Environment

Context: The Centre for Science and Environment (CSE) has released the State of India’s Environment (SoE) 2026 Report, highlighting the growing environmental and climate challenges facing India. The report emphasises the increasing frequency of extreme weather events, rising ecological stress, and the urgent need for climate-resilient development strategies.

About the State of India’s Environment Report

The State of India’s Environment Report is an annual publication by the Centre for Science and Environment, released since 1982. CSE, established in 1980 and headquartered in New Delhi, is a prominent non-governmental organisation working on environmental sustainability and policy advocacy.

The report aims to provide a comprehensive assessment of India’s environmental conditions and emerging ecological risks. It covers diverse themes such as climate change, extreme weather events, biodiversity loss, pollution, disaster risks, and environmental governance.

Over the years, the report has become an important reference for policymakers, researchers, and civil society organisations working towards sustainable development.

Key Highlights of the SoE 2026 Report

1. Rise in Extreme Weather Events
The report notes that 2025 experienced extreme weather events on 99% of days, the highest level in the past four years. These included heatwaves, cold waves, intense rainfall, floods, and storms, indicating the escalating impacts of climate change.

2. Human and Agricultural Losses
Extreme weather events resulted in 4,419 deaths in 2025, while approximately 17.41 million hectares of crop area were affected. This highlights the increasing vulnerability of India’s agriculture sector and rural livelihoods to climate variability.

3. Regional Vulnerability
Certain states face higher climate risks. Himachal Pradesh recorded the highest number of extreme weather days, while Kerala and Madhya Pradesh also experienced significant climate-related disruptions.

4. Rising Flood Risks
The report emphasises that climate change is increasing the frequency and intensity of floods across many regions. It calls for a transition from a post-disaster relief approach to proactive resilience planning.

5. Nature-Based Solutions
To improve climate resilience, the report recommends nature-based solutions such as:

• Wetland restoration
• Reconnecting rivers with floodplains
• Rainwater harvesting
• Groundwater recharge
• Restoration of lakes and urban water bodies

6. Human–Tiger Conflict
Increasing habitat pressure and human expansion near forests have intensified human–tiger conflicts. Nearly 60 million people live within tiger landscapes across 20 states, raising challenges for wildlife conservation and community safety.

7. Gaps in Air Pollution Monitoring
Air quality monitoring infrastructure remains inadequate. Only 15% of India’s population lives within 10 km of an air quality monitoring station, leaving 85% of the population outside measurable pollution zones, particularly in small towns and industrial regions.

8. Urgent Climate Action Needed
The report warns that global warming may soon breach the 1.5°C threshold, making it essential for India and the world to accelerate climate mitigation and adaptation efforts.

Conclusion

The State of India’s Environment 2026 Report underscores the intensifying environmental pressures on India due to climate change, biodiversity stress, and pollution. Addressing these challenges requires strong environmental governance, climate-resilient infrastructure, and nature-based solutions to ensure sustainable development and ecological security.

Context: The UNEP Finance Initiative (UNEP FI) has launched an Impact Centre to consolidate its “SDGs & Impact” workstream into a dedicated global hub. The centre aims to help banks, insurers, and investors adopt holistic impact management and align their portfolios with global sustainability commitments.

UNEP FI is a Geneva-based partnership created in 1992 between the United Nations Environment Programme (UNEP) and the private financial sector to integrate sustainability into financial decision-making.

What is the UNEP FI Impact Centre?

The UNEP FI Impact Centre is a specialised platform that provides financial institutions with standardised methodologies, tools, and guidance to measure the environmental, social, and economic impacts of their lending and investment decisions.

Core Objective

It seeks to mainstream impact assessment and management so that private capital flows support:

• Sustainable Development Goals (SDGs)
• Paris Agreement climate targets

This is significant because global climate and development goals require trillions of dollars in investment, which cannot be achieved through public funding alone.

Why is it Important?

The Impact Centre strengthens the global push for:

• responsible banking
• transparent ESG reporting
• measurable sustainability outcomes

By moving beyond broad ESG claims, it encourages institutions to measure real-world outcomes, such as carbon reduction, biodiversity protection, financial inclusion, and social equity.

