Environmental Management

• Environmental management is the process of allocating natural and man-made resources so that the environment is used optimally to meet the basic needs of the present generation and of generations to come.
  • It implies a conscious choice among alternative proposals and a purposeful commitment to recognised and desired objectives.
• At its simplest it is a field of study and practice that seeks to understand human–environment interactions and applies science, law and common sense to the problems they create.
• Its basic dilemma is to draw resources from the planet’s bio-environmental systems while keeping healthy, life-supporting ecosystems intact. It is therefore an attempt to harmonise and balance the many enterprises undertaken for human benefit.
• Environmental management is not the management of the environment as a passive object. It is essentially the management of human activities within the limits the environment sets, with full regard to ecological factors.
  • The environment decides what can be done; management decides how human activities are carried out within those limits.

Concept, Scope and Objectives

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Meaning and nature

• Environmental management covers all components of the biophysical environment, biotic (living) and abiotic (non-living), because every species and habitat is tied into one web of relationships.
• It equally covers the human environment: social, cultural and economic systems and their links with the biophysical world.
  • It is therefore interdisciplinary and integrative by nature, not a branch of any one science.
• At the level of a firm or agency, the international standard ISO 14001 defines an environmental management system as the part of an organisation’s management system used to manage environmental aspects, fulfil compliance obligations, and address risks and opportunities.
• Its concerns run along three dimensions:
  • Protective: preventing damage before it happens (zoning, standards, impact assessment).
  • Corrective: repairing damage already done (pollution clean-up, restoration of degraded land and water).
  • Developmental: shaping growth so that it stays within ecological limits (sustainable use, cleaner technology).

Environmental management and environmental planning

• The two are distinct but inseparable.
  • Environmental planning sets objectives, allocates land uses and lays down the development framework.
  • Environmental management implements, monitors and adjusts what the plan lays down.
• Neither works alone. A regional planner using a human-ecology approach must build in management systems, and a manager carrying out conservation must work inside a plan that sets priorities and allocates resources.
• Environmental management is thus the working arm of environmental planning, which aims at the optimal use of the earth’s resources and the preservation of environmental quality for the healthy growth of society.

Scope and characteristic features

• Environmental management is a broad, cross-cutting field.
  • Spatially, it runs from a village pond to the global atmosphere.
  • Temporally, it runs from short-term crisis response to long-term sustainability planning.
  • It draws on the natural sciences, social sciences, economics, law and governance.
• Its emphasis is on implementation, monitoring and auditing, that is, on practice and on coping with real environmental problems, rather than on planning in the abstract.
• The scope can be read as three pillars and a set of cross-cutting functions:
  • Biophysical environment: ecosystem and biodiversity conservation, habitat protection and restoration, genetic resources; sustainable use of land, water, forest, mineral and energy resources; pollution and waste control.
  • Human environment: resource allocation and inter- and intra-generational equity, sustainable livelihoods, poverty and well-being; population, technology, education, participation, cultural values and ethics.
  • Policy and governance: laws, institutions, rights and compliance, international agreements; decision-support tools such as environmental impact assessment (EIA), strategic environmental assessment (SEA) and risk assessment.
  • Cross-cutting functions: monitoring (indicators, quality monitoring, information systems and GIS), auditing (compliance verification, performance evaluation), and restoration and adaptation (ecological restoration, climate adaptation, adaptive management).

• The characteristic features of environmental management are:
  1. It deals with a world fundamentally altered by humans: the context of the Anthropocene.
  2. It explicitly supports sustainable development, balancing present needs with the rights of future generations.
  3. It demands a multidisciplinary approach, drawing on ecology, economics, sociology, law, geography and planning.
  4. It must integrate different viewpoints on development, reconciling economic growth with ecological limits.
  5. It works on both short-term and long-term horizons and from the local to the global scale.
  6. It seeks to join natural and social science, policy-making and planning into coherent frameworks for action.

