The Southern Ocean, also called the Antarctic Ocean, is the fourth-largest ocean by surface area. According to the International Hydrographic Organization, it is the southernmost portion of the World Ocean, surrounding Antarctica and connecting the southern parts of the Pacific, Atlantic, and Indian Oceans. It includes tributary seas around the Antarctic region.

Key Characteristics

• Climate: Known for strong winds, intense storms, cold temperatures, and dramatic seasonal changes.

• Currents: Dominated by the Antarctic Circumpolar Current (ACC), which is the longest, strongest, and deepest-reaching ocean current on Earth.

• Formation: The Southern Ocean formed about 34 million years ago, when Antarctica separated from South America, creating the Drake Passage.

• Biodiversity: Its nutrient-rich, oxygen-rich waters and cold temperatures make it one of the most productive marine ecosystems on Earth.

Role and Importance

1. Climate Regulation

   • The Southern Ocean absorbs a significant portion of carbon dioxide released by human activities, helping to mitigate global surface warming.

   • It also absorbs excess heat, acting as a buffer against climate change.

2. Global Ocean Circulation

   • Its currents drive the global thermohaline circulation, distributing heat and nutrients around the planet.

   • Seasonal sea ice changes influence ocean salinity and density, further impacting global currents.

3. Ecosystem Productivity

   • Nutrient-rich waters support a diverse marine ecosystem, including krill, fish, penguins, seals, and whales.

   • The region is vital for carbon sequestration, storing carbon in deep waters.

Recent Findings

Recent studies highlight the Southern Ocean’s critical role in climate mitigation, showing it takes up a large share of human-emitted carbon, thereby slowing surface warming globally. Scientists emphasize that changes in its currents or ecosystem could have far-reaching impacts on climate and biodiversity.

The World Anti-Doping Agency (WADA) is an international independent agency established in 1999 to lead global efforts for doping-free sport. Its primary goal is to harmonize anti-doping rules and policies across all sports and countries, ensuring fair play in international competitions.

Headquarters

• Location: Montreal, Canada

Roles and Functions

1. Rule-making and Coordination: Develops and harmonizes anti-doping regulations across sports and nations.

2. Scientific Research: Conducts research in biomedical and social sciences related to doping.

3. Education: Promotes awareness programs for athletes, coaches, and sports officials.

4. Intelligence & Investigations: Monitors and investigates doping practices globally.

5. Capacity Building: Assists countries in developing anti-doping programs.

6. Compliance Monitoring: Ensures countries and sports organizations comply with the World Anti-Doping Program.

Governance Structure

1. Foundation Board (Board)

• Members: 42

• Composition: Representatives of the Olympic Movement (IOC, National Olympic Committees, International Federations, and athletes) + government representatives from all continents.

• Function: The highest policy-making body, responsible for strategic decisions and policy approval.

2. Executive Committee (ExCo)

• Members: 16

• Function: Handles the management, administration, and operational activities of WADA as delegated by the Board.

Recent News

• India topped WADA’s global list of doping offenders for the third consecutive year.

• This highlights persistent challenges in anti-doping awareness, compliance, and enforcement within Indian sports.

• The ranking underlines the need for stronger education, testing, and monitoring programs to reduce doping cases in India.

Significance

• WADA plays a critical role in maintaining integrity in sports worldwide.

• Rankings like these act as wake-up calls for national sports authorities to enhance anti-doping measures and protect athletes’ health and fair competition.

India is accelerating its pursuit of Free Trade Agreements (FTAs) with countries like New Zealand, Russia, and Oman, even though past FTAs have delivered only modest trade gains. This reflects a shift in focus—from using FTAs purely as trade tools to employing them as instruments of geopolitical strategy, supply-chain security, and strategic partnerships.

Understanding Free Trade Agreements (FTAs)

• Definition: An FTA is an arrangement between two or more countries or regional blocs to reduce or eliminate trade barriers through mutual negotiations, promoting trade.

• Key Coverage: Tariffs, Rules of Origin, Non-Tariff Measures (TBT), Sanitary and Phytosanitary (SPS) measures, trade remedies.

• Scope: FTAs can cover trade in goods, trade in services, intellectual property rights, investment, government procurement, and competition policy.

• Types:

  • Bilateral: Between two countries.

