IAS Mains Answer Writing-13 April 2026

1. Discuss the significance of the Ramsar Convention in the conservation of wetlands. Examine its impact in the Indian context.

Introduction

• The Ramsar Convention (1971) is an intergovernmental treaty for the conservation and wise use of wetlands.

• Wetlands—often termed “biological supermarkets”—provide critical ecosystem services such as biodiversity conservation, flood regulation, carbon sequestration, and livelihood support.

• India became a signatory in 1982, recognising wetlands as vital ecological assets.

Significance of Ramsar Convention in Wetland Conservation

• Global Framework for Wetland Protection:

  • First international treaty focused exclusively on wetlands.

  • Promotes the concept of “wise use”—sustainable utilization without degrading ecological character.

• Identification and Protection of Wetlands:

  • Creation of “Ramsar Sites” (Wetlands of International Importance).

  • As of April 2026, 2,600+ Ramsar sites globally covering over 255–260 million hectares.

• Biodiversity Conservation:

  • Protects habitats of migratory birds under flyways like Central Asian Flyway.

  • Conserves endangered species (e.g., Siberian crane, Gangetic dolphin habitats).

• Ecosystem Services and Climate Regulation:

  • Wetlands act as carbon sinks (blue carbon ecosystems).

  • Aid in flood control, groundwater recharge, and drought mitigation.

• International Cooperation:

  • Encourages transboundary wetland management (e.g., river basins).

  • Facilitates knowledge sharing, capacity building, and funding support.

Impact of Ramsar Convention in India

• Expansion of Ramsar Sites Network:

  • India has 98 Ramsar Sites (April 2026) covering approximately 1.36 million hectares, reflecting a significant expansion in wetland conservation in recent years.

  • Examples include: Chilika Lake – Asia’s largest brackish lagoon, Keoladeo National Park, Sundarbans Wetland.

• Strengthening Legal and Policy Framework:

  • Influenced policies such as:

    • Wetlands (Conservation and Management) Rules, 2017

    • Integration with National Plan for Conservation of Aquatic Ecosystems (NPCA)

  • Emphasis on prohibition of encroachment, pollution control, and sustainable use.

• Improved Conservation Outcomes:

  • Chilika Lake restoration: Removal in 2002 from Montreux Record (1993–2002) due to successful ecological revival.

  • Enhanced protection of bird habitats and fish breeding grounds.

• Community Participation and Livelihoods:

  • Promotion of eco-tourism, sustainable fishing, and local stewardship.

  • Involvement of local communities in wetland management (e.g., Chilika fisherfolk).

• Climate Change and Disaster Resilience:

  • Coastal wetlands like Sundarbans act as natural buffers against cyclones.

  • Inland wetlands reduce urban flooding (e.g., East Kolkata wetlands).

Challenges in Implementation (India)

• Urbanisation and encroachment (wetland shrinkage in cities like Bengaluru, Delhi)

• Pollution from sewage, industrial effluents, agricultural runoff

• Weak enforcement and fragmented institutional framework

• Invasive species (e.g., water hyacinth)

• Lack of updated wetland inventories and data gaps

Way Forward

• Strengthen governance: Clear institutional coordination between Centre–State–local bodies

• Scientific management: Use GIS mapping, periodic ecological assessments

• Community-based conservation: Incentivise local participation

• Mainstream wetlands in urban planning (Sponge city concept)

• Enhance funding and international collaboration under Ramsar framework

Conclusion

• The Ramsar Convention has played a pivotal role in mainstreaming wetland conservation globally and in India by providing a structured framework, legal backing, and international visibility.

• However, effective conservation in India requires bridging policy–implementation gaps and integrating wetlands into broader developmental planning to ensure long-term ecological sustainability.

2. Critically evaluate the effectiveness of global climate change agreements in driving India’s domestic climate policies and people-centric sustainable development initiatives.

Introduction

• Global climate governance, anchored in agreements such as the United Nations Framework Convention on Climate Change, Kyoto Protocol, and Paris Agreement, seeks to coordinate collective action against climate change.

• India, as a developing country with equity concerns, has aligned its policies with these frameworks while balancing growth and sustainability.

Influence on India’s Domestic Climate Policies

• Policy Frameworks and Institutional Mechanisms:

  • Launch of National Action Plan on Climate Change (NAPCC), 2008 with 8 missions (Solar, Energy Efficiency, Water, etc.).

  • Development of State Action Plans on Climate Change (SAPCCs).

  • Long-Term Low Emission Development Strategy (LT-LEDS) aligned with Paris goals.

• Legal and Regulatory Measures:

  • Strengthening of Environment Protection Act, 1986 implementation.

  • Introduction of market mechanisms like Perform, Achieve and Trade (PAT) scheme.

  • India is developing a domestic carbon market, supported by the Energy Conservation (Amendment) Act, 2022.

    • Aligns with global frameworks like Paris Agreement (especially Article 6 mechanisms).

• Renewable Energy Transition:

  • Target of 500 GW non-fossil fuel capacity by 2030 (announced at COP26 and is part of India’s updated NDCs).

  • Expansion of solar through initiatives like International Solar Alliance (ISA).

  • India among top 4 countries in renewable energy capacity.

• Climate Commitments (NDCs):

  • Reduction of emissions intensity of GDP by 45% by 2030 (from 2005 levels).

  • Achieving 50% cumulative electric power installed capacity from non-fossil sources.

Promotion of People-Centric Sustainable Development

• Energy Access and Equity:

  • Schemes like UJALA (LED distribution) reduce emissions and energy costs.

  • PM-KUSUM promotes solar pumps for farmers.

• Sustainable Lifestyles:

  • Lifestyle for Environment (LiFE) promotes behavioural change and citizen participation.