Objectives of environmental management

• The objectives span the protective, corrective and developmental sides of human–environment relations:

• In developing countries, where institutions are often weak and resource pressures intense, these objectives need more than technical capacity.
  • They need political will and participatory frameworks in which communities act as stakeholders, not mere beneficiaries.

Approaches to Environmental Management

• The best approach is an integrated approach, in which every component of the environment, biophysical, social, economic and political, is considered and managed as a whole. No single discipline can handle the complexity of real environmental problems.

Preservation and conservation: the two basic orientations

• The conservative approach, the root of modern environmental conservation, became the mainstream through the World Conservation Strategy (1980). Its three objectives, maintaining essential ecological processes, preserving genetic diversity and using species and ecosystems sustainably, remain the pillars of international environmental management.

The integrated approach: five core dimensions

• Whichever approach is adopted, an integrated framework must address five dimensions:
  1. Perception and awareness: sources and levels of environmental perception and their role in planning.
  2. Environmental education and training: schools, universities, media and research institutions.
  3. Resource management: classification, survey and conservation of energy, minerals, forests, soil, water and human resources.
  4. Environmental impact assessment: assessing present conditions and the impact of industrial and technological development, judging efforts at eco-balance, and developing eco-friendly techniques.
  5. Control of degradation and pollution: purification, pollution control, monitoring, forecasting of natural hazards and minimisation of losses.
• The first dimension is captured by the Perception, Attitude, Value and Emotion (PAVE) framework: how people perceive an environmental problem, the attitudes and values they hold and the emotions it stirs together decide whether they will support or resist a management measure.
  • Management that ignores these human dimensions, however sound technically, tends to fail at the ground level.

Classification of approaches

• Environmental management has developed a range of approaches. They differ in what they focus on (a crisis, a problem, a region, a system, a sector, a community, a market) and in how far they look ahead.
  • Ad hoc approach: developed in direct reaction to a specific crisis, such as an oil spill, an industrial accident or a disaster. It is rapid and targeted but has no long-term vision.
  • Problem-solving approach: identifies a specific problem or need and applies a targeted, evidence-based solution. It is common in agency and NGO campaigns but may miss systemic causes.
  • Regional approach: uses ecological zones such as a watershed, river basin, coastal zone, command area or island as the management unit, so that management boundaries follow natural ones, not administrative ones.
  • Systems or ecosystem approach: treats the environment as an integrated system (natural ecosystems, agro-ecosystems, urban ecosystems) and brings human dimensions into biosphere functioning. It is the approach most widely adopted by environmental scientists.
  • Specialist discipline approach: adopted by professionals in a single field: air, water or land management, urban management, tourism or environmental health. Its risk is siloed expertise.
  • Voluntary sector approach: led by NGOs and community organisations; effective for grassroots awareness, local biodiversity conservation and participatory watershed work, as a complement to state action.
  • Commercial (green business) approach: environmental management for and by business: green corporate governance, eco-auditing, EIA, green marketing, recycling and total quality management.
  • Human ecology approach: studies the relations between society and nature through a multidisciplinary lens and puts social relationships with the environment at the centre of planning.
  • Political ecology approach: studies society–nature relations with emphasis on power, policy and governance, holding that radical changes in habits and institutions are needed to stop degradation.

Ecosystem approach

Meaning and origin

• The ecosystem as a concept was introduced by Arthur George Tansley (1935) to describe a community of organisms together with its physical environment as one functioning system.
• After the Second World War, and especially with the systems ecology of Eugene P. Odum in the 1950s and 1960s, the ecosystem became a working tool for research and management. It is now the dominant framework in environmental science and, increasingly, in policy.
• The ecosystem approach to environmental management views a portion of nature, a lake, a watershed, a forest landscape or a coastal zone, as an integrated system of interacting parts, people included, rather than as a set of separate resources.
  • Its working units are the structure and functions of the ecosystem: energy flow, nutrient cycles, food webs and the services they yield.
• The Convention on Biological Diversity adopted the ecosystem approach as its primary framework for action at its fifth Conference of the Parties (Nairobi, 2000), defining it as a strategy for the integrated management of land, water and living resources that promotes conservation and sustainable use in an equitable way.
  • Its 12 principles (the Malawi Principles) and their application to ecosystem management stress decentralised decision-making, management within ecosystem limits, appropriate scales, long-term objectives and the use of all relevant knowledge, scientific and local.

