Judicial Push for Environmental CSR

Why in News?

The Supreme Court has now linked the right to conduct business with the duty to restore ecosystems, making environmental responsibility a constitutional obligation rather than voluntary charity.

What is Corporate Social Responsibility (CSR)?

• CSR – It refers to the responsibility of enterprises to integrate social and environmental concerns in their business operations and interactions with their stakeholders and the public.
• It involves practices and policies intended to have a positive influence beyond legal obligations and profit maximization.
• 4 key dimensions –
  • Economic responsibilities,
  • Legal responsibilities,
  • Ethical responsibilities, and
  • Discretionary (philanthropic) responsibilities.
• Legal mandate – Under the Companies Act, 2013, requires eligible firms to spend at least 2% of their average net profit from the previous three years on CSR.
• Applicability – It applies to companies with a net worth of Rs.500+ crore, turnover of Rs.1,000+ crore, or net profit of Rs.5+ crore.
• Proposed 2026 Changes – The Corporate Laws (Amendment) Bill, 2026, aims to increase the net profit threshold from Rs.5 crore to Rs.10 crore.
• Top beneficiaries – Maharashtra, Rajasthan, and Tamil Nadu (based on 2024-25).

What about the recent SC’s ruling?

• M.K. Ranjitsinh & Others v. Union of India, 2025 – The Supreme Court of India declared that Corporate Social Responsibility (CSR) inherently includes environmental responsibility, making it a constitutional obligation rather than mere discretionary charity.
• Corporations are considered as “legal persons” and key organs of society, sharing responsibility for ecological protection.
• Bound by Article 51A(g) – By invoking Article 51A (g), the judiciary underscored that the right to conduct business is inseparably linked to the responsibility to restore our planet.
• SC’s view on Great Indian Bustard Conservation – The judgment, centered on the near‑extinct Great Indian Bustard, requires companies to fund both in‑situ (habitat protection) and ex‑situ (breeding and recovery outside natural habitats) conservation under the polluter pays principle.
  • Polluter Pays Principle – Companies whose activities (mining, power generation, infrastructure) threaten habitats must bear the cost of species recovery.

India emerged as a pioneer for mandating profit-sharing for social good, a visionary move to channel corporate earnings for crucial societal objectives.

How are CSR funds currently allocated & what are the key environmental initiatives?

• CSR Funding Trends (past 7 years) – Funds have been overwhelmingly allocated to human-centric development (social sectors) –
  • Education (38%),
  • Healthcare (22%), and
  • Rural development (10%), whereas to
  • Environment between 7%-9%.
• This imbalance shows that ecological needs are consistently underfunded compared to immediate social priorities.
• Reason for less attention to environment – Corporations view environmental crises as distant threats compared to immediate social needs.
• As a result, sustainability projects receive minimal investment despite their long‑term importance.
• Notable Environmental CSR Initiatives
  • Mahindra’s Project Hariyali – Planted almost 25 million trees, focusing on survival rates rather than just sapling counts.
  • ITC Forestry Program – 1.3 million acres restored, integrating livelihoods with conservation.
  • Tata Group – Leads large‑scale watershed management for water security.
  • Coca‑Cola & Hindustan Unilever – Undertaken circular waste management initiatives.
  • JSW – Mangrove restoration projects.
• These initiatives demonstrate that prioritising the environment yields significant, and measurable impact.

What are the challenges for restoration?

