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When discussions about India’s rise on the global stage take place, attention often gravitates towards economic growth, digital infrastructure, manufacturing expansion, or geopolitical influence. Less frequently discussed, but increasingly central to the country’s future, is the environmental transformation that has unfolded across India over the past twelve years.
During this period, environmental policy has moved from being a peripheral governance concern to a core component of national development planning. Forest restoration, river rejuvenation, biodiversity conservation, waste management reforms, climate commitments, and international environmental diplomacy have become intertwined with the country’s larger vision of sustainable growth.
Assessments describe this transition through three interconnected pillars: strengthening ecological capability, expanding national capacity for sustainable development, and enhancing global credibility through environmental leadership. Together, these pillars form the foundation of what policymakers increasingly describe as India’s green transformation.
The shift comes at a time when countries across the world are confronting unprecedented environmental pressures. Climate change has intensified weather extremes, biodiversity loss has accelerated, freshwater resources are under increasing strain, and urbanisation continues to place heavy demands on natural ecosystems.
For India, home to nearly one-fifth of humanity and one of the world’s fastest-growing major economies, environmental sustainability is not simply a conservation challenge. It is directly linked to livelihoods, agriculture, water security, disaster resilience, energy security, and public health.
Against this backdrop, the last decade has witnessed a series of initiatives aimed at expanding green cover, restoring ecosystems, protecting wildlife habitats, reducing pollution, improving waste management, and strengthening climate governance.
The cumulative impact of these measures is visible across multiple indicators—from increased forest and tree cover to improved wildlife populations, from expanded wetland conservation to growing international recognition of India’s climate initiatives.
Rebuilding ecological capability
The first pillar of India’s environmental strategy focuses on ecological capability, the ability of natural ecosystems to sustain biodiversity, provide environmental services, and withstand growing climatic pressures.
Ecological capability is often overlooked in conventional development metrics. Yet forests regulate rainfall patterns, wetlands recharge groundwater, rivers sustain agriculture, mangroves protect coastlines, and wildlife habitats preserve ecological balance. The health of these systems directly influences economic and social outcomes.
Over the past twelve years, India has pursued a landscape-level conservation approach aimed at improving ecosystem resilience through habitat restoration, species recovery programmes, afforestation, and river conservation initiatives.
One of the most visible outcomes of this effort has been the expansion of forest and tree cover across the country.
Expansion of India’s forest landscape
Forests play a critical role in India’s environmental future. They act as carbon sinks, regulate local climates, conserve biodiversity, prevent soil erosion, and support millions of forest-dependent communities.
Recognising their importance, successive conservation programmes have sought not merely to preserve existing forests but also to restore degraded landscapes and expand green cover.
A central component of this effort has been the Green India Mission, launched as part of India’s broader climate strategy. Since implementation began in 2015-16, more than Rs 1,019 crore has been released to states for ecosystem restoration and climate-resilient forestry initiatives.
The results are reflected in the latest forest assessment data.
According to the India State of Forest Report 2023, India’s total forest and tree cover now stands at approximately 8.27 lakh square kilometres, accounting for 25.17 per cent of the country’s geographical area. Forest cover alone constitutes around 7.15 lakh square kilometres, while tree cover contributes an additional 1.12 lakh square kilometres. Together, these landscapes hold an estimated 30.43 billion tonnes of carbon stock, making them one of India’s most significant natural assets in the fight against climate change.
The expansion of forest cover has not been driven by a single programme. Instead, multiple initiatives have operated simultaneously to improve ecological outcomes.
The Compensatory Afforestation Fund Management and Planning Authority (CAMPA), established under the Compensatory Afforestation Fund Act, 2016, has become a major instrument for forest restoration. Between 2020-21 and 2024-25 alone, more than 3.2 lakh hectares of compensatory afforestation were undertaken across India.
Importantly, these efforts have increasingly incorporated digital technologies. GIS-based monitoring systems, digital planning mechanisms and the HARIT-SANKALP platform have introduced greater transparency and accountability into afforestation projects.
Bringing nature back to India’s cities
While forest restoration often focuses on remote landscapes, urban areas have emerged as another critical conservation frontier.
Rapid urbanisation has significantly reduced green spaces in many Indian cities, contributing to rising temperatures, deteriorating air quality, and declining biodiversity.
To address this challenge, the government launched the Nagar Van Yojana in 2020 with the objective of developing one thousand urban forests and green spaces across the country.
By March 2026, more than Rs 557 crore had been released for the development of 626 Nagar Vans and Nagar Vatikas. These urban green zones are intended not only to improve ecological conditions but also to reconnect citizens with nature in increasingly dense urban environments.
