Climate Change, Pollution & Environmental Conservation

Overview

India is one of the most environmentally stressed countries in the world. It is the third-largest emitter of greenhouse gases, home to 14 of the 20 most polluted cities on the planet, and faces severe water scarcity in multiple regions. Yet it is also one of the most vulnerable nations to climate change, with long coastlines, glacier-dependent river systems, and an agrarian economy that depends on monsoon rainfall. The environmental crisis is not a distant threat — it is already here, reshaping agriculture, health, migration patterns, and urban life.

This module examines the environmental challenges confronting India and the world: climate change, air and water pollution, biodiversity loss, and the governance structures designed to address them. It covers the science of climate change, the policy responses of the Indian government and the international community, the social justice dimensions of environmental degradation, and the tools available to citizens who want to act. The goal is not to produce environmental experts but to create informed citizens who can read environmental news critically, participate in public debates, and hold governments and corporations accountable for the damage they cause.

Environmental issues are uniquely intersectional. They connect to economics (who pays for the transition to clean energy), to politics (who controls land and resources), to public health (who breathes the most polluted air), and to justice (which communities bear the cost of industrial development). A citizen who understands these connections is better equipped to engage with the most consequential challenge of the 21st century.

Climate Change Science and India's Vulnerability

Global temperatures have risen sharply since the pre-industrial era, with the last decade showing unprecedented warming. The chart below tracks the global temperature anomaly — the deviation from the long-term average — revealing an accelerating trend that aligns with IPCC warnings. Understanding this trajectory is essential for grasping why climate action cannot be delayed.

Climate change is the long-term alteration of temperature and typical weather patterns in a place. The Earth's average temperature has risen by approximately 1.1°C since the pre-industrial era, primarily due to the burning of fossil fuels, deforestation, and industrial agriculture. The Intergovernmental Panel on Climate Change (IPCC) warns that warming beyond 1.5°C will trigger catastrophic and irreversible changes, including the collapse of ice sheets, the dieback of the Amazon rainforest, and the triggering of feedback loops that accelerate warming further.

The Science of Global Warming

• Greenhouse gases (GHGs): Carbon dioxide (CO₂), methane (CH₄), nitrous oxide (N₂O), and fluorinated gases trap heat in the atmosphere. CO₂ is the most significant, accounting for about 76% of global GHG emissions. Methane is more potent (28–30 times more effective at trapping heat than CO₂ over 100 years) but shorter-lived. India is a major emitter of both, with coal-fired power plants, rice cultivation, and livestock contributing significantly.
• The carbon budget: Scientists estimate the maximum amount of CO₂ that can be emitted while keeping warming below 1.5°C or 2°C. At current emission rates, the 1.5°C budget will be exhausted within years. This creates a stark moral and political question: who gets to emit the remaining carbon? Developed countries have already consumed most of the historical budget, while developing countries like India argue that they need carbon space for development.
• Climate feedback loops: Warming triggers processes that amplify further warming. Melting Arctic ice reduces the Earth's reflectivity (albedo), causing more heat absorption. Thawing permafrost releases methane. Dying forests release stored carbon. These feedback loops mean that climate change can accelerate faster than models predict, making early action essential.
• Extreme weather attribution: Scientists can now attribute specific extreme weather events to climate change with increasing confidence. The 2022 Pakistan floods, the 2024 Chennai cyclone, the repeated heat waves across India, and the erratic monsoon patterns of recent years are all consistent with climate models. The IPCC's Sixth Assessment Report (2021–2023) confirms that extreme heat, heavy rainfall, and droughts are becoming more frequent and intense due to human-caused warming.