• Neglect of Environmental Restoration – Much needed environmental restoration, including afforestation, has been neglected in India as is evidenced in the country’s report on the Bonn Challenge.
  • Bonn Challenge – A global, voluntary effort to restore 350 million hectares of degraded and deforested land by 2030.
• India’s Target & Status – While the nation aims to restore 26 million hectares by 2030, private companies have contributed a negligible 2% to the 9.8 million hectares restored so far, reveals a gap under the Bonn Challenge.
• Massive Restoration Gap – Between the damage caused by industrial activity which causes large‑scale ecological damage and the investment made to fix it, creating a serious imbalance.
• Common Corporate Approach – Most companies still pursue ‘quick wins’ such as one-off awareness drives, and sidestep the difficult processes of forest restoration and natural resource recovery.
• Preference for Quick Visibility Projects – Companies prefer social projects such as environmental awareness campaigns, renewable energy, or basic green initiatives.
• These give quick visibility, clear results, and facilitate easy reporting.
• Challenges in Land-Based Projects – Forest restoration with tree planting, habitat recovery, water conservation, and waste management take a long time.
• In addition, they also require expert skills in tree-growing, soil health, and biodiversity checks — skills that most CSR partners don’t have.
• Drawbacks of Popular Approaches – Corporations often support initiatives such as the recently popular
  • Miyawaki plantations - Offers rapid growth and visually appealing, but often harm native ecology and biodiversity.
  • Urban bias - CSR projects tend to focus on cities, neglecting degraded rural lands.
  • Weak collaboration - Limited coordination with forest departments, NGOs, and scientific institutions and a lack of practical policies for degraded lands.

What are the reimagining strategy need to be done?

• Need for Ecosystem Recovery Strategy – The current judicial push demands an urgent transition to a ‘ecosystem recovery’ strategy.
• This requires reimagining corporate accountability, and replacing conventional auditing with time-bound restoration initiatives backed by ecological assessments.
• Indicators of success – Progress should be tangible ecological services such as soil carbon sequestration, water retention, and biodiversity recovery.
• Focus on Degraded Lands – India must prioritise degraded and remote forest lands lacking resources through appropriate restoration initiatives.
• Building Alliances – The country needs to build alliances between forest departments, universities, conservation NGOs and joint forest management committees.
• Establish dedicated restoration – These collaborations can establish dedicated restoration units under scientific supervision, with emphasis on native species and ecological integrity.
• Ensuring Long-Term Financing – Landscape-scale projects and restoration challenges can be solved by establishing a restoration trust or an escrow fund.
• This would guarantee continuity and provide the long-term security necessary for real ecological impact.

What lies ahead?

• Corporate governance in India must evolve from being shareholder-centric to ecosystem-centric, with directors acting as fiduciaries for the environment and moving past the ease of basic compliance.
• When the health of our planet is treated as a mandatory, non-negotiable part of business strategy, the country moves toward a future where sustainable development becomes a lived reality.

References

1. The Hindu | Judicial push for environmental CSR
2. The Hindu | SC’s ruling about the CSR 

A Robust Defence-Industrial Base for India

Why in News?

India’s security landscape is undergoing a profound transformation, primarily due to the rapid military modernisation of China and the growing asymmetry between the two countries, especially in terms of technological capabilities and industrial capacity, poses a significant strategic challenge.

What is China’s military challenge and India’s strategic compulsion?

• China’s military capability – It is backed by its vast industrial ecosystem, presents a formidable challenge to India.
• Its ability to produce advanced military technologies at scale, including missiles, drones, and cyber capabilities, has significantly enhanced its war-fighting potential.
• Compulsion for India – For India, the consequences of inaction are severe:
  • A widening capability gap vis-à-vis China.
  • Reduced deterrence credibility.
  • Increased vulnerability in a potential protracted conflict.
• Thus, India has no option but to pursue a robust and coherent industrial strategy that aligns with its long-term security objectives.

What are the strategic approaches to bridging the capability gap?

