors to optimize smart irrigation.

The article highlights how climate change-induced monsoon variability and El Niño events exacerbate agricultural vulnerability in India. Adopting AI-driven climate-resilient farming directly supports India's Nationally Determined Contributions (NDCs) under the Paris Agreement, specifically focusing on adaptation in highly vulnerable sectors like agriculture.

This technological transition directly aligns with SDG 2 (Zero Hunger) by securing food production against climate shocks, SDG 6 (Clean Water and Sanitation) by mitigating groundwater over-exploitation (currently affecting 17% of India's assessment units), and SDG 13 (Climate Action). It fosters a green economy by reducing energy consumption from excessive water pumping, fulfilling the fundamental duty under Article 51A(g) of the Constitution of India to protect the natural environment.

Extreme weather events directly erode rural livelihoods, pushing vulnerable families into chronic indebtedness, distress migration, and multidimensional poverty. The loss of crop yields compromises household food security and nutritional intake, particularly for children and pregnant women, while stripping farmers of their occupational dignity and mental well-being.

The right to livelihood is an integral part of the Right to Life under Article 21 of the Constitution of India, which is directly threatened by climate-induced crop failures. Furthermore, Article 39(b) and Article 39(c) (DPSPs) mandate the state to direct its policy towards securing that the ownership and control of material resources are distributed to subserve the common good, while Article 48 directs the state to organize agriculture on modern and scientific lines.

As a District Magistrate, I would face the dilemma of Equity vs. Efficiency in resource allocation—whether to subsidize expensive AI-driven smart irrigation for tech-savvy farmers to boost overall productivity, or prioritize basic relief and traditional support for the most marginalized, digitally illiterate farmers. Another conflict is Intergenerational Equity vs. Immediate Livelihood, balancing the urgent need to extract groundwater for immediate crop survival against the long-term ecological depletion of aquifers for future generations.

Fragmented landholdings disproportionately expose small and marginal farmers, particularly from SC/ST and EWS categories, to debt traps and climate shocks. The "feminization of agriculture" means women farmers, who often lack formal land titles, face severe barriers in accessing credit, technology, and crop insurance. Additionally, the digital divide prevents resource-poor rural households from accessing real-time AI-based weather advisories.