India's Climate Vulnerability

• Agricultural dependence: Over 40% of India's population depends on agriculture, which is heavily rain-fed. The monsoon, already erratic, is becoming more unpredictable due to climate change. A 1°C rise in temperature can reduce wheat yields by 5–7% and rice yields by 3–5%. The frequency of both droughts and floods is increasing, devastating farmers and contributing to rural distress and migration.
• Glacial melt and river systems: The Himalayan glaciers feed the Ganga, Brahmaputra, and Indus river systems, which support hundreds of millions of people. These glaciers are retreating at accelerating rates. Short-term, meltwater increases river flow; long-term, it reduces the base flow that sustains rivers during dry seasons. The Indus and Ganga basins face existential threats to water security within this century.
• Coastal vulnerability: India has a 7,500 km coastline, with major cities like Mumbai, Chennai, Kolkata, and Kochi lying at or near sea level. Sea level rise threatens inundation, saltwater intrusion into aquifers, and the destruction of coastal ecosystems like mangroves. The Sundarbans, home to millions and a critical biodiversity hotspot, is already experiencing land loss due to rising seas and cyclone intensification.
• Heat waves and public health: India has experienced some of the most severe heat waves in recorded history. In 2024, temperatures in parts of Rajasthan and Gujarat exceeded 50°C. Heat waves cause direct mortality (especially among outdoor workers, the elderly, and the poor), reduce labor productivity, and damage infrastructure. The Lancet Countdown on Health and Climate Change reports that climate-sensitive diseases like dengue, malaria, and heat-related illnesses are increasing in India.
• Cyclones and extreme rainfall: The intensity of cyclones in the Arabian Sea and the Bay of Bengal is increasing. Cyclones Amphan (2020), Tauktae (2021), and Michaung (2023) caused massive damage. Extreme rainfall events — like the 2023 Delhi floods, the 2024 Himachal Pradesh landslides, and the recurring urban flooding in Mumbai and Bengaluru — are becoming more frequent and destructive.

International Climate Agreements

• Paris Agreement (2015): The landmark agreement under the UN Framework Convention on Climate Change (UNFCCC) aims to limit global warming to well below 2°C, preferably 1.5°C, above pre-industrial levels. Countries submit Nationally Determined Contributions (NDCs) outlining their emission reduction targets. India pledged to reduce the emissions intensity of its GDP by 45% by 2030 (from 2005 levels), achieve 50% cumulative electric power installed capacity from non-fossil fuel sources by 2030, and reach net-zero emissions by 2070.
• Common But Differentiated Responsibilities (CBDR): This principle recognizes that developed countries have historically contributed the most to climate change and have greater capacity to act. India has consistently invoked CBDR to resist binding emission cuts that would constrain its development. The principle is enshrined in the UNFCCC but is constantly contested in negotiations, with developed countries seeking stronger commitments from all major emitters.
• COP conferences and India's role: India has played a pivotal role in climate negotiations, often leading the bloc of developing nations. At COP26 (Glasgow, 2021), India announced its 2070 net-zero target and pushed for a global commitment to phase down (not phase out) coal. At COP27 (Sharm el-Sheikh, 2022), India supported the creation of a Loss and Damage fund to compensate vulnerable countries for climate impacts. At COP28 (Dubai, 2023), India opposed a timeline for fossil fuel phase-out while emphasizing its renewable energy investments.
• Criticism of India's climate commitments: Critics argue that India's targets are insufficient and that the 2070 net-zero date is too late to meet the 1.5°C goal. Others argue that India's per capita emissions are still far below those of developed countries and that the country needs energy access for its poor. The tension between development and decarbonization is real and cannot be resolved by simplistic demands for emission cuts without addressing energy poverty, financing, and technology transfer.

Air Pollution Crisis

India is the world's third-largest emitter of CO₂ in absolute terms, though its per capita emissions remain far below those of developed nations. The chart below compares total annual emissions and per capita emissions across major economies, highlighting the disparity between industrialized and developing countries. This tension between development needs and climate responsibility lies at the heart of international climate negotiations.

Air pollution is the single largest environmental health risk in India. The WHO estimates that 99% of India's population lives in areas where air quality exceeds safe limits. In 2023, India ranked as the most polluted country in the world in terms of annual average PM2.5 concentrations. The health costs are staggering: an estimated 1.6 million premature deaths annually, with children, the elderly, and low-income communities bearing the highest burden.