• The Bold Approach – This approach involves investing in cutting-edge, next-generation military technologies with the aim of leapfrogging existing capabilities.
• Advantages:
  • Potential to significantly narrow the capability gap.
  • Opportunity to build future-ready armed forces.
• Risks:
  • High uncertainty in technological bets.
  • Implementation failures could create acute vulnerabilities.
  • India’s current industrial capacity may not support large-scale production.
  • Thus, while transformative, this approach carries significant risks.
• The Conservative Approach – This strategy focuses on integrating emerging technologies into existing military systems to enhance their effectiveness.
• Key Features:
  • Digitisation of the battlespace.
  • Improvement in cyber, space, and electronic warfare capabilities.
  • Streamlining of operational processes such as kill chains.
• Limitations:
  • Does not fundamentally alter the balance of power.
  • More suitable for short-duration conflicts rather than prolonged wars.
• The Middle Path – A more balanced and pragmatic approach lies in combining legacy systems with investments in critical enabling capabilities.
• Core Elements:
  • Development of Command and Control (C2) systems.
  • Strengthening Intelligence, Surveillance, and Reconnaissance (ISR).
  • Enhancing deep-strike, close-battle, and logistics capabilities.
  • This approach facilitates a gradual transition towards multi-domain operations (MDO), even though the concept remains complex and difficult to operationalise.
  • Historically, successful military transformations have required alignment between doctrine, technology, industrial capacity, and organisational structures. India must follow a similar trajectory.

What are the systemic challenges in india’s defence preparedness?

• Weak Defence-Industrial Base – India’s primary limitation lies not in technological knowledge but in its inability to produce military systems at scale and speed.
• Key Issues:
  • Disconnect between military requirements and industrial output.
  • Over-reliance on public sector undertakings.
  • Limited role of private industry.
• Priority Areas for Investment:
  • Missiles and munitions.
  • Drone technologies.
  • ISR and C2 networks.
  • Modernisation of legacy platforms.
  • Without expanding its defence-industrial base in partnership with private players, India will continue to face structural constraints.
• Inefficient Procurement Processes – India’s defence procurement system often acts as a bottleneck rather than an enabler.
• Challenges:
  • Procedural delays and bureaucratic inefficiencies.
  • Lack of long-term budgetary commitments.
  • Inflexibility in adapting to evolving military requirements.
• Required Reforms:
  • Simplification of procurement procedures.
  • Ensuring budgetary stability.
  • Providing long-term contracts for specialised systems.
  • Strengthening civil-military coordination to ensure informed decision-making.
  • India must not only spend more on defence but also spend more efficiently by prioritising key deterrent capabilities.

What are the importance of enabling layers in multi-domain deterrence?

• C4ISR dominance – Command, Control, Communications, Computers, Intelligence, Surveillance, and Reconnaissance (C4ISR) systems form the backbone of modern military operations.
• The ability to “see” the battlefield determines operational success.
• India must invest in affordable and expendable ISR platforms.
• Cyber and electronic warfare capabilities are essential to disrupt adversary systems.
• A layered C4ISR architecture that enhances India’s capabilities while degrading those of the adversary is crucial.
• Integrated strike capabilities – Effective deterrence requires the ability to strike deep into enemy territory.
• Integration of missiles, aircraft, and drones.
• Capability to disrupt enemy logistics and command structures.
• Close-battle capabilities – Frontline combat effectiveness remains essential.
• Coordination of tanks, artillery, and infantry combat vehicles.
• Ensuring battlefield dominance in high-intensity conflicts.
• Logistics and infrastructure – Sustaining military operations over a prolonged period requires a robust logistics network.
• Integration of supply chains and infrastructure.
• Efficient management of rear-area support systems.
• Nuclear deterrence – Given China’s nuclear capabilities, India’s nuclear deterrent remains a critical pillar.
• Acts as a counterbalance to conventional asymmetry.
• Requires careful calibration to maintain strategic stability.
• Industrial prioritisation and strategic investments – India must prioritise specific capabilities through targeted investments.
• China’s large missile inventory and its capacity for rapid production pose a serious threat. In contrast, India faces limitations in both inventory and surge capacity. This asymmetry could prove decisive in a prolonged conflict.
• Key Imperatives:
  • Expansion of missile production capabilities.
  • Development of scalable drone ecosystems.
  • Enhancement of industrial surge capacity during wartime.
  • Failure to address these gaps could embolden adversaries and weaken deterrence.

What should be done?

• Coherent Strategy – To build a credible multi-domain deterrence framework, India must adopt a holistic approach:
  • Shift focus from service-specific acquisitions to integrated capability development.
  • Encourage private sector participation in defence manufacturing.
  • Remove bureaucratic red tape and streamline regulatory processes.
  • Ensure long-term policy stability and financial commitment.
  • Promote doctrinal convergence alongside structural reforms such as theatre commands.
  • Importantly, national security institutions must work together to develop a shared understanding of deterrence objectives and the means to achieve them.