  • Plurilateral: Among multiple countries.

  • Multilateral: Under frameworks like the WTO.

India’s FTA Landscape:

• India has signed 20 regional or free trade agreements, including recent deals like India–UK CETA and India–EFTA TEPA.

• Negotiations are ongoing with the US, EU, Canada, and the Southern African Customs Union.

Reasons Behind India’s Renewed Emphasis on FTAs

1. Strategic Realignment in Global Geopolitics

   • The shift from a unipolar to multipolar world order (e.g., US-China rivalry, weakening WTO) makes FTAs tools for strategic engagement.

   • FTAs strengthen political and economic alignments in the Indo-Pacific, West Asia, and Africa.

   • Example: India-Australia ECTA, India-UAE CEPA serve as “political safety nets” ensuring closer bilateral ties.

2. Decline of Multilateralism

   • Stagnation of WTO negotiations and rising protectionism reduce the effectiveness of multilateral trade forums.

   • FTAs allow WTO-plus commitments, especially in services, digital trade, and investment.

   • Example: India-EFTA TEPA includes binding commitments of USD 100 billion in FDI over 15 years.

3. Diversification of Economic and Trade Partners

   • Reduces dependence on major markets like the US, EU, and China.

   • Accesses new markets, diversifies supply chains, and secures critical resources (energy, minerals).

   • Supports the “China Plus One” strategy to secure upstream supply chains.

4. Unlocking Untapped Potential in Services and Investment

   • India’s strength lies in services (IT, healthcare, education).

   • New FTAs, like UAE-India CEPA, focus on services, fintech, and investment flows.

5. Strengthening Domestic Capabilities and Value Chains

   • Aligns FTAs with Make in India and Production Linked Incentive (PLI) schemes.

   • Attracts FDI and technology transfers, integrating Indian manufacturing into global value chains.

6. Correcting Past Imbalances

   • Earlier FTAs (e.g., ASEAN) delivered asymmetric gains, widening trade deficits.

   • India now aims for better-balanced, services-focused agreements that protect domestic industries.

   • Example: Export share to ASEAN rose only marginally (10.2% → 10.8%), while exports to Japan and South Korea declined slightly.

Concerns with India’s Expanding FTA Network

1. Trade Deficits and Asymmetric Gains

   • Imports from partner countries often rise faster than exports, widening trade deficits.

   • Example: ASEAN imports grew 234.4% vs Indian exports 130.4% between FY 2009–2023.

2. Non-Tariff Barriers (NTBs)

   • Developed economies impose strict standards (IPR, sanitary measures) reducing FTA benefits.

   • India’s FTA utilization rate is only 25%, compared to 70–80% in developed countries.

3. Harm to Domestic Sectors

   • MSMEs, farmers, and labour-intensive sectors struggle against cheaper imports.

   • Tariff cuts on finished goods often exceed those on raw materials, creating an “Inverted Duty Structure” that discourages domestic manufacturing.

   • Example: ASEAN FTA affected Indian rubber farmers.

4. Risk of Import Surges via Third Countries

   • Goods from non-FTA nations can enter India through partner countries, exploiting rules of origin.

Policy Recommendations for Effective FTAs

1. Strengthen Domestic Competitiveness

   • Invest in R&D, infrastructure, skill development, and MSME support.

2. Focus on WTO-Plus Areas

   • Prioritize digital trade, green energy, and services in agreements with developed economies.

3. Incorporate Balanced Safeguards

   • Enforce strong Rules of Origin, safeguard duties, and anti-dumping measures.

4. Institutional Reforms and Coordination

   • Enhance inter-ministerial coordination between MEA, Commerce Ministry, and NITI Aayog.

5. Improve Dispute Resolution Mechanisms

   • Include binding timelines and independent panels for swift trade dispute resolution.

6. Monitor and Review Existing FTAs

   • Periodic impact assessment and public consultations to adjust agreements.

7. Promote Inclusive and Sustainable Trade

   • Integrate labour and environmental safeguards without undermining domestic flexibility.

Conclusion

India’s renewed emphasis on FTAs is less about boosting trade volumes and more about navigating a fragmented global order. With multilateralism weakening and geopolitics influencing economics, FTAs have evolved into tools for:

• Strategic alignment

• Diplomatic insurance

• Supply-chain security

In this emerging global order, strategic logic increasingly drives India’s trade policy, rather than pure economic efficiency.