Sources of Air Pollution

• Vehicle emissions: India's vehicle fleet is growing rapidly. While emission standards have tightened (India moved to BS-VI standards in 2020, equivalent to Euro 6), the sheer number of vehicles, combined with poor traffic management, old vehicles, and adulterated fuel, keeps vehicular emissions high. Two-wheelers and diesel trucks are particularly polluting. The shift to electric vehicles (EVs) is underway but faces challenges of charging infrastructure, battery cost, and grid capacity.
• Industrial emissions: Coal-fired power plants, steel mills, cement factories, and chemical plants are major sources of particulate matter, sulfur dioxide, nitrogen oxides, and heavy metals. Many industrial units operate without adequate pollution control equipment or flout emission norms. The Central Pollution Control Board (CPCB) and State Pollution Control Boards (SPCBs) are understaffed and often captive to industry interests. The enforcement of Consent to Operate conditions is notoriously weak.
• Agricultural burning: Crop residue burning in Punjab, Haryana, and Uttar Pradesh is a major contributor to the seasonal smog that blankets Delhi and northern India every winter. Farmers burn rice stubble to clear fields quickly for wheat planting because the window between harvest and sowing is short and mechanized alternatives (like the Happy Seeder) are expensive or unavailable. The practice is illegal but persists due to economic pressures, lack of alternatives, and weak enforcement.
• Construction dust and road dust: Unregulated construction, unpaved roads, and poor waste management generate significant dust. In Delhi, road dust accounts for an estimated 30–35% of PM10 emissions. Construction sites are required to follow dust control measures (water spraying, covering material), but compliance is sporadic and penalties are rarely enforced.
• Domestic biomass burning: Millions of rural households still cook with wood, dung, and coal, producing indoor air pollution that is often more dangerous than outdoor pollution. The Pradhan Mantri Ujjwala Yojana (PMUY) provided LPG connections to over 80 million households, but many beneficiaries could not afford refills and reverted to biomass. The transition to clean cooking requires not just connections but sustained subsidies and behavioral change.

The Northern India Smog Season

• Delhi-NCR air quality emergency: Every winter, Delhi and surrounding areas experience a public health emergency as air quality index (AQI) values cross 400–500 (the "severe" category, where even healthy people experience serious health effects). Schools are closed, construction is banned, and the odd-even vehicle rationing scheme is imposed. These emergency measures are reactive, not preventive, and do little to address the structural causes of pollution.
• The Graded Response Action Plan (GRAP): GRAP is a set of emergency measures triggered by AQI levels, implemented by the Commission for Air Quality Management (CAQM) in the NCR. It includes measures like banning diesel generators, stopping construction, restricting truck entry, and spraying water. While GRAP has brought some coordination to the emergency response, it has been criticized for being too little, too late, and for focusing on Delhi while ignoring the broader airshed that includes Punjab, Haryana, Uttar Pradesh, and Rajasthan.
• Judicial interventions: The Supreme Court and the National Green Tribunal (NGT) have repeatedly intervened in the Delhi air pollution crisis. The Court has ordered the closure of polluting industries, the conversion of public transport to CNG, and the implementation of the odd-even scheme. The NGT has imposed fines and directed state governments to act. However, judicial orders have not been sufficient to overcome administrative failure, political inertia, and the inter-state nature of the problem.
• Health impacts: Long-term exposure to PM2.5 (particles smaller than 2.5 micrometers) causes cardiovascular disease, stroke, lung cancer, chronic obstructive pulmonary disease (COPD), and reduced lung function in children. The economic cost of air pollution in India is estimated at 1.4% of GDP annually. The health burden falls disproportionately on the poor, who live in the most polluted areas, work outdoors, and have the least access to healthcare.

Water Pollution and Scarcity

Water is the most critical resource challenge facing India. The country has 18% of the world's population but only 4% of its freshwater resources. Groundwater, which supplies 85% of drinking water and 60% of irrigation, is being depleted faster than it is replenished. Meanwhile, rivers, lakes, and groundwater are polluted by industrial discharge, untreated sewage, agricultural runoff, and solid waste.

Groundwater Depletion

• Aquifer stress: India is the largest user of groundwater in the world. States like Punjab, Haryana, Rajasthan, Gujarat, and Tamil Nadu are extracting groundwater at unsustainable rates. The Central Ground Water Board (CGWB) reports that 60% of assessed aquifers are in the "over-exploited" or "critical" category. In some areas, the water table has fallen by hundreds of meters, making borewells prohibitively expensive or impossible to drill.
• Agricultural pumping: Free or subsidized electricity for agricultural pumps has encouraged farmers to pump water without regard to scarcity. The cultivation of water-intensive crops like rice in Punjab and Haryana and sugarcane in Maharashtra is economically rational for individual farmers but ecologically catastrophic at the aggregate level. The Minimum Support Price (MSP) regime incentivizes these crops, creating a policy-induced water crisis.
• Urban water stress: Cities like Bengaluru, Chennai, Delhi, and Hyderabad face acute water shortages. Bengaluru's water table has dropped so dramatically that many borewells have run dry. Chennai experienced a "Day Zero" crisis in 2019 when its reservoirs nearly ran empty. Urban water management is plagued by distribution losses (leakage), non-revenue water, and inequitable access, with slum residents often paying more for water than wealthy residents in gated communities.
• Rainwater harvesting and recharge: Rainwater harvesting is mandated in many states but implemented unevenly. Tamil Nadu has made rainwater harvesting mandatory for all buildings since 2003, with some success in recharging aquifers. The Jal Shakti Abhiyan and the Atal Bhujal Yojana are central government initiatives aimed at groundwater conservation, but their impact is limited by the scale of the problem and the lack of community-level management.