Key features

• Holistic perspective: shows how abiotic components (climate, soils, water) and biotic components (producers, consumers, decomposers) work together and influence each other.
• Human integration: treats humans as both part of and dependent on ecosystems, not as outsiders.
• Definition of scale: helps decide at what scale, from a pond to a continent, management should operate, avoiding both under- and over-scoping.
• Multidisciplinary: because ecosystems are complex adaptive systems, the approach needs ecology, hydrology, soil science, economics, anthropology and governance together.
• Wide applicability: cities (urban ecosystems), farms (agro-ecosystems), coastal zones, river basins and forest landscapes can all be managed through this lens.

How the approach works

• Understand the system: map the abiotic components (climate, soils and parent material, water bodies and flow regimes) and the biotic components (producers, consumers, decomposers and humans, included explicitly), and the exchanges between them.
• Identify the ecosystem services the system yields:
  • Provisioning: food, water, timber, fibre, genetic resources.
  • Regulating: climate regulation, water purification, flood control, pollination.
  • Cultural: recreation, spiritual and aesthetic values, knowledge.
  • Supporting: soil formation, nutrient cycling, primary production, habitat.
• Intervene to keep those services flowing:
  • Restoration of degraded ecosystems and ecological processes.
  • Protected areas for critical habitats and biodiversity.
  • Sustainable-use limits that keep harvests within ecological limits and secure inter-generational equity.
  • Monitoring and adaptive management: continuous learning and adjustment for resilience.

Advantages of the ecosystem approach

• Holistic and integrative: it captures links, feedbacks and cumulative effects that sector-by-sector management misses, for example how upstream deforestation raises silt in a downstream reservoir.
• Natural management units: working at the scale of a watershed, river basin or landscape matches management to the scale at which ecological processes operate.
• People inside the system: it recognises human well-being as an output of healthy ecosystems and brings livelihoods, culture and equity into conservation.
• Prevention over cure: by protecting ecosystem functions rather than single resources, it reduces later costs of pollution control and restoration.
• Valuation of services: it makes the economic value of ecosystem services (flood regulation, pollination, water supply) visible to decision-makers.
• Long-term and adaptive: it plans for resilience and treats management as a cycle of learning, which suits uncertain conditions such as climate change.
• Participatory and multi-knowledge: it uses scientific, local and traditional knowledge and favours decision-making at the lowest appropriate level.

Disadvantages and limitations

• Fuzzy boundaries: ecosystems have no sharp edges, and their boundaries rarely match administrative ones, so a basin may span several districts, states or countries.
• Data-hungry and costly: understanding a whole system needs long-term data, skilled staff and money, which developing regions often lack.
• Complexity and uncertainty: ecosystems behave non-linearly, with thresholds and time lags, so predictions are uncertain and outcomes are slow to show.
• Coordination problems: it needs many departments and jurisdictions to act together; in practice sectoral agencies guard their turf.
• Vague in operation: the principles are broad, and translating them into measurable targets is difficult.
• Undervalues power and politics: critics from political ecology argue that it can treat society as just one more component and overlook who gains and who loses from management decisions.
• Equilibrium bias: older versions assumed ecosystems tend to a stable balance; current ecology stresses disturbance, change and non-equilibrium dynamics.
• Trade-offs with livelihoods: strict limits on resource use can clash with the immediate needs of poor, resource-dependent communities unless benefits are shared.

