MAKING INDIA’S FOOD SYSTEM CLIMATE-PROOF CANNOT WAIT (TH)
Essay
GS Paper II – Welfare Schemes, Nutrition,
Governance
GS Paper III – Agriculture, Food Security,
Environment & Climate Change 
Introduction
According
to official data from the Ministry of Agriculture & Farmers Welfare
(MoAFW), India achieved a landmark record food grain output of 357.73
million Metric Tonnes (MMT) in 2024–25, alongside a horticulture production
of 362.08 million Tonnes (MT). Backed by institutional mechanisms under
the National Food Security Act (NFSA), 2013, and the Public Distribution
System (PDS), India’s agricultural sector which supports nearly 55% of the
population and accounts for 18.2% of national GVA has anchored basic
domestic food availability.
However,
Economic Survey assessments and reports from the Indian Council of
Agricultural Research (ICAR) under its flagship National Innovations in
Climate Resilient Agriculture (NICRA) initiative present a troubling
counter-reality. ICAR vulnerability mappings highlight those 310
districts in India are categorized as highly vulnerable to climate
risks. Projections indicate climate-induced yield drops of 4% to 8% by 2050
(potentially escalating to 25% under severe warming scenarios),
while NITI Aayog studies reveal that a 1°C rise in temperature
increases the agricultural dependency of poor rural households by 53%.
As
climate shocks threaten agricultural productivity, India’s strategic imperative
must urgently pivot from traditional calorie security toward an
integrated, climate-resilient, and nutrition-sensitive food system.
Vulnerabilities Of the Current
Agrarian Model and Supply Infrastructure
The structural framework of
India’s food security system was designed for an era of predictable weather
patterns. Today, it presents critical vulnerabilities across the entire value
chain,
A.
Over-reliance on the Rice-Wheat Procurement Monoculture: The current system relies heavily on rice and wheat procurement
concentrated in specific regions like the Indo-Gangetic plains. Supported by Minimum
Support Prices (MSP), subsidized inputs, and flood irrigation, this model has
accelerated groundwater depletion and soil degradation while leaving crops
exposed to extreme heat waves (e.g., terminal heat stress during wheat's
grain-filling stage) and erratic monsoons.
B.
Fragility of Post-Harvest Infrastructure: Climate adaptation cannot be confined to the farm level. Extreme
weather events frequently breach logistics and storage capacities:
Ø
Conventional
grain storage facilities lack flood resilience and thermal insulation against
heatwaves.
Ø
Inadequate
cold-chain networks lead to massive post-harvest losses in perishables (fruits,
vegetables, dairy, and fisheries).
C.
Information and Technology Gaps: Smallholder and rainfed farmers who constitute the vast majority of
India’s cultivators face significant barriers to accessing real-time,
location-specific weather advisories, precision tools, and heat-tolerant seed
varieties developed under ICAR's NICRA initiative.
Institutional Reform: Expanding
Public Procurement and Legal Frameworks
Transforming
food security requires structural changes in government policy, public
procurement, and legal welfare programs,
A.
Diversifying Procurement Beyond Rice and Wheat: MSP regimes and procurement operations must actively incentivize
climate-hardy, drought-tolerant crops such as millets (Shree Anna: Sorghum,
Pearl Millet, Finger Millet), pulses, and oilseeds. Shifting away from
water-intensive monocultures preserves local ecosystems while safeguarding
against single-crop failures.
B.
Re-engineering the Public Distribution System (PDS):
Ø Under NFSA,
Priority Households receive 5 kg of food grains per person per month,
and Antyodaya Anna Yojana (AAY) families receive 35 kg per household
per month. Transitioning this basket to include regionally appropriate millets
and pulses ensures a move from "calorie security" to "nutritional
security."
Ø Leveraging the One Nation One Ration Card
(ONORC) platform ensures seamless entitlement portability for climate-induced
rural-to-urban migrant workers.
C.
Integrating Climate Diagnostics into Policy Frameworks: NFSA monitoring should officially incorporate climate-risk metrics such
as water stress, temperature volatility, storage vulnerability, and
localized supply-chain disruption indexes.
Building Strategic "Climate Buffers" And Interventions
To buffer the agricultural ecosystem against multi-dimensional climate shocks,
India must implement a broad-based, multi-sectoral strategy,
A.