River Pollution

• The Ganga: The Ganga is India's most sacred and most polluted river. The Namami Gange programme, launched in 2014 with a budget of ₹20,000 crore, aimed to clean the river by building sewage treatment plants (STPs), improving solid waste management, and preventing industrial discharge. Progress has been mixed: some stretches have improved, but untreated sewage still flows into the river in massive quantities. The Ganga is also threatened by damming, water diversion, and sand mining.
• Yamuna and urban rivers: The Yamuna in Delhi is functionally a sewer, with dissolved oxygen levels near zero for long stretches. The Delhi Jal Board and the Yamuna Action Plan have spent billions on STPs, but the capacity is insufficient, the plants are often non-functional, and the sewer network does not cover all areas. The problem is not just technology but governance: multiple agencies operate without coordination, and political will is sporadic.
• Industrial effluents: The tanneries of Kanpur, the textile dyeing units of Tiruppur, the chemical industries of Gujarat and Maharashtra, and the pharmaceutical plants of Hyderabad have all poisoned rivers and groundwater with toxic heavy metals, dyes, and chemicals. The NGT has ordered the closure of some polluting units, but enforcement is inconsistent, and many industries simply move to less regulated areas or pay fines as a cost of doing business.
• Plastic and solid waste: Rivers carry vast quantities of plastic waste to the ocean. India generates over 25,000 tonnes of plastic waste daily, much of which is not collected or recycled. The ban on single-use plastics (implemented in 2022) is poorly enforced. Microplastics are now found in drinking water, food, and human blood, with unknown long-term health effects.

Biodiversity and Conservation

India is one of the world's 17 megadiverse countries, hosting 7–8% of all recorded species. From the Himalayan snow leopard to the Bengal tiger, from the Western Ghats to the Sundarbans, India's biodiversity is extraordinary. But it is also under severe threat from habitat destruction, poaching, human-wildlife conflict, invasive species, and climate change.

Protected Areas and Conservation Status

• National parks and wildlife sanctuaries: India has over 100 national parks and 500 wildlife sanctuaries, covering about 5.7% of its land area. Project Tiger, launched in 1973, has helped recover tiger populations from a low of around 1,800 in the 1970s to over 3,600 in 2023. Project Elephant, the Crocodile Conservation Project, and the Snow Leopard Conservation Programme have also had successes. However, protected areas face pressures from encroachment, infrastructure development, and tourism.
• Tiger conservation: The tiger is both an ecological and cultural symbol. India now hosts about 75% of the world's wild tigers. The success of tiger conservation is attributed to habitat protection, anti-poaching measures, community involvement, and the National Tiger Conservation Authority (NTCA). However, tiger populations are fragmented, and habitat corridors between reserves are being degraded by roads, railways, and human settlement. Human-tiger conflict is increasing in states like Maharashtra and Karnataka, where tigers kill livestock and occasionally humans, leading to retaliatory killings.
• Western Ghats and biodiversity hotspots: The Western Ghats, a UNESCO World Heritage Site, are one of the world's biodiversity hotspots. They host thousands of endemic species of plants, amphibians, and mammals. The Gadgil Committee (2011) and the Kasturirangan Committee (2013) recommended different levels of ecological protection for the Ghats, but their implementation has been blocked by political opposition from mining, plantation, and real estate interests. The conflict between conservation and development is acute in Kerala, Karnataka, and Tamil Nadu, where the Ghats are also densely populated.
• Forest cover and deforestation: The Forest Survey of India reports that forest cover has stabilized or slightly increased in recent years, but critics question the methodology, which counts plantations and orchards as "forest." Natural forests continue to be degraded, and the quality of forest cover (biodiversity, canopy density, and ecological function) is declining. The diversion of forest land for mining, dams, roads, and industry remains contentious, with the Forest Conservation Act (1980) providing a legal framework that is often bypassed or diluted.