Environmental experts frequently note that urban forests provide benefits extending far beyond aesthetics. They help reduce heat island effects, improve air quality, support urban biodiversity, and offer recreational spaces that contribute to public well-being.
As Indian cities continue to grow, the success of such initiatives may become increasingly important in determining the quality of urban life.
The Aravalli challenge
Among India’s most ambitious ecological restoration programmes is the Aravalli Green Wall Initiative.
The Aravalli range, one of the world’s oldest mountain systems, stretches across Rajasthan, Haryana, Gujarat, and Delhi. Decades of mining, urban expansion, deforestation and land degradation have placed significant pressure on this fragile ecosystem.
The Green Wall Initiative seeks to reverse that trend by restoring approximately 6.31 million hectares of degraded landscapes.
The programme has established hundreds of nurseries capable of producing nearly 400 lakh seedlings, while more than 36,000 hectares were restored during 2025 alone. The initiative is viewed not merely as an afforestation project but as a large-scale ecological intervention designed to combat desertification, improve groundwater recharge, and enhance regional climate resilience.
Mass movement for tree plantation
Perhaps no environmental campaign has generated greater public participation in recent years than the “Ek Ped Maa Ke Naam” initiative.
Launched in 2024, the campaign combined environmental objectives with emotional and cultural messaging, encouraging citizens to plant a tree in honour of their mothers.
The programme rapidly evolved into one of the largest public tree-plantation drives in the world.
According to official data, approximately 262.4 crore saplings had been planted under the campaign by December 2025. Plantation activities were digitally tracked through the Meri LiFE portal, reflecting a broader trend towards technology-enabled environmental governance.
Beyond the numbers, the campaign highlighted an increasingly important feature of environmental policy in India: public participation.
Historically, conservation initiatives often relied heavily on government institutions. Recent programmes, however, have sought to transform environmental protection into a societal movement involving citizens, schools, local communities, civil society groups, and private organisations.
This shift recognises an important reality. Long-term environmental sustainability cannot be achieved through government action alone. Public ownership and behavioural change are essential components of durable ecological progress.
As India’s environmental journey continued, attention increasingly turned from forests to another vital natural resource under severe pressure its rivers.
The next phase of India’s green transformation would involve one of the country’s most ambitious ecological restoration programmes: the effort to rejuvenate the Ganga and restore the health of river ecosystems across northern India.
Rejuvenating rivers, restoring wetlands
If forests represent the lungs of an ecosystem, rivers serve as its arteries. They sustain agriculture, support biodiversity, provide drinking water, facilitate livelihoods, and shape the cultural identity of civilizations. Yet for decades, many of India’s rivers faced mounting pressures from urbanisation, industrial discharge, untreated sewage, and shrinking ecological flows.
By the early 2010s, concerns about river pollution had become one of the country’s most pressing environmental challenges. The Ganga, revered by millions and supporting nearly 40 percent of India’s population across its basin, became the focal point of a large-scale environmental intervention that would redefine river conservation efforts in the country.
The programme that emerged, Namami Gange was not conceived merely as a pollution control project. Instead, it sought to restore an entire river ecosystem through a combination of infrastructure development, ecological restoration, scientific monitoring, and public participation.
Over the last twelve years, the initiative has evolved into one of the world’s largest river rejuvenation programmes, becoming a cornerstone of India’s environmental transformation.
Namami Gange
Launched in June 2014, the Namami Gange Programme was designed as a comprehensive mission to reduce pollution and restore the ecological health of the Ganga and its tributaries.
Unlike earlier interventions that focused primarily on pollution abatement, Namami Gange adopted a basin-wide approach. The programme combined sewage treatment infrastructure, industrial pollution control, riverfront development, biodiversity conservation, afforestation, wetland restoration, and public awareness initiatives under a single framework.
The government initially allocated Rs 20,000 crore for the programme. As implementation expanded, Phase II was approved with an additional Rs 22,500 crore extending the initiative through March 2026.
The scale of intervention reflects the complexity of the challenge.
By February 2026, authorities had sanctioned 524 projects worth over Rs 43,000 crore under the programme, while approximately 355 projects had already been completed. More than Rs 21,000 crore had been disbursed to support implementation activities across the basin.
For policymakers, the programme represented a recognition that river health cannot be restored through isolated interventions. The condition of a river depends on the health of its entire watershed, including forests, wetlands, urban settlements, industries, and agricultural systems.
Biggest pollution challenge
One of the most significant sources of river pollution in India has historically been untreated sewage.
Rapid urbanisation has increased pressure on municipal infrastructure, resulting in vast quantities of wastewater entering rivers untreated. Addressing this challenge became central to the Namami Gange strategy.