The Viksit Bharat–Guarantee for Rozgar and Ajeevika Mission (Gramin) Bill, 2025 was introduced by the Ministry of Rural Development in the Lok Sabha as an upgrade to MGNREGA (2005).

• The Bill represents a shift from a universal, rights-based, demand-driven employment guarantee to a budget-capped, supply-driven model.

• It aligns with the vision of Viksit Bharat @2047, focusing on planned asset creation and productivity-linked employment.

• The need for this shift arises from the decline in rural poverty from 25.7% in 2011–12 to nearly 5% in 2023–24, reducing the role of MGNREGA as a pure distress-relief scheme.

Key Provisions of VB–G RAM G

1. Statutory Wage Employment Guarantee
   The Bill guarantees 125 days of wage employment per rural household per financial year for adult members willing to undertake unskilled manual work.

2. Conditional and Non-Universal Coverage
   Unlike MGNREGA’s universal coverage, the VB–G RAM G Bill restricts employment to rural areas notified by the Union Government, making it conditional rather than nationwide.

3. Viksit Gram Panchayat Plans (VGPPs)
   Rural development plans will be prepared bottom-up using spatial technology, aggregated at Block, District, and State levels, and integrated with PM Gati Shakti for coordinated infrastructure development.

4. Centrally Sponsored Scheme (CSS) Structure

   • The cost-sharing pattern is revised to 60:40 for most States, while North-Eastern and Himalayan States/UTs retain 90:10.

   • State-wise allocations will be determined annually by the Union Government, limiting States’ flexibility to expand employment during distress.

5. Flexibility during Agricultural Seasons
   States are allowed to pause the programme for up to 60 days during peak sowing and harvesting seasons to ensure availability of farm labour.

6. Unemployment Allowance
   States are required to provide unemployment allowance if employment is not offered within 15 days of demand.

Expected Benefits

1. Labour Market Rationalisation
   The Bill supports low-productivity agriculture workers, encouraging a shift toward non-farm employment while maintaining farm productivity.

2. Fiscal Predictability and Planning
   The budget-capped, supply-driven framework allows planned works, fund allocation, and asset creation, reducing the open-ended liabilities that MGNREGA carried.

3. Improved Asset Quality
   Employment will focus on planned, durable assets integrated with PM Gati Shakti, improving long-term economic value in rural areas.

4. Greater State Ownership and Accountability
   Higher State financial contribution is expected to promote timely completion, supervision, and quality control.

5. Administrative Efficiency
   Spatial technology, digital monitoring, and AI systems are expected to reduce leakages and ghost beneficiaries, improving transparency.

Potential Challenges

1. Dilution of Rights-Based Guarantee
   The shift to a supply-driven model reduces enforceability of employment rights and may weaken income security.

2. Retreat from Progressive Welfare Commitments
   By aligning employment support with State capacity, the Bill risks rolling back MGNREGA’s justiciable statutory right to work under Article 41.

3. Weakening Rural Shock-Absorber Mechanism
   The budget-capped approach may limit the programme’s ability to respond during crises, unlike MGNREGA, which provided 389 crore person-days of employment during COVID-19 (2020–21).

4. Selective Coverage and Reduced Income Security
   Restriction to Union-notified areas and agricultural pause provisions may lead to exclusion of vulnerable households and reduced year-round income.

5. Increased Fiscal Burden on States
   Poorer States may struggle to meet the higher financial contribution, resulting in delayed wages, fewer workdays, and uneven implementation.

6. Techno-Administrative Exclusion
   Mandatory biometrics, GPS-linked attendance, and AI monitoring could exclude older, migrant, or low-connectivity workers.

7. Cosmetic Expansion of Workdays
   Raising the ceiling to 125 days may not improve outcomes if households still receive less than 100 days, as seen under MGNREGA.

Complementary Government Initiatives

• DAY-NRLM: Promotes self-employment, SHGs, financial inclusion, and livelihood diversification.

• DDU-GKY: Provides skill development and placement-linked employment for rural youth.

• Survey of Villages with Improvised Technology: Issues property cards enabling rural households to access credit and investment opportunities.

• PM Vishwakarma: Supports traditional artisans through skilling, toolkits, and credit linkage for non-farm employment.