Threats to Biodiversity

• Habitat destruction: Urbanization, industrial expansion, agriculture, and infrastructure projects fragment and destroy natural habitats. Wetlands are drained for construction, mangroves are cleared for ports, and grasslands are converted to farmland. The India State of Forest Report acknowledges that very dense forests are declining while open forests and scrub are increasing — a shift that reduces biodiversity even if total "forest cover" appears stable.
• Poaching and illegal wildlife trade: Despite the Wildlife Protection Act (1972) and CITES commitments, poaching of tigers, elephants, rhinos, pangolins, and other species continues. The illegal wildlife trade is a global criminal enterprise worth billions of dollars. India is a source, transit, and destination country for wildlife products. The enforcement capacity of forest departments varies widely, and corruption undermines anti-poaching efforts.
• Human-wildlife conflict: As human populations expand into forest areas, conflicts with elephants, leopards, monkeys, and wild boars increase. Elephants damage crops and property; leopards enter villages; monkeys raid urban areas. These conflicts lead to retaliatory killings, displacement of communities, and demands for culling or translocation. The response is often ad hoc, with compensation schemes that are slow and inadequate.
• Invasive species: Species like the water hyacinth, lantana, and Parthenium (congress grass) have invaded Indian ecosystems, outcompeting native species and reducing biodiversity. Invasive species are often introduced unintentionally through trade, transport, and horticulture. Managing them is expensive and difficult, and India lacks a comprehensive invasive species strategy.

Environmental Governance and Policy

India has made significant strides in renewable energy capacity over the past decade, with solar power experiencing explosive growth. The chart below tracks the expansion of solar, wind, and hydro capacity alongside the total renewable energy portfolio from 2014 to 2024. These investments reflect India's commitment to its Paris Agreement targets and its broader strategy for energy security.

India's environmental governance framework is extensive on paper but weak in implementation. The Constitution, laws, institutions, and judicial pronouncements create a robust structure for environmental protection, but enforcement is undermined by capacity constraints, political pressure, corruption, and the prioritization of economic growth over ecological sustainability.

Constitutional and Legal Framework

• Constitutional provisions: The 42nd Amendment (1976) added Article 48A to the Directive Principles of State Policy, which mandates the state to protect and improve the environment and safeguard forests and wildlife. Article 51A(g) imposes a fundamental duty on every citizen to protect and improve the natural environment. While directive principles are not enforceable by courts, they have been used to interpret the scope of fundamental rights, particularly Article 21 (right to life), which the Supreme Court has held includes the right to a clean environment.
• Environment Protection Act (1986): This umbrella legislation provides the central government with broad powers to protect and improve the environment. It enables the government to set standards, restrict industrial operations, and establish authorities. The Act was passed in the wake of the Bhopal gas disaster (1984) and is India's most comprehensive environmental law. However, it has been criticized for being too vague and for giving the government excessive discretion without adequate accountability.
• Air and Water Acts: The Water (Prevention and Control of Pollution) Act (1974) and the Air (Prevention and Control of Pollution) Act (1981) established the CPCB and SPCBs, which are supposed to regulate pollution, issue consent to operate, and enforce standards. The boards have been largely ineffective due to understaffing, lack of technical capacity, political interference, and the capture of regulators by industry. The penal provisions are weak, and criminal prosecution for pollution is rare.
• Forest and wildlife laws: The Forest Conservation Act (1980) requires central government approval for diversion of forest land for non-forest purposes. The Wildlife Protection Act (1972) protects species and habitats. The Biological Diversity Act (2002) implements the Convention on Biological Diversity at the national level. These laws have been amended and diluted over time, and their implementation is inconsistent.
• Environmental Impact Assessment (EIA): The EIA notification (2006, revised in 2020) requires projects to assess and mitigate environmental impacts before receiving clearance. The EIA process has been criticized for being a formality rather than a genuine assessment: public hearings are often stage-managed, consultants are hired by project proponents, and the expert appraisal committees have been accused of being pro-industry. The 2020 EIA draft proposed diluting the process further, drawing massive public opposition.