What lies ahead?

• India’s quest for credible multi-domain deterrence hinges on the strength of its defence-industrial base and its ability to build critical enabling layers.
• While there is no single solution, a calibrated and incremental approach that aligns technology, doctrine, and industrial capacity can significantly enhance India’s strategic posture. However, the window for meaningful reform is narrowing.
• Timely and decisive action is essential to bridge the capability gap and ensure long-term national security.
• In this context, India must develop a credible multi-domain deterrence framework anchored in a strong defence-industrial base.
• This requires making difficult policy choices regarding procurement, indigenous production, and technological investments, particularly in an era where technological evolution is outpacing doctrinal clarity.

Reference

The Hindu| China’s Military and India’s Compulsion

Thane Creek Flamingo Sanctuary (TCFS)

 Why in News?

Water samples collected from three key flamingo habitats in Navi Mumbai show rising toxicity levels.

• Location – Situated along the eastern suburb of Mumbai, Maharashtra, between Mumbai and Navi Mumbai.
• It was declared as a Wildlife Sanctuary in 2018.
• Declared under–The Wildlife Protection Act, 1972 and managed by the Maharashtra Forest Department.
• Rivers & Ecosystem – The creek gets the largest source of fresh water from Ulhas River and numerous drainage channels. It receives saline water from Arabian sea.
• Estuarine ecosystem formed by Thane Creek, an inlet of the Arabian Sea.
• Rich in mangroves, mudflats, and tidal creeks.
• Acts as a natural buffer against coastal erosion and floods.
• Vegetation & Flora – Mangroves - Avicennia, Rhizophora, Sonneratia species.
  • Carbon sink role - Mangroves absorb CO₂, contributing to climate change mitigation.
• Mudflats- Feeding grounds for migratory birds.
• Salt‑tolerant vegetation adapted to tidal conditions.
• Fauna – Flamingos - Greater Flamingo (Phoenicopterus roseus) and Lesser Flamingo (Phoeniconaias minor).
• Other birds - Sandpipers, gulls, herons, egrets, ~200 bird species.
• Declared as an Important Bird Area (IBA) by BirdLife International.
• Breeding & Migration – Flamingos breed in Kutch, Gujarat, but migrate to TCFS for feeding.
• Seasonal migration - October – May and Peak congregation: February – March.
• TCFS hosts more than 1 lakh flamingos annually.
• Part of the Central Asian Flyway (CAF), a major global migratory bird route.
• Ramsar Site Recognition – It was recognized as a Ramsar Site in 2022.
• Threats – Pollution- High total dissolved solids (TDS), biochemical oxygen demand (BOD), Chemical Oxygen Demand (COD), and alkaline pH levels in satellite wetlands.
• Urbanization-Wetland reclamation by CIDCO and real estate projects.
• Habitat Loss-Reduced tidal flushing, stagnant water.
• Plastic & Sewage Pollution - Marine debris affecting feeding grounds.
• Climate Change - Altered hydrology and salinity levels.

References

The Hindu | TCFS

World Air Quality Report 2025

Why in News?

India was ranked as the sixth most polluted country globally in the World Air Quality Report 2025 released by IQAir.

Global Context

• Report Coverage - 143 countries.
• WHO Guideline - Annual average PM2.5 should be ≤ 5 µg/m³.
• Report Findings - It highlights a severe global air pollution crisis, with 91% of surveyed countries/territories failing to meet World Health Organization (WHO) annual air quality standards.
• Only 14% of cities met the recommended PM2.5 guideline of or less.
• Best Air Quality - Only 13, including Iceland, Australia, Panama, Estonia, French Polynesia.
• Global Ranking (2025) - Top 5 Most Polluted Countries -
  • Pakistan
  • Bangladesh
  • Tajikistan
  • Chad
  • DR Congo
• Regional Trend - 17 of the world’s 20 most polluted cities are in Central & South Asia (majority in India and Pakistan).
• Overall Trend - The report shows that pollution is heavily driven by industrial agriculture, fossil fuels, and wildfires.