• Climate Resilience and Livelihoods:

  • Programs like MGNREGA support water conservation and drought resilience.

  • Coastal and forest-dependent communities integrated into adaptation strategies.

• Urban Climate Action:

  • Initiatives like National Smart Cities Mission and AMRUT incorporate climate-resilient infrastructure.

Effectiveness: Key Achievements

• Policy Alignment: India’s climate policies strongly reflect global commitments.

• Leadership Role: India seen as a leader among developing nations (e.g., International Solar Alliance, Coalition for Disaster Resilient Infrastructure).

• Low Per Capita Emissions: ~2 tCO₂ vs global average ~4–5 tCO₂.

• Progress on Renewables: Rapid growth in solar and wind capacity.

Limitations and Challenges

• Equity and Climate Justice Concerns:

  • Global agreements often lack enforceability and adequate differentiation.

  • Inadequate climate finance and technology transfer from developed countries.

• Implementation Gaps:

  • Policy–practice mismatch at state and local levels.

  • Weak enforcement and institutional coordination issues.

• Development vs Climate Trade-offs:

  • Continued reliance on coal (~50–55% power generation).

  • Balancing poverty alleviation with emission reduction remains challenging.

• Limited People-Centric Outcomes:

  • Top-down approach in some schemes limits community ownership.

  • Unequal access to benefits (e.g., renewable adoption skewed towards urban areas).

Way Forward

• Strengthen Climate Federalism: Empower states and local bodies.

• Enhance Climate Finance: Access global funds (Green Climate Fund) and expand domestic green bonds.

• Deepen Community Participation: Integrate local knowledge in climate planning.

• Just Transition Strategy: Support workers dependent on fossil fuel sectors.

• Leverage Technology: Digital monitoring, climate-smart agriculture, early warning systems.

Conclusion

• Global climate agreements have significantly shaped India’s climate governance architecture and enabled a transition towards sustainable development.

• However, their effectiveness remains constrained by global inequities and domestic implementation challenges.

• A balanced, people-centric and equity-driven approach, backed by stronger international cooperation, is essential for achieving long-term climate goals.

3. Discuss the various government initiatives aimed at promoting sustainable agriculture in India. Evaluate their impact on environmental sustainability and farmers’ livelihoods.

Introduction

• Sustainable agriculture aims to ensure food security while conserving natural resources, maintaining soil health, and enhancing farmers’ incomes.

• With challenges like soil degradation, water scarcity, and climate change, India has increasingly adopted policy measures aligned with sustainable and climate-resilient agriculture.

Major Government Initiatives for Sustainable Agriculture

• Soil and Nutrient Management:

  • Soil Health Card Scheme (2015): Provides soil nutrient status and crop-wise recommendations.

  • Promotion of balanced fertilisation and organic inputs.

• Organic and Natural Farming:

  • Paramparagat Krishi Vikas Yojana (PKVY): Promotes cluster-based organic farming.

  • Bharatiya Prakritik Krishi Paddhati (BPKP): Focus on zero-budget natural farming (ZBNF).

• Water Use Efficiency:

  • Pradhan Mantri Krishi Sinchayee Yojana (PMKSY): “Per Drop More Crop” (micro-irrigation).

  • Promotion of drip and sprinkler irrigation systems.

• Climate-Resilient Agriculture:

  • National Mission for Sustainable Agriculture (NMSA): Focus on rainfed areas, soil conservation, agroforestry.

  • NICRA (National Innovations on Climate Resilient Agriculture): An ICAR initiative for climate-resilient technologies.

• Agroforestry and Biodiversity:

  • Sub-Mission on Agroforestry (SMAF) under NMSA: Integrates trees with crops to enhance resilience and income.

• Renewable Energy in Agriculture:

  • PM-KUSUM Scheme: Solar pumps and decentralized renewable energy.

• Sustainable Livelihood Support:

  • National Food Security Mission (NFSM) – promotes sustainable intensification.

  • e-NAM (National Agriculture Market) – improves market access and reduces distress sales.

Impact on Environmental Sustainability

• Positive Outcomes:

  • Improved Soil Health: Soil Health Cards and organic farming reduce chemical overuse.

  • Water Conservation: Micro-irrigation has improved water-use efficiency (30–50% savings).

  • Reduced Emissions: Solar pumps and natural farming reduce carbon footprint.

  • Biodiversity Conservation: Agroforestry and organic practices enhance ecosystem diversity.

• Limitations:

  • Continued overuse of urea (skewed N:P:K ratio ~6–7:2–3:1 vs ideal 4:2:1).

  • Groundwater depletion persists in Punjab, Haryana.

  • Limited scale of organic farming (~2–3% of net sown area).

Impact on Farmers’ Livelihoods

• Positive Outcomes:

  • Cost Reduction: Natural farming reduces input costs.

  • Income Diversification: Agroforestry and allied activities.

  • Improved Productivity in Rainfed Areas through climate-resilient practices.

  • Energy Security: Solar pumps reduce diesel costs.

• Challenges:

  • Low Awareness and Capacity among small farmers.

  • Initial Yield Decline in organic/natural farming transitions.

  • Market constraints for organic produce premiums.

  • Fragmented landholdings limit adoption of technology.

Way Forward

• Scale up sustainable practices through incentives and awareness campaigns.

• Strengthen extension services and farmer training.

• Promote crop diversification away from water-intensive crops.

• Ensure market linkages and certification support for organic produce.

• Integrate digital agriculture and climate-smart technologies.

Conclusion

• Government initiatives have laid a strong foundation for sustainable agriculture in India, contributing to resource conservation and improved livelihoods.

• However, greater convergence, last-mile delivery, and behavioural change are essential to achieve long-term ecological sustainability and farmer prosperity.