Key Institutions

• Ministry of Environment, Forest and Climate Change (MoEFCC): The nodal ministry for environmental policy. It oversees the CPCB, the NTCA, the National Biodiversity Authority, and other bodies. The ministry has been criticized for prioritizing clearance over conservation, for fast-tracking project approvals, and for diluting environmental safeguards. The ministerial portfolio is often given to political allies rather than environmental experts.
• Central Pollution Control Board (CPCB) and State Pollution Control Boards (SPCBs): These are the primary regulators of air and water pollution. They set standards, monitor quality, issue consents, and can prosecute violators. In practice, they are underfunded, understaffed, and often beholden to state governments that prioritize industry over environment. The CPCB has been more active in recent years, publishing air quality data and enforcing some norms, but the gap between regulation and reality remains vast.
• National Green Tribunal (NGT): Established in 2010, the NGT is a specialized court for environmental disputes. It has original jurisdiction over environmental matters and has heard thousands of cases on pollution, forest diversion, mining, and industrial accidents. The NGT has been praised for its accessibility and speed compared to regular courts, but it has also been criticized for inconsistent expertise, limited enforcement powers, and the non-compliance of its orders by state governments. The NGT's judgments can be appealed to the Supreme Court, and some of its orders have been stayed or overturned.
• Commission for Air Quality Management (CAQM): Created in 2021 for the NCR and adjoining areas, the CAQM is a statutory body with powers to coordinate air quality management across Delhi, Punjab, Haryana, Uttar Pradesh, and Rajasthan. It replaces the earlier Environment Pollution Control Authority (EPCA). The CAQM has the power to issue directions, impose fines, and shut down polluting activities. Its effectiveness is still being tested, but it represents a recognition that air pollution is a regional problem requiring regional coordination.

Major Government Schemes

• Namami Gange: The flagship programme for cleaning the Ganga, with a focus on sewage treatment, solid waste management, riverfront development, and biodiversity conservation. The programme has built STPs, improved crematoria, and reduced some pollution sources, but the river remains far from clean. The challenge is not just infrastructure but the scale of untreated sewage, the multiplicity of agencies, and the lack of sustained river flow due to dams and diversions.
• National Clean Air Programme (NCAP): Launched in 2019, NCAP aims to reduce particulate pollution by 20–30% in 132 non-attainment cities (cities that do not meet national air quality standards) by 2024. The programme provides funding for city-specific action plans, monitoring networks, and emission control measures. Progress has been slow, and many cities have not seen significant improvement. The target was revised to a 40% reduction by 2025–26, but the funding and capacity gaps remain.
• Jal Jeevan Mission: Aimed at providing tap water connections to every rural household by 2024. The mission has made significant progress, but the sustainability of water supply is questionable in water-scarce regions. The mission focuses on supply infrastructure but does not adequately address groundwater depletion, water quality, or demand management.
• PM-KUSUM and renewable energy: The Pradhan Mantri Kisan Urja Suraksha evam Utthaan Mahabhiyan (PM-KUSUM) promotes solar pumps and grid-connected solar plants for farmers. This is part of the broader push for renewable energy, which has seen India add massive solar and wind capacity. However, coal still dominates power generation, and the transition to renewables faces challenges of grid integration, storage, land use, and financing.

Climate Justice and Social Dimensions

Environmental degradation is not neutral. It affects different communities differently, and the costs and benefits of both pollution and conservation are distributed unequally. Climate justice and environmental justice frameworks examine these distributional impacts and argue that environmental policy must address inequality, not exacerbate it.

Environmental Justice in India

• Caste and pollution: Dalit communities are often forced to live in the most polluted areas, near garbage dumps, sewage channels, and industrial zones. Manual scavenging, despite being legally banned, continues in some areas, exposing workers to lethal gases and infections. The environmental burden of caste is not just a social issue but an environmental one: the denial of clean water, sanitation, and air is a form of environmental injustice rooted in caste hierarchy.
• Adivasi displacement and conservation: Forest conservation often comes at the cost of Adivasi (tribal) communities who have lived in and sustainably managed forests for generations. The creation of national parks and wildlife sanctuaries frequently leads to the displacement and exclusion of forest dwellers. The Forest Rights Act (2006) recognizes the rights of forest dwellers to land and resources, but its implementation has been resisted by forest departments and state governments. The tension between conservation and indigenous rights is a central issue in environmental justice.
• Urban environmental inequality: In cities, the wealthy live in green, low-pollution enclaves with air purifiers, private water supplies, and waste management services. The poor live in crowded, polluted slums with contaminated water, no sewage connections, and exposure to industrial and vehicular emissions. The Mumbai slums along the Mithi river, the Delhi slums near landfill sites, and the Bengaluru slums in low-lying flood-prone areas all exemplify environmental inequality. Climate adaptation is also class-based: the rich can move, rebuild, and insure; the poor cannot.
• Gender and environment: Women, especially in rural areas, bear disproportionate responsibility for water collection, fuel gathering, and caregiving during climate disasters. Drought and water scarcity increase women's labor burden. Climate displacement and migration increase women's vulnerability to violence and exploitation. Women are also underrepresented in environmental decision-making, from village councils to international climate negotiations. The gender dimension of environmental crisis is often overlooked in policy.