Measures to Strengthen VB–G RAM G

1. Hybrid Rights–Planning Model
   Guarantee a minimum number of demand-driven workdays for vulnerable households, while additional employment is planned.

2. Transparent Area Notification
   Identify rural areas for the scheme using data-driven criteria such as poverty, climate vulnerability, and migration patterns.

3. Discretionary Expansion for Local Distress
   Allow temporary increase in workdays and budget during localized economic, climate, or agricultural shocks.

4. Safeguards Against Tech Exclusion
   Use offline alternatives and human oversight to prevent exclusion due to technical failures.

5. Outcome-Based Monitoring
   Focus on income-generating, climate-resilient assets and track asset durability, income stability, and skill transition.

6. Crisis-Responsive Flexibility
   Build automatic triggers for expanding workdays and budgets during economic or climate shocks, preserving the programme’s role as a rural stabiliser.

Conclusion

The VB–G RAM G Bill reflects changing rural realities, emphasizing planned asset creation, fiscal predictability, and productivity-linked employment.

• Opportunities: Greater efficiency, asset quality, and State ownership.

• Risks: Weakening income security, exclusion of vulnerable households, and higher State fiscal burden.

• Way Forward: A balanced model combining minimum demand-driven rights with planned, productive, and climate-resilient employment is essential to achieve SDG 1 (No Poverty) and SDG 8 (Decent Work).

Recent soil tests conducted in the Kuttanad paddy fields of Kerala have revealed elevated concentrations of aluminium. These fields form part of the Kuttanad Wetland Agricultural System, raising concerns about soil health, crop productivity, and long-term sustainability of this unique farming system.

About the Kuttanad Wetland Agricultural System

The Kuttanad Wetland Agricultural System is a unique agricultural system in India and is the only farming system in the country that supports rice cultivation below sea level.

Key Features

• Located in Kerala, it involves farming in reclaimed wetlands protected by bunds and water control structures.

• The system represents a highly adaptive interaction between humans, land, and water.

Agricultural Landscape Structure

The Kuttanad system consists of a complex mosaic of three interlinked components:

1. Wetlands – Used for paddy cultivation and fish catching.

2. Garden lands – Used for growing coconut, tubers, and other food crops.

3. Water bodies – Used for inland fishing and shell collection.

Global Recognition

The Kuttanad Below Sea-Level Farming System has been recognised as a Globally Important Agricultural Heritage System (GIAHS) by the Food and Agriculture Organization (FAO).

• This recognition highlights the system’s ecological resilience, traditional knowledge, and sustainable land-use practices.

• GIAHS sites aim to balance conservation, sustainable adaptation, and socio-economic development.

Impact of Aluminium on Soil and Crops

Soil Chemistry

• Aluminium becomes highly soluble and toxic when soil pH falls below 5, a condition commonly found in waterlogged and acidic soils like Kuttanad.

Impact on Plants

• Excess aluminium damages plant root systems, reducing root growth and efficiency.

• It interferes with the absorption of essential nutrients, including:

  • Phosphorus

  • Calcium

  • Potassium

  • Magnesium

• This leads to reduced crop yields and poor plant health.

Important Point: Persistent aluminium toxicity can threaten the viability of below-sea-level rice farming in Kuttanad.

Globally Important Agricultural Heritage Systems (GIAHS):

• GIAHS is a programme of the Food and Agriculture Organization (FAO).

• It was launched at the World Summit for Sustainable Development in 2002.

• The programme aims to conserve traditional agricultural systems while promoting sustainable livelihoods and biodiversity.

India’s Recognised GIAHS Sites

1. Koraput Region (Odisha)

   • Known for traditional subsistence paddy cultivation on highland slopes.

2. Kuttanad System (Kerala)

   • Recognised for its unique below-sea-level rice farming system.

3. Saffron Park of Kashmir

   • Represents a traditional agro-pastoral system centred on saffron cultivation.

Conclusion

The detection of high aluminium concentrations in Kuttanad soils poses a serious challenge to this globally recognised agricultural heritage system. Addressing soil acidity, sustainable water management, and eco-friendly remediation practices is crucial to protect farmers’ livelihoods, food security, and the long-term sustainability of the Kuttanad Wetland Agricultural System.