Under the programme, 218 sewerage infrastructure projects were approved at a cost of nearly Rs 35,700 crore. These projects aimed to create treatment capacity capable of processing approximately 6,610 million litres of wastewater every day.
As of early 2026, 138 sewage treatment projects with a combined capacity of 3,977 million litres per day had already become operational.
The significance of these investments extends beyond pollution control. Improved sewage infrastructure contributes to public health, reduces contamination of agricultural water sources, and improves overall environmental quality in urban centres.
Environmental experts often argue that wastewater management is one of the most critical determinants of river health in developing economies. In this context, the expansion of treatment infrastructure marks an important step toward long-term river restoration.
Bringing industrial pollution under control
Industrial effluents have long been another major contributor to river degradation.
Factories discharging untreated or inadequately treated waste can significantly increase biological oxygen demand (BOD), reduce dissolved oxygen levels, and harm aquatic biodiversity.
According to official assessments, industrial pollution indicators along the Ganga have shown measurable improvements during the programme period.
Industrial BOD load declined from 26 tonnes per day in 2017 to approximately 10.75 tonnes per day by 2024. Industrial effluent discharge also reduced from 349 million litres per day to about 265 million litres per day during the same period.
While challenges remain, these figures suggest that stricter monitoring, improved compliance mechanisms, and enhanced treatment infrastructure have begun to yield tangible outcomes.
River restoration beyond pollution control
A distinctive feature of Namami Gange has been its emphasis on ecological restoration.
Modern river conservation increasingly recognises that clean water alone does not guarantee a healthy river ecosystem. Biodiversity, floodplains, wetlands, riparian forests, and natural habitats all contribute to ecological integrity.
Accordingly, the programme incorporated extensive afforestation efforts across the Ganga basin.
Approximately 33,000 hectares have been afforested under the initiative, supported by investments exceeding Rs 400 crore. Seven biodiversity parks and five priority wetlands have also been sanctioned as part of broader ecosystem restoration efforts.
These interventions aim to improve soil stability, reduce erosion, enhance groundwater recharge, and create habitats for wildlife species dependent on river ecosystems.
The return of aquatic biodiversity
Perhaps the most compelling measure of river health lies in the condition of its biodiversity.
Healthy rivers support complex food webs, sustain fisheries, and serve as indicators of broader ecological stability.
Under Namami Gange, authorities have undertaken extensive biodiversity conservation measures. More than 203 lakh Indian Major Carp fingerlings have been released into river systems to support aquatic ecosystems and fisher livelihoods.
Comprehensive wildlife surveys have also generated valuable ecological data.
Gharial surveys conducted across 22 rivers recorded approximately 3,037 individuals, while extensive dolphin assessments covering more than 8,500 kilometres across 28 rivers estimated a population of around 6,327 Gangetic dolphins.
For conservationists, these numbers are significant because river dolphins are considered indicators of freshwater ecosystem health. Their presence often reflects improved ecological conditions and water quality.
Project Dolphin and freshwater conservation
Recognising the ecological importance of river dolphins, the government launched Project Dolphin on 15 August 2020.
The initiative expanded scientific monitoring, strengthened legal protections, and completed India’s first comprehensive range-wide dolphin population assessment.
Importantly, the project formally recognised the Gangetic Dolphin and Indus Dolphin as distinct species under wildlife legislation. Conservation measures have also extended to the rare Irrawaddy Dolphin, found most prominently in Odisha’s Chilika Lake.
Among proposed measures is the establishment of a 200-kilometre Dolphin Conservation Zone along sections of the Chambal River, reflecting a growing emphasis on species-specific freshwater conservation.
Why wetlands matter?
While rivers often dominate public attention, wetlands perform equally vital ecological functions.
Wetlands act as natural sponges that absorb floodwaters, recharge groundwater reserves, filter pollutants, store carbon, and support extraordinary biodiversity. They also sustain fisheries, agriculture, tourism, and local livelihoods.
Historically, however, wetlands have suffered from encroachment, pollution, and unplanned development.
Recognising their importance, India strengthened wetland conservation through the National Plan for Conservation of Aquatic Ecosystems and the Wetlands (Conservation and Management) Rules, 2017. These measures sought to create a stronger legal and institutional framework for wetland protection.
Expanding wetland protection across India
Over the last decade, the scale of wetland conservation efforts has expanded significantly.
By 2018, conservation programmes covered 148 wetlands and lakes across 24 states and one union territory. Government support exceeded Rs 893 crore.
Coverage subsequently increased to 164 wetlands by 2022 and further expanded to 165 wetlands by 2023, including 42 Ramsar-designated sites. Cumulative funding crossed Rs 1,088 crore during this period.