Climate Migration and Displacement

• Climate-induced migration: As climate impacts intensify, migration is becoming a major adaptation strategy. Farmers from drought-hit Maharashtra, Telangana, and Karnataka migrate to cities for construction work. Coastal communities in Odisha, West Bengal, and Tamil Nadu move inland as seas rise and salinity intrudes. The Internal Displacement Monitoring Centre estimates that India has millions of climate-displaced people, though exact numbers are difficult to establish because climate migration is intertwined with economic migration.
• Lack of legal recognition: India does not recognize climate refugees or climate migrants as a legal category. The 1951 Refugee Convention and its 1967 Protocol do not cover climate displacement, and India is not a signatory in any case. Climate migrants are treated as economic migrants or illegal settlers, denied access to housing, services, and social protection. The lack of legal frameworks leaves them vulnerable to exploitation, eviction, and statelessness.
• Planned relocation: In some cases, governments are planning the relocation of vulnerable communities. The Sundarbans, the Himalayan villages facing glacial lake outburst floods, and the coastal villages of Odisha have seen pilot relocation projects. These are fraught with challenges: compensation is often inadequate, cultural ties to land are severed, and livelihoods are not replicated in new locations. Participation of affected communities in relocation planning is often minimal.

Just Transition

• Coal-dependent economies: India's coal belt — Jharkhand, Chhattisgarh, Odisha, and parts of Madhya Pradesh — depends on coal mining and coal-fired power for employment and revenue. A rapid transition away from coal would devastate these economies if not managed carefully. Mines would close, workers would lose jobs, and local governments would lose royalties. The concept of a "just transition" argues that decarbonization must include support for affected workers and communities: retraining, alternative employment, social protection, and economic diversification.
• International climate finance: Developed countries pledged to mobilize $100 billion per year in climate finance for developing countries by 2020. The target has not been met, and much of the finance provided has been in the form of loans rather than grants. India has consistently demanded that developed countries fulfil their finance commitments and provide technology transfer. The Loss and Damage fund agreed at COP27 is a step forward, but its capitalization and governance remain uncertain. Climate justice at the global level requires rich, high-emitting countries to pay for the damage they have caused and to support the transition of poorer countries.
• Green jobs and inequality: The renewable energy sector has created jobs, but they are often informal, low-paid, and hazardous. Solar panel manufacturing and installation involve toxic chemicals and unsafe conditions. The green economy, if not regulated, can reproduce the same inequalities as the fossil fuel economy. A just transition requires not only moving to clean energy but also ensuring fair wages, safe conditions, and labor rights in the new sectors.

Citizen Action and Tools

Environmental problems can seem overwhelming, but individual and collective action matters. Citizens can monitor pollution, report violations, participate in public consultations, support environmental movements, and make sustainable choices. The following tools and strategies can help citizens engage effectively.

Monitoring and Reporting

• Air quality apps and portals: The CPCB publishes real-time air quality data on its website (cpcb.nic.in) and through the SAMEER app. The Air Quality Index (AQI) is color-coded: green (0–50), yellow (51–100), orange (101–200), red (201–300), purple (301–400), and maroon (401–500). Use these tools to protect your health and to document pollution levels in your area. Independent monitoring platforms like IQAir and OpenAQ also provide data.
• RTI for environmental information: The Right to Information Act can be used to access environmental data, pollution reports, EIA documents, and compliance records. If a factory near your home is polluting, file an RTI asking for its Consent to Operate, emission monitoring reports, and any penalties imposed. The information can be used to demand enforcement, approach the NGT, or organize community action.
• Sameer app and CPCB portals: The CPCB's SAMEER app and website provide real-time air quality data from monitoring stations across India. Use it to track pollution in your city, identify hotspots, and demand action when AQI crosses safe levels. The National Water Quality Monitoring Programme also publishes water quality data, though with less frequency.
• Green Vigil and citizen science: Organizations like the Environment Support Group (ESG) and local citizen groups train residents to monitor pollution, document violations, and file complaints. Citizen science projects — like bird counts, tree mapping, and water quality testing — generate data that can influence policy and raise awareness.