Indian applications

• Ganga river basin: the Namami Gange Programme (2014) treats the river as an integrated fluvial ecosystem, not merely a water conduit.
  • It covers biodiversity (the Gangetic dolphin, turtles), riparian habitats, groundwater recharge, wetlands and people.
  • Its measures include reducing pollution loads, sewage treatment, floodplain protection and the notification of minimum ecological flows (2018), all within one basin-level framework.
• Chilika Lake (Odisha): silting and a choking mouth had shrunk the lagoon’s salinity and fisheries.
  • In 2000 a new mouth was opened to the sea after hydrological modelling, alongside catchment treatment and community participation.
  • Salinity recovered, fish catch rose several-fold, the Irrawaddy dolphin population increased, and in 2002 Chilika received the Ramsar Wetland Conservation Award and was taken off the Ramsar Montreux Record of threatened sites.
• Watershed programmes treat the watershed as an ecosystem unit, managed from ridge to valley.

Doxiadis’s ekistics

• The Greek architect-planner Constantinos Doxiadis developed ekistics, the science of human settlements, and in Ecology and Ekistics (1977) argued that settlements must be planned in balance with nature.
  • Ekistics treats cities, towns and villages as ecosystems, not merely as engineering or economic problems.
  • It anticipated modern urban ecology and the ecological planning of cities.

Human ecology approach

• Human ecology studies the relationships between human societies and their natural environment through a multidisciplinary lens.
  • In geography it goes back to Harlan Barrows (1923), who defined geography itself as human ecology.
• Like the ecosystem approach it is concerned with society–environment relations, but it puts the human social, economic and cultural dimensions first, instead of treating humans as one more species in the system.
• Key features:
  • It is scale-flexible, applying from local community studies to global assessments.
  • It supports holistic study that joins physical and human geography.
  • It recognises that socio-economic and biophysical aspects are interconnected, so neither can be managed in isolation.
  • It provides the conceptual basis for Social Impact Assessment (SIA), which asks whether a project alters quality of life and well-being, and how individuals, groups and communities will adapt to change.
• In India, SIA is mandatory for land acquisition under the Right to Fair Compensation and Transparency in Land Acquisition, Rehabilitation and Resettlement Act, 2013.
  • It assesses the extent of impacts on affected families, displacement and rehabilitation needs, and effects on livelihoods, cultural heritage and social cohesion.
  • It institutionalises the human-ecology approach in Indian development planning, joining environmental management to social justice.
• For a complete picture the human ecology approach should be combined with political ecology: human ecology shows what the society–environment relations are; political ecology explains why, through power, governance failures and unequal distribution.

Political ecology approach

• Political ecology also studies society–nature relations, but with an explicit focus on power, politics, governance and social inequity.
  • Its classic statement is Piers Blaikie and Harold Brookfield’s Land Degradation and Society (1987), which traced soil erosion to the political economy of land use rather than to farmers’ ignorance.
  • It holds that environmental problems cannot be understood or solved without analysing the political and economic systems that drive resource exploitation, a line of thought rooted partly in the Marxian view of the environment.
• Key propositions:
  • Radical changes in human habits and political institutions are needed to counter degradation; technical fixes alone are not enough.
  • Planners, ministers, departments, local communities and businesses hold systematically different perceptions of environmental needs and problems, and management must bring these to the surface and reconcile them.
  • Degradation often springs from unequal access to and control over resources: the poor are frequently both agents of over-use (for lack of alternatives) and its main victims.
  • Effective management needs policy, legal and institutional reform that changes incentives and power relations, not just technical solutions.
• Indian illustration: Chipko and forest rights
  • The Chipko movement, which began in 1973 in the Chamoli district of present-day Uttarakhand, saw villagers, many of them women, hug trees to stop commercial felling.
  • Their case rested on livelihood rights and accountability, not on ecology alone.
  • It led in 1980 to a 15-year ban on commercial green felling in the Himalayan forests of Uttar Pradesh, and its legacy fed into the Forest Rights Act (2006), which recognises the rights of forest-dwelling communities over forest land and resources.
  • Political ecology thus shaped both environmental outcomes (less logging) and governance outcomes (legal recognition of community rights).

Commercial or green business approach

• Business is the main driver of extraction, production and consumption, so it must be central to environmental management, not merely subject to it.