Creation of a Comprehensive "Climate Buffer": Physical grain reserves alone cannot protect against compounding
shocks. A modern climate buffer integrates:
Ø Geographically dispersed procurement to avoid
localized climate failures.
Ø Flood-resistant, temperature-regulated warehousing
and decentralized cold-chain logistics.
Ø Diversified food reserves alongside weather-indexed
crop insurance.
B.
Resource-Efficient On-Farm Interventions: Micro-irrigation systems under the National Mission for Sustainable
Agriculture (NMSA) specifically the Per Drop More Crop (PDMC)
scheme must be expanded alongside watershed development and conservation
agriculture to improve groundwater recharge and soil moisture retention.
C.
Data-Driven Decision Support: Integrating
real-time weather forecasts from the India Meteorological Department (IMD)
directly into procurement planning, contingency stock management, and local
agricultural advisory platforms.
D.
Unlocking Climate Finance: Scaling climate-resilient
agriculture requires innovative financial structures, including green
bonds, adaptation funds, and private-public partnerships (PPP) for research,
seed distribution, and tech infrastructure.
Conclusion
India’s evolution from post-independence food
deficits to record grain reserves demonstrates the transformative power of
institutional vision. However, as the Economic Survey 2025–26 cautions,
the core challenge ahead is raising land and water productivity without
expanding input footprints under compounding climate stress. Future food
security cannot be measured by physical buffer stocks alone, but by the
structural resilience of the entire agrarian ecosystem.
Achieving the vision of Viksit Bharat @2047
requires transitioning from incremental adaptation to systemic reform:
synchronizing MSP regimes with regional agro-ecology, strengthening
post-harvest cold chains under the Agriculture Infrastructure Fund (AIF),
and expanding ICAR’s climate-resilient crop technologies. Elevating the
national framework from basic calorie availability to climate-proof,
nutrition-sensitive food security is not merely an agricultural necessity
it is a non-negotiable prerequisite for economic stability, social equity, and
national resilience.
QUESTION
"Smallholder
and rain-fed farmers bear the brunt of climate variability in India. Examine
the socioeconomic barriers preventing the scaling of climate-resilient
agricultural practices and propose a holistic strategy to address
them."(10 Marks, 150 Words)
Introduction
Over 85% of Indian cultivators are small and
marginal farmers, highly
exposed to monsoon unpredictability and heatwaves. Transforming their
vulnerability requires addressing key socio-economic barriers to scale
Climate-Resilient Agriculture (CRA).
Key Socioeconomic &
Institutional Barriers
A.
Financial Bottlenecks: High upfront capital costs for micro-irrigation equipment
and premium prices for climate-resilient seed varieties. Smallholder farmers
with limited savings cannot afford the initial investment for drip sets
or micro-sprinklers without relying on informal loans. High interest rates
from local moneylenders often trap these farmers in debt before the first
harvest even yields results.
Ø
A marginal farmer wanting to install a drip
irrigation system faces an initial cost of ₹40,000. Lacking bank credit, he
borrows from a local moneylender at a 36% annual interest rate, putting his
household in severe debt before the crops are harvested.
B.
Information Asymmetry: Limited reach of customized digital advisories and
delayed payouts under the Pradhan Mantri Fasal Bima Yojana (PMFBY),
which destabilizes household cash flows. Hyper-local weather data and soil
health advice rarely reach illiterate or digitally isolated farmers in
remote rain-fed belts. Bureaucratic delays in insurance claim verification
force farming households to cut back on essential inputs for subsequent crop
cycles.
Ø A rain-fed farmer
loses her cotton crop to an unexpected pest attack because she didn't receive
hyper-local weather alerts on her basic feature phone, and her insurance claim
payout under PMFBY takes eight months to process, leaving her without funds for
the next sowing season.
C.
Institutional Silos: Lack of coordination among ICAR research institutions, the
Ministry of Agriculture, and state-level extension machinery. Cutting-edge
research on climate-resilient seeds developed in national labs frequently fails
to translate into field-level extension programs. Overlapping schemes
across central and state departments create administrative redundancy,
leaving field agents without clear, unified implementation guidelines.
Ø
ICAR
scientists develop a drought-resistant millet variety in a central lab, but due
to a lack of coordination with state agricultural officers and local extension
workers, the seeds sit in warehouses instead of being distributed to rain-fed
villages.