These investments have supported habitat restoration, water quality improvements, biodiversity protection, and ecosystem management activities across diverse wetland landscapes.
India’s Ramsar success story
One of the most notable indicators of India’s growing commitment to wetland conservation has been the rapid expansion of Ramsar sites.
The Ramsar Convention, adopted in Iran in 1971, identifies wetlands of international importance and encourages their sustainable management.
In 2014, India had only 26 Ramsar-designated wetlands.
By April 2026, that number had risen dramatically to 99 sites spread across different ecological regions of the country.
The increase reflects not merely international recognition but also improvements in conservation planning, ecological monitoring, and institutional commitment to wetland protection.
For a country facing increasing water stress and climate-related challenges, healthy wetlands provide valuable ecosystem services that strengthen environmental resilience.
Restoring mangroves
As climate change increases the frequency and intensity of extreme weather events, coastal ecosystems have become increasingly important.
Among these ecosystems, mangroves serve as one of nature’s most effective defensive barriers.
Mangrove forests protect shorelines from cyclones, reduce storm surge impacts, prevent erosion, store significant quantities of carbon, and provide critical habitat for marine biodiversity.
Recognising their importance, India launched the Mangrove Initiative for Shoreline Habitats and Tangible Incomes (MISHTI), supported by dedicated funding for restoration and conservation activities.
The results have been measurable.
India’s mangrove cover increased from approximately 4,628 square kilometres in 2013 to 4,992 square kilometres in 2023, representing a net gain of 363 square kilometres.
Though modest relative to the country’s total land area, this increase is environmentally significant because mangroves are among the world’s most productive and threatened ecosystems.
India’s blue horizon
Beyond mangroves, India has increasingly focused on protecting its broader coastal environment.
The country’s 7,500-kilometre coastline supports fisheries, tourism, maritime trade, biodiversity, and millions of livelihoods. It also represents one of the regions most vulnerable to climate-induced risks such as sea-level rise and extreme weather events.
To address these challenges, the government strengthened the National Coastal Mission and introduced updated Coastal Regulation Zone norms aimed at promoting science-based planning and ecosystem protection.
The mission received renewed support through an allocation of ₹767 crore for the 2025–31 period, signalling continued investment in coastal resilience and sustainable management.
A visible outcome of these efforts has been India’s growing success in obtaining Blue Flag certifications for its beaches.
Beginning with eight certified beaches in 2020, the number increased steadily to eighteen by 2025-26. These beaches meet internationally recognised standards related to water quality, environmental management, cleanliness, safety, and sustainable tourism.
For policymakers, these certifications represent more than tourism achievements. They signal improving environmental governance and demonstrate how conservation objectives can coexist with economic development.
As India’s ecological restoration efforts expanded from rivers and coastlines to wildlife landscapes, another remarkable story was unfolding across the country’s forests and grasslands the recovery of some of the world’s most iconic species.
Saving the wild
While forests, rivers, wetlands, and coastlines form the physical foundation of ecological resilience, wildlife often serves as the most visible measure of environmental health. The survival and growth of endangered species indicate whether ecosystems remain functional, whether habitats are protected, and whether conservation policies are producing measurable outcomes.
For India, one of the world’s most biodiverse countries, wildlife conservation has long been intertwined with environmental governance. Home to tigers, Asiatic lions, elephants, rhinos, snow leopards, leopards, gharials, dolphins, and thousands of lesser-known species, the country occupies a unique position in global conservation efforts.
Over the last twelve years, India has expanded protected landscapes, strengthened scientific monitoring, adopted technology-driven conservation tools, and launched species-specific programmes aimed at securing some of the world’s most threatened wildlife populations. The result has been a series of conservation outcomes that have increasingly attracted global attention and positioned India as one of the leading countries in biodiversity protection.
Project Tiger
Few conservation programmes anywhere in the world have achieved the symbolic significance of Project Tiger.
Launched in 1973 when India’s tiger population was facing severe decline, the programme has evolved into one of the most ambitious wildlife conservation initiatives ever undertaken.
During the last decade, Project Tiger entered a new phase characterised by expanded habitat protection, scientific monitoring, landscape-level management, and community participation.
Between 2014 and 2025, the number of tiger reserves increased from 46 to 58. Simultaneously, the area protected under tiger reserves expanded to nearly 85,000 square kilometres. These landscapes today represent some of the country’s most important biodiversity strongholds.
The population figures tell an even more striking story.
According to the All India Tiger Estimation, India’s tiger population increased from 2,226 in 2014 to 3,682 in 2022. The country now supports more than 70 percent of the world’s wild tiger population, making it the global centre of tiger conservation.