• The approach also involves corporate priority-setting, employee environmental education, advisory services for customers, technology transfer to suppliers, prior assessment of new facilities and regular sustainability reporting.
• Its weakness is greenwashing: claims of environmental virtue that run ahead of real performance, and the standing tension between profit and ecology.

Participatory and voluntary approach

• NGOs, community organisations and local institutions manage resources they depend on, often with the state as partner.
  • Their strength is grassroots reach and community ownership; their weakness is patchy coverage and thin resources.
• Case study: Joint Forest Management (JFM)
  • Launched by the Ministry of Environment and Forests through its resolution of 1 June 1990, JFM makes village forest protection committees partners of the forest department in protecting and regenerating degraded forests.
  • The user (community) and the owner (state) share both management responsibilities and benefits such as fuelwood, fodder, non-timber forest produce and a share of timber revenue.
  • By the late 2000s, more than one lakh JFM committees were managing about 22 million ha of forest.
  • JFM combines several approaches:
    • Ecosystem: degraded forest patches are restored as ecosystems.
    • Human ecology: fringe communities are treated as integral to forest dynamics.
    • Political ecology: communities gain legal roles and institutional rights.
    • Voluntary sector: committees work as civil-society bodies.

Comparing the approaches

• No single approach is superior. Effective management combines them:
  • the ecosystem approach defines the biophysical system and its limits;
  • the human ecology approach shows how communities relate to that system;
  • the political ecology approach identifies and reforms the power structures that drive degradation;
  • the commercial approach mobilises private-sector performance;
  • the voluntary approach builds awareness and participation.
• This combination is what Integrated Environmental Management means.

Tools of Environmental Management

• The approaches are put into practice through a toolbox of assessment, management-system and information tools. Each fits a different stage of a project or policy cycle.

Environmental impact assessment

• EIA is one of the most important operational tools of environmental management. It institutionalises the principle that the environmental consequences of a decision must be assessed before the decision is made, not remedied afterwards.
• Environmental impact assessment examines four things:
  1. Present (baseline) conditions: the state of air, water, soil, biodiversity and the socio-economic environment before the project.
  2. Impacts of industrial and technological development: predicted changes to that baseline during construction and operation.
  3. Efforts for eco-balance: mitigation measures to avoid, reduce or compensate for adverse impacts, set out in an Environmental Management Plan.
  4. Eco-friendly techniques: alternative designs, technologies or sites with a smaller footprint.
• The process runs from screening and scoping through baseline data collection, impact prediction, mitigation, public consultation, appraisal and decision to post-clearance monitoring, which feeds lessons back into later decisions.
• EIA began with the United States’ National Environmental Policy Act (1969). In India it became mandatory in 1994 and is now governed by the EIA Notification 2006 under the Environment (Protection) Act, 1986, with projects placed in Category A (appraised by the Centre) or Category B (appraised by the states).

Social impact assessment

• SIA assesses the social consequences of a project: displacement, loss of livelihoods, changes in health, culture and social cohesion, and how people will adapt.
  • It rests on the human-ecology approach and, in India, is a statutory step in land acquisition under the 2013 Act.

Environmental audit

• An environmental audit is a systematic, documented and periodic review of how well an organisation is meeting its environmental laws, permits and its own policies.
  • Monitoring observes environmental parameters continuously to detect change; auditing periodically and independently verifies that commitments and mitigation measures are actually carried out.
• India introduced it through a March 1992 amendment to the Environment (Protection) Rules: every industry needing consent under the Water and Air Acts must submit an annual environmental statement (Form V) to the State Pollution Control Board.
• The Environment Audit Rules, 2025 (in force from 29 August 2025) create a cadre of Registered Environment Auditors, certified by a designated agency.
  • They sample and analyse emissions, effluents and wastes, verify compliance and self-reports, and may calculate environmental compensation when an authority asks.
  • They can also verify claims under the Green Credit Rules, 2023 and the Ecomark Rules, 2024.