It also supports global convergence of sustainability standards, reducing confusion caused by multiple reporting frameworks.

Key Workstreams of the Impact Centre

The Impact Centre functions through five major workstreams:

1. Impact Methodology
   Provides a global framework for sustainability impact assessment at portfolio level.
2. Interoperability
   Aligns UNEP FI tools with global reporting systems such as EU ESRS and IFRS sustainability standards.
3. Implementation Support
   Offers training and capacity-building workshops for member institutions.
4. Advisory Services
   Helps integrate impact management into core financial decision-making.
5. Consensus Building
   Supports harmonisation through the Impact Management Platform, building global common practices.

Key Tools Managed by the Centre

The centre provides a suite of practitioner-friendly resources:

• Impact Protocol: Step-by-step guide for impact assessment and risk response.
• Impact Radar: Classifies themes across environmental, social, and economic pillars.
• Impact Mappings: Links economic activities with sustainability footprints.
• Portfolio Analysis Tools: Identifies impact concentrations in financial portfolios.
• Indicator Library: Metrics repository for tracking progress and target-setting.

Conclusion

The UNEP FI Impact Centre is a major step toward ensuring that finance becomes a tool for sustainable development, enabling measurable accountability and global standardisation of impact reporting.

Context: NITI Aayog’s report “Scenarios Towards Viksit Bharat and Net Zero – Sectoral Insights: Waste” identifies the waste sector as a methane-intensive emissions source. Although it contributes a small share of India’s overall greenhouse gas emissions, its climate impact is significant due to methane’s high warming potential. The report outlines strategies to decarbonise waste systems and support India’s long-term Net Zero pathway.

Waste Sector Emissions Profile

The waste sector contributes only about 2.56% of India’s total GHG emissions, yet it remains disproportionately damaging because of methane dominance. Methane (CH₄) has a global warming potential nearly 25 times higher than CO₂, making its control crucial for near-term climate gains.

A key finding is that nearly 74% of waste-sector emissions originate from wastewater systems, highlighting gaps in sewage collection, treatment infrastructure, and anaerobic decomposition management.

Under the Net Zero Scenario (NZS), waste-sector emissions are projected to decline by around 95.9%, reaching only 10.9 MtCO₂e by 2070, provided aggressive methane mitigation and circular waste management are implemented.

Strategic Pillars for Waste Sector Decarbonisation

NITI Aayog proposes multiple transformation pillars:

1. Universal Methane Recovery

Achieve 100% methane recovery by 2040, especially from industrial wastewater. Sewage treatment should prioritise anaerobic processes integrated with energy recovery systems to prevent methane leakages.

2. Decentralised Circularity

Biodegradable waste should be processed through bio-methanation and Bio-CNG production, stabilising per capita waste generation while converting waste into clean fuel.

3. Wastewater Reuse Expansion

Sewerage coverage should expand towards 85% national coverage, along with large-scale reuse of treated wastewater in agriculture, industry, and urban services.

4. Legacy Waste Remediation

India must accelerate scientific closure of open dumpsites and shift towards engineered sanitary landfills, reducing methane release from decaying organic waste.

5. IoT-Based Monitoring

A unified national waste-data architecture using IoT-enabled sensors can support real-time monitoring, transparency, and regulatory compliance.

Aerobic vs Anaerobic Treatment

• Aerobic treatment uses oxygen and produces mainly CO₂, with relatively lower methane emissions.
• Anaerobic treatment generates methane, but if methane is captured, it enables biogas recovery and higher energy efficiency.
  Thus, anaerobic systems are preferable only when paired with strict methane capture mechanisms.

Key Challenges

• Weak segregation and only 75–78% collection efficiency
• Sewage generation of 72,000 MLD, but treatment capacity only 31,000 MLD
• Presence of 3,000+ dumpsites, continuously emitting methane
• Infrastructure gaps in STPs, landfills, and scientific processing systems

Way Forward

NITI Aayog recommends methane recovery expansion through schemes like SATAT, improving segregation via SBM (Urban) 2.0, scaling STPs under AMRUT, and strengthening rural circular economy models through GOBAR-dhan.