The achievement is particularly significant because tiger conservation requires much more than protecting a single species. Tigers occupy the top of the food chain and require large, healthy ecosystems to survive. Protecting tigers inevitably protects forests, prey species, water resources, and countless other forms of biodiversity.
The growth in tiger numbers therefore reflects broader ecological improvements across large parts of India’s forest landscape.
Expanding the conservation landscape
The success of tiger conservation has been supported by substantial investments in habitat protection and monitoring systems.
Camera traps, satellite-based mapping, artificial intelligence-assisted surveillance, and improved patrolling have transformed wildlife monitoring practices across the country.
Twenty-three tiger reserves have also achieved Conservation Assured Tiger Standards (CA|TS) accreditation, an internationally recognised benchmark for effective tiger conservation management.
Such recognition is important because it signals that conservation outcomes are increasingly being assessed through measurable scientific criteria rather than anecdotal observations.
The combination of policy support, institutional capacity, and scientific management has made India’s tiger programme a reference point for many other countries attempting large-scale species recovery.
Project Cheetah
If Project Tiger represents the continuation of a conservation success story, Project Cheetah represents an unprecedented attempt at ecological restoration.
In 1952, the cheetah became officially extinct in India.
For decades, its disappearance symbolised the fragility of wildlife populations under human pressure.
Seventy years later, India launched an ambitious effort to reverse that loss.
Project Cheetah, inaugurated in September 2022, became the world’s first intercontinental translocation programme involving a large wild carnivore. The initiative sought not merely to reintroduce a species but also to restore grassland ecosystems that had historically supported cheetah populations.
The programme began with the arrival of eight cheetahs from Namibia in September 2022.
Additional animals arrived from South Africa in February 2023, followed by another group from Botswana in 2026.
By early 2026, a total of twenty-nine cheetahs had been translocated to India. Through successful breeding and population growth, the country’s cheetah population had reached fifty-three individuals.
The project remains under close scientific observation, with conservationists studying adaptation patterns, prey availability, habitat suitability, and long-term population viability.
The remarkable recovery of the Asiatic lion
While tigers often dominate conservation headlines, another iconic predator has quietly staged one of the world’s most remarkable recoveries.
The Asiatic lion, once found across large parts of Asia, survived only in Gujarat’s Gir landscape by the early twentieth century.
Its continued existence was far from guaranteed.
However, decades of protection and habitat management have transformed its fortunes.
Building upon earlier conservation efforts, Project Lion was announced in 2020 to strengthen habitat development, corridor protection, and scientific management across the lion landscape.
The population data illustrate the scale of recovery.
Lion numbers increased from 523 in 2015 to 891 in 2025, representing growth of more than 70 percent. Simultaneously, the species expanded its distribution range by approximately 59 percent, occupying larger areas beyond traditional habitats.
Conserving India’s most adaptable big cat
Unlike tigers and lions, leopards have demonstrated a remarkable ability to survive in human-dominated landscapes.
Their adaptability, however, presents unique conservation challenges because it frequently brings them into conflict with people.
India’s leopard conservation strategy increasingly focuses on coexistence rather than strict separation.
The latest national assessment estimated approximately 13,874 leopards across the country, compared to 12,852 in 2018. Population growth has been particularly noticeable in parts of Central India and the Eastern Ghats.
Monitoring efforts are coordinated through the National Tiger Conservation Authority and the Wildlife Institute of India, using scientific surveys to assess population trends and habitat conditions.
The data suggest that despite growing developmental pressures, many leopard populations remain stable or are expanding, reflecting improvements in habitat management and conservation planning.
Guardians of the Himalayas
Far from India’s tropical forests and grasslands lies another conservation frontier, the high-altitude ecosystems of the Himalayas.
Here, among some of the world’s most extreme environments, lives the elusive snow leopard.
Often referred to as the “ghost of the mountains,” the species inhabits remote landscapes across Ladakh, Himachal Pradesh, Uttarakhand, Sikkim, Arunachal Pradesh, and Jammu and Kashmir.
Because of the terrain involved, snow leopard conservation presents extraordinary logistical challenges.
To strengthen protection efforts, India expanded initiatives under Project Snow Leopard and implemented the SECURE Himalaya programme with support from the United Nations Development Programme and the Global Environment Facility.
A landmark achievement came through the country’s first comprehensive Snow Leopard Population Assessment.
Conducted between 2019 and 2023, the survey covered approximately 1,20,000 square kilometres and more than 70 percent of potential habitat.
The assessment estimated a population of 718 snow leopards across India, providing the most comprehensive scientific understanding of the species ever produced in the country.
The findings have become the foundation for SPAI 2.0, a long-term monitoring framework aimed at strengthening future conservation planning.