Key Findings in India

• Trend Pattern - India ranked 3^rd in 2023, 5^th in 2024 and 6^th in 2025.
• Most polluted city in the world - 2025 – Loni (Ghaziabad) - PM2.5 levels exceeding the WHO guideline by over 22 times.
• Most Polluted metropolitan cities - Begusarai (Bihar) and Guwahati (Assam) emerged as two of the most polluted metropolitan areas in the world.
• Most polluted capital- New Delhi.
• Polluted Cities in India - 74 of the 100 most polluted cities globally were in India (2024), down from 83 in 2023.
• Regional Shifts - Northern Indian cities showed slight improvements due to stricter enforcement of the NCAP (National Clean Air Programme).
• But, Air quality in South Indian cities like Bengaluru and Hyderabad showed a slight decline due to increased vehicular emissions and construction.
• Key Drivers of Pollution - Transport & Industry - Vehicular emissions remain the primary contributor in urban centers.
• Biomass Burning - Stubble burning in North India and the use of solid fuels for cooking in rural areas.
• Climate Factors - El Niño patterns in early 2025 led to stagnant air conditions in South Asia, preventing the dispersal of pollutants.
• Dust Storms - Increased frequency of dust storms from the Thar Desert affecting Rajasthan, Haryana, and Delhi.

References

The Hindu | AQI

Transgender Persons (Protection of Rights) Act, 2019 vs Transgender Persons (Protection of Rights) Amendment Bill, 2026

Why in News?

Recently, The Transgender Persons (Protection of Rights) Amendment Bill, 2026 was introduced in the Lok Sabha.

 References

1. PRS India | Transgender Amendment Bill
2. PRS India | Transgender Amendment Bill

Beavers

Why in News?

A recent study published in that beavers can transform riverbeds into powerful carbon sinks, offering significant potential for climate mitigation in Europe.

• These are semi-aquatic rodents known for their role as "nature's engineers."
• Genus – Castor.
  • Scientific Name - Castor canadensis (North American) and Castor fiber (Eurasian).
• They are the second-largest living rodents in the world, surpassed only by the Capybara.
• Habitat – Found in temperate and boreal regions of Europe, North America, and parts of Asia.
• Prefer river corridors, wetlands, and riparian forests.
• Build dams and lodges in streams and rivers, altering hydrology and sedimentation.
• Global Distribution – Europe - Increasingly recolonising rivers after conservation efforts.
• North America - Widespread across Canada and USA.
• Asia - Small populations in Mongolia, China, and Russia.
• India Context - While not currently native, historical records indicate that the Manipur beaver (Trogontherium cuvieri) existed in India until approximately 1905.
• Ecological Importance - Beavers are classified as a Keystone Species because their impact on the environment is disproportionately large compared to their population size.
• Dam Building - By constructing dams with mud, stones, and wood, they slow down stream flow and create wetlands.
• Nature’s Kidneys- These dams act as natural filtration systems, trapping sediment and filtering out pollutants like nitrates and phosphates, which significantly improves water quality downstream.
• Carbon Sequestration - Recent studies (2025-26) highlight that beaver-created wetlands are excellent at trapping organic matter and storing carbon, helping mitigate climate change.
• Disaster Mitigation- * Floods: Dams act as "speed bumps" that reduce the peak of floodwaters.
• Droughts - Ponds store water that recharges groundwater and keeps streams flowing during dry spells.
• Wildfires - Areas with beaver activity often act as natural firebreaks, remaining lush and green while surrounding areas burn.
• Threats – Dependence on intact dams for long‑term carbon storage.
• Seasonal CO₂ emissions when water levels recede.
• Human–wildlife conflict - flooding of agricultural lands and infrastructure.
• Conservation Status - IUCN Red List- Both species are currently listed as Least Concern.

References

1. Down to earth | Beavers
2. Wageningen University & Research | Beavers