Environmental management systems and ISO 14001

• An environmental management system (EMS) is the organisational machinery, policy, responsibilities, procedures and records, through which a firm or public body manages its environmental performance continuously.
• ISO 14001 is the international standard for an EMS. It followed the British standard BS 7750 (1992) and was first issued in 1996, then revised in 2004 and 2015.
  • A 2024 amendment required organisations to consider climate change as part of their context and the expectations of interested parties.
  • A new edition, ISO 14001:2026, was published in April 2026. It absorbs the climate amendment, widens the “environmental conditions” to be considered (pollution, biodiversity, resource availability), strengthens the life-cycle perspective, and adds requirements on managing change and externally provided processes.
  • Certified organisations have a three-year transition to the new edition.
• The standard is built on the Plan–Do–Check–Act (PDCA) cycle of continual improvement:
  • Plan: understand the organisation’s context and interested parties; set an environmental policy; identify environmental aspects, compliance obligations, risks and opportunities; set objectives.
  • Do: provide resources, competence and awareness; run operational controls and emergency preparedness.
  • Check: monitor, measure and evaluate performance; carry out internal audits and management review.
  • Act: correct nonconformities and improve continually.
• Leadership sits at the centre: top management must own the system and integrate it into business processes.
• The European Union runs a parallel, stricter scheme, the Eco-Management and Audit Scheme (EMAS), which adds a public environmental statement.

Other tools

• Life cycle assessment (LCA): measures a product’s environmental burden “from cradle to grave”, from raw-material extraction through manufacture, use and disposal, under ISO 14040 and 14044.
  • It exposes burden-shifting: an electric vehicle has no tailpipe emissions, but its battery and electricity supply carry their own impacts.
• Strategic environmental assessment (SEA): applies impact assessment to policies, plans and programmes, before individual projects are chosen; it captures cumulative and regional effects that project-level EIA misses.
• Carrying capacity studies: estimate the maximum population, traffic, tourism or construction an area can sustain without degrading it.
  • In 2023 the Supreme Court took up a petition seeking carrying-capacity assessments for the 13 Himalayan states and Union Territories, amid concern over the Joshimath subsidence and the Himachal floods of that year, which exposed unplanned building on fragile mountain slopes.
• GIS and remote sensing: satellite data and spatial databases support baseline mapping, land-use change detection, site selection, hazard zoning and compliance monitoring.
  • India’s examples include ISRO’s Bhuvan portal, the Desertification and Land Degradation Atlas and the Landslide Atlas of India (2023).
• Environmental indicators and accounting: indices such as air-quality indices, the ecological footprint and natural-capital accounts give managers measurable targets.
• Adaptive management: set out by Crawford Stanley Holling (1978), it treats management actions as experiments: act, monitor, learn and adjust.
  • Monitoring and auditing supply the feedback loop that turns a fixed plan into adaptive management, which suits uncertain, changing systems.

World Conservation Strategy and Sustainable Development

The World Conservation Strategy (1980)

• The World Conservation Strategy (WCS) was prepared by the International Union for Conservation of Nature and Natural Resources (IUCN) with the United Nations Environment Programme (UNEP) and the World Wildlife Fund (WWF, now the World Wide Fund for Nature).
  • It was launched on 5 March 1980 simultaneously in the capitals of some 30 countries.
  • It was among the first global documents to argue that conservation and development are interdependent, and it popularised the phrase sustainable development.
• It set three objectives that remain central to environmental management:

• It urged every country to prepare a national conservation strategy. India was among the countries that announced plans to prepare one.
• It identified the obstacles: treating conservation as a narrow sector, failing to integrate it with development, weak environmental planning, inadequate law and organisation, and low public awareness.
• It was criticised for sidestepping population growth and the role of multinational corporations.