Project Elephant and landscape connectivity
India is home to nearly 60 percent of the world’s wild Asian elephants, making elephant conservation a global responsibility.
Unlike many wildlife species, elephants require vast landscapes and seasonal migration routes that frequently cross administrative boundaries.
Protecting elephants therefore requires a landscape-scale approach.
Project Elephant has increasingly focused on safeguarding habitats, securing migration corridors, and reducing human-elephant conflict. Scientific monitoring has also advanced significantly through India’s first DNA-based synchronous elephant estimation exercise conducted between 2021 and 2025.
The survey estimated approximately 22,446 wild elephants across the country.
Meanwhile, elephant reserves increased from 26 in 2014 to 33 by 2025-26.
The number of recognised elephant corridors also expanded significantly, increasing from 88 identified corridors in earlier assessments to 150 corridors by 2023.
This focus on connectivity reflects an important shift in conservation thinking. Protecting isolated habitats is no longer considered sufficient. Long-term survival increasingly depends on maintaining ecological linkages between landscapes.
The one-horned Rhino success story
The Indian one-horned rhinoceros offers another example of species recovery through sustained conservation.
Decades ago, poaching and habitat loss posed severe threats to rhino populations.
Today, the species has become one of India’s most celebrated conservation successes.
Guided by the National Conservation Strategy for the Indian One-Horned Rhinoceros, authorities have focused on population expansion, habitat connectivity, genetic security, and climate-resilient management.
The results are substantial.
From a population of roughly 1,500 animals in the 1980s, rhino numbers have increased to more than 4,000 by 2024.
The recovery has been driven not only by law enforcement and habitat protection but also by collaboration between forest departments and local communities living alongside wildlife habitats.
Technology changes conservation
One of the defining characteristics of India’s recent conservation efforts has been the growing use of technology.
Artificial intelligence, remote sensing, digital databases, DNA sequencing, mobile applications, and predictive analytics have increasingly become part of environmental governance.
In 2024, the Ministry of Environment, Forest and Climate Change inaugurated a Next Generation DNA Sequencing facility at the Wildlife Institute of India in Dehradun. The facility enhances wildlife genetics research, species identification, population assessments, and forensic investigations.
Simultaneously, institutions such as the Botanical Survey of India and Zoological Survey of India have accelerated digitisation programmes, making biodiversity information more accessible to researchers and policymakers.
The integration of science and technology has strengthened evidence-based decision-making, helping conservation efforts move beyond traditional approaches.
Fighting wildlife crime
Conservation success depends not only on protecting habitats but also on combating illegal wildlife trade.
To address this challenge, the Wildlife Crime Control Bureau has expanded intelligence-led enforcement and international cooperation.
Between 2019 and 2023, the Bureau conducted 166 joint operations in the Northeast, leading to 375 arrests linked to wildlife crime networks. It has also strengthened collaboration with organisations such as INTERPOL, CITES, and the South Asia Wildlife Enforcement Network.
Technology-assisted surveillance systems such as HAWK and digital platforms like Gajah Suchana have further improved monitoring and enforcement capabilities.
These developments reflect a broader understanding that conservation is not solely about ecology; it also requires effective governance, law enforcement, scientific capacity, and community engagement.
As wildlife populations recovered and conservation systems matured, attention increasingly shifted toward another challenge: building the institutional, technological, and societal capacity required to sustain environmental progress for future generations.
Building a sustainable future
If the first phase of India’s environmental transformation focused on restoring forests, rivers, wetlands, and wildlife habitats, the second phase has centred on creating the institutional capacity necessary to sustain those gains over the long term.
Conservation alone cannot secure environmental resilience in a country of more than 1.4 billion people. Sustainable progress requires efficient waste management systems, scientific institutions, climate-resilient infrastructure, skilled human resources, technological innovation, and international cooperation.
Over the last twelve years, India has increasingly sought to build this foundation. The objective has been to move beyond isolated environmental projects and create systems capable of supporting long-term ecological security while sustaining economic growth.
This transition has become particularly important as India positions itself among the world’s fastest-growing major economies. Policymakers have increasingly argued that environmental sustainability and economic development are not competing priorities but mutually reinforcing goals essential for achieving the vision of Viksit Bharat.
India’s waste management revolution
Perhaps nowhere is this transformation more visible than in urban waste management.
In 2014, India faced an escalating solid waste crisis. Rapid urbanisation had overwhelmed municipal infrastructure. Open dumping remained widespread, landfills were expanding, and only a small fraction of waste generated each day was being scientifically processed.
According to official assessments, merely 17 percent of municipal solid waste was scientifically processed in 2014. The remainder often accumulated in dumpsites that posed environmental and public health risks.