Conclusion

Waste sector decarbonisation is a high-impact climate strategy for India. Methane mitigation through wastewater reform, circular bioenergy systems, and scientific dumpsite remediation can deliver rapid emission cuts and support the Net Zero vision.

Context: A deadly explosion at an illegal rat-hole coal mine in Thangkso, East Jaintia Hills (Meghalaya) killed 27 workers, once again exposing the continued prevalence of this hazardous practice despite a National Green Tribunal (NGT) ban imposed in 2014 and reiterated in 2015. The incident has triggered renewed enforcement and judicial scrutiny.

What is Rat-Hole Mining?

Rat-hole mining is a primitive and unsafe coal extraction method involving narrow pits and tunnels—often up to 300–400 feet deep—dug manually using pickaxes, shovels, and baskets. It is mainly practised in Meghalaya, with sporadic instances in Assam, to extract coal from thin seams.

Types

• Side-Cutting: Horizontal tunnels dug into hill slopes.
• Box-Cutting: Vertical pits followed by horizontal galleries to reach coal seams.

Why Does It Persist Despite the Ban?

• Economic Compulsion: Daily wages of ₹800–1,200, far higher than average MGNREGA wages (~₹250/day), attract vulnerable workers.
• Geological Constraint: Over 90% of coal seams are thinner than 2 metres, making mechanised mining economically unviable.
• Weak Enforcement: Between 2014–2018, Meghalaya Police recorded 477 violations of the NGT ban, indicating low deterrence.
• Political–Bureaucratic Nexus: Despite prohibition, illegal coal trade continued; coal exports worth ₹700+ crore annually (pre-2019) point to systemic regulatory capture.
• Migrant Labour Dependence: In major accidents, 60–70% of victims were migrants from Jharkhand, Assam, and neighbouring regions, driven by distress employment.

Environmental and Human Costs

• Fatal Accidents: Frequent cave-ins, flooding, and explosions.
• Water Pollution: Acid mine drainage contaminates rivers, affecting agriculture and drinking water.
• Ecological Damage: Deforestation, land subsidence, and biodiversity loss.
• Human Rights Concerns: Exploitative labour conditions, absence of safety gear, and lack of legal protection.

Measures Taken to Curb the Practice

• Criminal Enforcement: FIRs under culpable homicide, MMDR Act, and Explosive Substances Act; arrests of mine owners and operators.
• Judicial Oversight: Meghalaya High Court took suo motu cognisance and appointed the Justice (Retd.) B.P. Katakey Committee (2022) to monitor illegal mining.
• Judicial Prohibition: NGT’s 2014 ban (upheld by the Supreme Court) declared rat-hole mining unscientific, unsafe, and environmentally destructive.

Way Forward

• Alternative Livelihoods: Expand skill training, MSME support, and public works to reduce economic dependence.
• Scientific Mining Framework: If mining is permitted, enforce regulated, mechanised, and environmentally compliant methods.
• Stronger Enforcement: Dedicated mining police units, real-time surveillance, and faster prosecutions.
• Labour Protection: Inter-state coordination to protect migrant workers and curb trafficking.

Context: The Ministry of Environment, Forest and Climate Change (MoEFCC) has notified the Solid Waste Management (SWM) Rules, 2026, replacing the SWM Rules, 2016. Notified under the Environment (Protection) Act, 1986, the rules will come into full effect from 1 April 2026. They aim to address persistent challenges of poor segregation, landfill overuse, legacy waste, and weak enforcement in urban waste management.

Key Provisions of SWM Rules, 2026

1. Waste Management Measures

• Four-stream source segregation made mandatory: wet, dry, sanitary, and special care (domestic hazardous) waste.
• Landfill restrictions: Only non-recyclable, non-energy-recoverable waste and inert material permitted.
• Landfill disincentives: Higher tipping fees for unsegregated waste compared to segregated waste processing.
• Legacy waste management: Mandatory mapping of all dumpsites with time-bound biomining and bioremediation, supported by quarterly progress reports.
• Extended Bulk Waste Generator Responsibility (EBWGR): Bulk generators must process wet waste on-site or possess certified off-site processing arrangements.
  • Bulk Waste Generator definition:
    • Built-up area > 20,000 sq. m, or
    • Water use > 40,000 litres/day, or
    • Waste generation > 100 kg/day.
• Material Recovery Facilities (MRFs) formally recognised for sorting recyclables and handling special waste streams, including e-waste.
• Refuse-Derived Fuel (RDF) mandate: Industrial units using solid fuel must substitute part of it with RDF.
  • Target: Increase RDF use from 5% to 15% within six years.
• Hotels and restaurants in ecologically sensitive areas must adopt decentralised wet waste processing.