Participating in Environmental Decision-Making

• EIA public hearings: When a project requires environmental clearance, a public hearing is supposed to be held in the affected area. These hearings are often the only formal opportunity for local communities to oppose a project. Attend hearings, prepare specific objections, document the proceedings, and challenge any irregularities. Many hearings have been manipulated — held at inconvenient times, with limited notice, or with paid attendees. Exposing such practices can delay or stop harmful projects.
• NGT petitions: The NGT is accessible to individuals and communities. Any person affected by environmental harm can file a petition. The NGT has heard cases on river pollution, air quality, waste management, forest diversion, and industrial accidents. The filing process is simpler than regular courts, and the tribunal is required to dispose of cases within six months. Legal aid organizations and environmental NGOs can assist with drafting petitions.
• Local governance and gram sabhas: Under the Panchayats (Extension to Scheduled Areas) Act (PESA) and the Forest Rights Act, gram sabhas (village assemblies) have the power to approve or reject mining and other projects in their areas. These powers are rarely exercised due to lack of awareness and state resistance, but they are potent tools when communities organize. The Niyamgiri movement in Odisha, where Dongria Kondh villagers used gram sabha powers to reject bauxite mining, is a landmark example.

Environmental Movements

• Chipko Movement (1973): One of India's most famous environmental movements, in which villagers in Uttarakhand (then Uttar Pradesh) hugged trees to prevent them from being felled by contractors. Led by women and inspired by Gandhian methods, Chipko demonstrated the power of non-violent resistance in environmental protection and inspired forest conservation movements globally.
• Narmada Bachao Andolan (1985–present): A mass movement against the Sardar Sarovar Dam and other dams on the Narmada river. Led by Medha Patkar, the movement highlighted the human and environmental costs of large dams: displacement of Adivasis, loss of forests, and submergence of fertile land. The movement used every tactic available — protests, hunger strikes, legal battles, and international advocacy. While the dam was eventually completed, the movement succeeded in bringing displacement and rehabilitation to national attention and influenced the design of resettlement policies.
• Silent Valley movement (1970s–1983): A successful campaign to save the Silent Valley rainforest in Kerala from a hydroelectric project. The movement united scientists, activists, writers, and citizens and resulted in the cancellation of the project and the creation of a national park. It is one of the few environmental movements in India that achieved a complete victory.
• Anti-mining movements: Movements against bauxite mining in Niyamgiri (Odisha), iron ore mining in Goa, and coal mining in Hasdeo Aranya (Chhattisgarh) have combined environmental concerns with Adivasi rights. These movements face severe repression, including arrests, violence, and the use of UAPA against activists. The murder of journalist and activist Gauri Lankesh and the arrest of activists in the Bhima Koregaon case are reminders that environmental activism in India is dangerous.
• Fridays for Future and youth climate strikes: Inspired by Greta Thunberg, Indian youth have organized climate strikes and campaigns demanding stronger climate action. These movements have brought climate awareness to a new generation and have used social media effectively to bypass traditional media gatekeepers. However, they face challenges of co-optation, limited political leverage, and the danger of being dismissed as elite or urban concerns.

Individual and Community Action

• Reduce, reuse, recycle: The waste hierarchy begins with reduction. Minimize single-use plastics, avoid food waste, and buy durable goods. Compost organic waste at home or in your community. Segregate waste and support decentralized waste management. The Swachh Bharat Mission improved sanitation access but did not adequately address solid waste management at the household and community level.
• Transport choices: Use public transport, cycle, walk, or carpool when possible. The choice of transport is one of the most significant individual environmental decisions. Support the expansion of public transport, cycling infrastructure, and pedestrian-friendly urban design in your city. Oppose road expansion projects that prioritize private vehicles over public and non-motorized transport.
• Energy and water conservation: Use energy-efficient appliances, switch to LED bulbs, and install rooftop solar if feasible. Reduce water waste by fixing leaks, using efficient fixtures, and harvesting rainwater. These individual actions, while small in isolation, can create demand for sustainable products and demonstrate political will for policy change when aggregated.
• Support local and sustainable food: Food production is a major source of emissions, water use, and pollution. Support local farmers, reduce meat consumption (especially beef and lamb, which have high carbon footprints), and avoid food waste. The Green Revolution saved India from famine but also created water and soil crises. Sustainable agriculture — organic farming, agroecology, and millet revival — offers alternatives that are less destructive but require policy support and consumer demand.

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