Over the following decade, waste management emerged as a major policy priority.
Through investments in material recovery facilities, composting plants, biomethanation units, waste-to-energy projects, and improved municipal infrastructure, processing capacity increased significantly.
By 2024, scientific processing rates had crossed 77 percent. Urban India was processing approximately 1,29,206 tonnes of waste per day out of the 1,59,109 tonnes generated daily.
The increase represents one of the most significant expansions of waste management infrastructure in the country’s history.
Environmental experts often note that effective waste management provides multiple benefits simultaneously. It reduces pollution, lowers greenhouse gas emissions, improves public health, conserves resources, and contributes to cleaner urban environments.
Clearing India’s legacy dumpsites
Beyond managing newly generated waste, authorities also confronted a challenge inherited from decades of inadequate disposal practices.
Across India, thousands of legacy dumpsites had accumulated millions of tonnes of untreated waste.
These sites contaminated soil and groundwater, emitted methane, and occupied valuable urban land.
To address this problem, large-scale biomining and bioremediation programmes were introduced.
According to official figures, 1,138 dumpsites across 1,048 cities have been completely remediated. Approximately 877 lakh metric tonnes of legacy waste have been processed, while around 7,646 acres of land have been reclaimed for productive use.
Recognising the scale of the remaining challenge, the government launched the Dumpsite Remediation Accelerator Programme (DRAP) in November 2025 with the objective of eliminating all dumpsites by October 2026.
The initiative reflects a broader shift from landfill dependence toward resource recovery and circular economy principles.
The circular economy vision
Traditional economic systems typically follow a linear model: produce, consume, and discard.
A circular economy seeks to break this pattern by encouraging reuse, recycling, repair, and resource recovery.
The objective is to reduce waste generation while maximising the value extracted from materials throughout their lifecycle.
Over the last decade, India has increasingly incorporated circular economy principles into environmental policy.
Central to this effort has been the expansion of Extended Producer Responsibility (EPR) frameworks.
Under EPR systems, manufacturers and producers are held responsible for managing the environmental impacts of products even after consumers have finished using them. This includes collection, recycling, reuse, and environmentally safe disposal.
Sector-specific EPR frameworks have now been established for plastic waste, electronic waste, batteries, used oil, waste tyres, construction waste, non-ferrous scrap, and end-of-life vehicles.
The scale of implementation is substantial.
As of March 2026, India had registered 4,574 recyclers operating across different waste streams. Total waste processed under various EPR frameworks exceeded 417 lakh metric tonnes. More than 341 lakh metric tonnes were covered through EPR certificate generation systems.
Plastic waste accounted for the largest share, followed by tyres, batteries, electronic waste, and used oil.
These developments suggest an increasing institutionalisation of recycling and resource recovery within the broader economy.
Building environmental awareness and green skills
Environmental sustainability ultimately depends not only on institutions but also on citizens.
Recognising this reality, India has invested heavily in environmental education, awareness campaigns, and green skill development initiatives.
The Environmental Education, Awareness and Training programme supported a network of eco-clubs, awareness campaigns, and educational activities across multiple states.
More than one lakh eco-clubs have been established, engaging approximately 5.5 lakh students in environmental activities.
The broader Environment Education, Awareness, Research and Skill Development programme has expanded participation even further.
Official data indicate that more than 1.34 crore students have participated in environmental education initiatives. Over 1.14 lakh eco-clubs have been registered, while environmental innovation programmes have encouraged students to develop practical sustainability solutions.
The emphasis on youth participation reflects a recognition that environmental challenges cannot be addressed solely through regulation. Long-term success requires behavioural change and public engagement.
Science, technology and conservation
Another defining feature of India’s environmental strategy has been the growing integration of science and technology into policymaking.
Modern environmental governance increasingly relies on data, monitoring systems, predictive modelling, genetic analysis, and digital platforms.
A notable milestone came in December 2024 with the inauguration of a Next Generation DNA Sequencing facility at the Wildlife Institute of India.
The facility supports wildlife genetics research, forensic investigations, species identification, and population assessments, strengthening evidence-based conservation planning.
Simultaneously, digitisation initiatives undertaken by the Botanical Survey of India and Zoological Survey of India have made biodiversity information more accessible through online databases.
The result has been a significant expansion in scientific capacity supporting conservation and environmental management.
Strengthening disaster resilience
Environmental sustainability increasingly intersects with disaster management.
Climate change has intensified extreme weather events across many parts of the world, increasing the importance of preparedness and resilience.
India has responded by strengthening its disaster management architecture through planning reforms, technological systems, and institutional capacity-building.