Caring for the Earth (1991)

• The same three bodies published a sequel, Caring for the Earth: A Strategy for Sustainable Living (1991), which turned from conservation strategy to the ethics and practice of sustainable living.
• It set out nine principles:
  1. Respect and care for the community of life.
  2. Improve the quality of human life.
  3. Conserve the Earth’s vitality and diversity.
  4. Minimise the depletion of non-renewable resources.
  5. Keep within the Earth’s carrying capacity.
  6. Change personal attitudes and practices.
  7. Enable communities to care for their own environments.
  8. Provide a national framework for integrating development and conservation.
  9. Create a global alliance.
• Principles 6 and 7 carry environmental management beyond technical control into attitudes, values and community empowerment.

Link with sustainable development

• These objectives tie environmental management to sustainable development as defined by the Brundtland Commission (1987): development that meets the needs of the present without compromising the ability of future generations to meet their own needs.
• Environmental management is, in effect, the practical machinery through which sustainable development is delivered.
• The vocabulary of the field keeps growing: clean technology, environmental auditing, environment-friendly products, EIA, ESG, green credits, all converging on management as a tool for sustainability.

Key international milestones

Environmental Management in India

• India’s framework has grown through constitutional provisions, legislation, an active judiciary and international commitments, set within a wider environmental policy.

Constitutional and legislative framework

Key institutions

• Ministry of Environment, Forest and Climate Change (MoEFCC): the apex policy body (renamed in 2014). It runs environmental clearance and EIA, forest clearance, protected areas and India’s international commitments.
• Central Pollution Control Board (CPCB): set up in 1974 under the Water Act. It lays down standards, coordinates the State Boards and runs national air- and water-quality monitoring.
• State Pollution Control Boards (SPCBs) and Pollution Control Committees in Union Territories: grant consent to establish and operate, enforce standards and receive environmental statements.
• National Green Tribunal (NGT): established in October 2010 for the effective and expeditious disposal of environmental cases.
  • It sits at a Principal Bench in New Delhi and zonal benches at Bhopal, Pune, Kolkata and Chennai.
  • It applies the principles of sustainable development, precaution and polluter pays, and has greatly strengthened enforcement.
• Commission for Air Quality Management (CAQM): a statutory body under the CAQM in the National Capital Region and Adjoining Areas Act, 2021.
  • It replaced the earlier court-appointed authority and coordinates air-quality action across Delhi, Haryana, Punjab, Rajasthan and Uttar Pradesh, including the Graded Response Action Plan.
• National Biodiversity Authority with State Biodiversity Boards and local Biodiversity Management Committees: run access and benefit-sharing under the Biological Diversity Act.
• Panchayati Raj Institutions and urban local bodies: the 73rd and 74th Amendments (Eleventh and Twelfth Schedules) give them roles in social forestry, minor forest produce, water management, soil conservation, urban forestry and environmental protection. They are the grassroots face of environmental management.

Challenges in Indian environmental management

• Implementation gap: strong laws, weak enforcement.
  • The Municipal Solid Wastes Rules 2000, framed during a Supreme Court case, and their 2016 successor are still poorly implemented in many towns.
• Fragmented governance: water, forests, agriculture, industry and urban development sit with different ministries and levels of government with little coordination.
• Poverty–environment nexus: poverty forces some communities to over-use resources to survive, so management must address development inequities to succeed.
• Weak EIA practice: inadequate baseline studies, perfunctory public hearings, post-clearance non-compliance, and an increasing use of exemptions and ex-post clearances.
• Capacity deficits: pollution control boards are often short of technical staff and monitoring equipment.
• Climate change overlay: shifting rainfall, retreating glaciers, rising seas and changing species ranges are making every management problem harder.
• Growth pressures: infrastructure, mining and urban expansion push for faster clearances, which strains the balance between development and conservation.

The way forward

• Move from project-by-project clearance to strategic and cumulative assessment at the basin, landscape and regional scale.
• Combine command-and-control regulation with market-based tools (green credits, emissions trading, ESG disclosure) and behavioural change (LiFE, environmental education).
• Strengthen independent auditing, open data and public participation, and give local bodies the funds and skills to manage resources.
• Adopt adaptive, ecosystem-based management that is flexible in the face of climate change, while protecting the rights and livelihoods of resource-dependent communities.