The National Disaster Management Plan, launched in 2016 and revised in 2019, created a more integrated framework for disaster risk reduction. Hazard-specific guidelines, dynamic risk assessment tools, flood atlases, and glacier monitoring systems have improved planning capabilities.
Technology has played a particularly important role.
The Common Alerting Protocol-based Integrated Alert System now delivers geo-targeted warnings through multiple communication channels.
According to official figures, more than 4,500 crore alert messages have been disseminated through these systems.
Applications such as Damini, Mausam, and Meghdoot have expanded public access to weather forecasts and disaster warnings, helping improve preparedness at the community level.
The National Disaster Response Force and partnerships with more than 330 universities and institutions have further strengthened disaster risk reduction efforts nationwide.
Green credit and community participation
One of the newer initiatives introduced during this period has been the Green Credit Programme.
Launched under the Green Credit Rules, 2023, the programme seeks to incentivise voluntary environmental actions by individuals, businesses, and communities.
The idea is to create measurable environmental outcomes while encouraging broader participation in ecological restoration.
The programme aligns closely with the philosophy of Mission LiFE, Lifestyle for Environment, which emphasises behavioural change and sustainable consumption practices.
As of March 2026, more than 4,391 hectares of degraded forest land across twelve states had been identified for restoration under the Green Credit framework.
The initiative reflects a broader shift in environmental governance towards creating incentives for participation rather than relying solely on regulation.
Climate leadership on the global stage
While environmental transformation within India has been significant, the country’s influence has increasingly extended beyond its borders.
Over the last decade, India has emerged as one of the most prominent voices in global climate governance.
Its approach has consistently emphasised the principle of Common but Differentiated Responsibilities and Respective Capabilities, arguing that climate action must account for differing levels of development and historical emissions among nations.
At the same time, India has sought to demonstrate credibility through domestic implementation.
Perhaps the most striking example is the country’s performance against its climate commitments.
India achieved its target of reducing emissions intensity by 33-35 percent from 2005 levels eleven years ahead of schedule, with reductions exceeding 36 percent.
Similarly, the target of achieving 40 percent non-fossil electricity capacity by 2030 was met nine years ahead of schedule.
By February 2026, non-fossil sources accounted for 52.57 percent of India’s installed power generation capacity.
The country has also created an additional carbon sink of approximately 2.29 billion tonnes of carbon dioxide equivalent through afforestation and ecosystem restoration efforts.
These achievements have strengthened India’s standing in international climate negotiations.
The International Solar Alliance and climate diplomacy
Among India’s most significant diplomatic achievements has been the creation of the International Solar Alliance.
Launched jointly by India and France during the Paris Climate Conference in 2015, the Alliance sought to promote solar energy deployment among countries with strong solar potential.
What began as a diplomatic initiative has evolved into a major international organisation with 112 member countries.
The ISA has enhanced India’s reputation as a global advocate for clean energy transition and climate cooperation.
Similarly, initiatives such as One Sun One World One Grid have sought to promote international renewable energy connectivity and cross-border cooperation.
These efforts have positioned India not merely as a participant in climate diplomacy but increasingly as an agenda-setter.
Mission LiFE and a new climate narrative
Perhaps one of India’s most distinctive contributions to global environmental discourse has been Mission LiFE.
Launched in the presence of the United Nations Secretary-General, the initiative promotes lifestyle-based climate action and behavioural change.
Rather than focusing exclusively on technology or finance, Mission LiFE argues that sustainable consumption patterns are equally important for addressing environmental challenges.
The concept gained international visibility during global climate negotiations and was reflected in discussions at COP27 and other multilateral forums.
The initiative has helped broaden India’s environmental narrative beyond infrastructure and renewable energy, emphasising the role of citizens and communities in achieving sustainability goals.
From conservation to global leadership
India’s environmental journey over the last twelve years has been marked by both scale and ambition.
The country has expanded forests, restored wetlands, rejuvenated rivers, protected endangered wildlife, strengthened waste management systems, enhanced disaster resilience, and achieved major climate milestones.
Simultaneously, it has sought to shape international conversations through initiatives such as the International Solar Alliance, Coalition for Disaster Resilient Infrastructure, Mission LiFE, International Big Cat Alliance, and leadership at major environmental summits.
Taken together, these developments illustrate a broader transformation in how environmental governance is understood within the country’s development framework.
Rather than viewing sustainability as a constraint on growth, policymakers increasingly present it as an essential condition for long-term prosperity.
As India advances toward its vision of Viksit Bharat, the environmental foundations built over the past decade are likely to play an increasingly important role. The principles repeatedly invoked throughout this transformation, Vishwaas, Nirman, and Jan Kalyaan have been presented as the guiding framework linking ecological restoration, institutional capacity, public welfare, and global leadership.