2. Monitoring and Enforcement

• Polluter Pays Principle operationalised through Environmental Compensation (EC) for violations such as false reporting and unregistered operations.
• Digital governance: A centralised online portal for waste tracking, facility registration, and audit reporting.
• Scientific land-use planning: Graded land allocation and buffer zones for waste facilities.
  • CPCB to issue buffer-zone guidelines for plants exceeding 5 tonnes/day capacity.
• Annual landfill audits by SPCBs under the oversight of District Collectors.
• State-level Committee, chaired by the Chief Secretary, to supervise implementation.
• Tourist user fees permitted in hilly and island regions to manage waste pressure.
• Carbon credits: Urban local bodies encouraged to generate credits through efficient waste management.

Significance

The SWM Rules, 2026 mark a shift from disposal-centric practices to resource efficiency and circular economy principles. Mandatory segregation and RDF utilisation reduce landfill dependency and fossil fuel use.

Stronger enforcement through environmental compensation enhances institutional accountability, while decentralised processing lowers the burden on Urban Local Bodies.

Digital monitoring improves transparency, making the waste lifecycle more traceable and outcomes-oriented.

Context: Emerging scientific evidence indicates that inhalable microplastics have become a significant but under-recognised air pollutant in Indian cities, aggravating the public-health burden already posed by particulate matter (PM₂.₅ and PM₁₀). These particles are ≤10 micrometres in size, enabling them to bypass upper respiratory defences and penetrate deep into lung tissue, resulting in chronic exposure.

Why Inhalable Microplastics Are a Serious Concern in India

High Urban Exposure:

A multi-city study by IISER Kolkata found an average airborne microplastic concentration of 8.8 µg/m³, implying that an average Indian inhales around 132 µg daily. This represents a continuous toxic load comparable to other major airborne pollutants.

Seasonal Amplification:

Winter conditions significantly worsen exposure. Evening concentrations rise by 74% during winter (32.7 particles/m³ compared to 18.8 in non-winter months), aligning with India’s broader seasonal smog phenomenon driven by temperature inversion and stagnant air.

City-Level Disparities:

Megacities show alarmingly high concentrations. Delhi (14.18 µg/m³) and Kolkata (14.23 µg/m³) record some of the highest exposure levels, reflecting dense traffic, waste mismanagement, and industrial activity.

Trojan-Horse Toxicity:

Microplastics act as carriers of heavy metals (lead, cadmium) and endocrine-disrupting chemicals such as diethyl phthalates. This amplifies toxicity beyond the plastic particles themselves.

Disease Vector Risk:

Studies have identified inhalable microplastics carrying fungal spores (e.g., Aspergillus fumigatus) and antibiotic-resistance genes, increasing the risk of respiratory infections and treatment failures.

Occupational Vulnerability:

Traffic police, construction workers, and street vendors face heightened exposure, particularly from tyre-wear microplastics, which are associated with carcinogenic compounds.

Measures Taken by India to Curb Microplastic Pollution

• Single-Use Plastic Ban (2022): Prohibits identified plastic items such as straws, cutlery, thin bags, and thermocol to reduce plastic fragmentation.
• Plastic Waste Management (PWM) Rules: Enforce Extended Producer Responsibility (EPR), obligating producers to collect and recycle plastic waste.
• Microbead Prohibition: Bans plastic microbeads in cosmetics and personal-care products, eliminating a direct microplastic source.
• National Action Plan for Marine Litter: Aims to curb plastic inflow into rivers and oceans, indirectly reducing secondary microplastic formation.

About Microplastics

Microplastics are plastic particles smaller than 5 mm and are classified as:

• Primary microplastics: Intentionally manufactured small particles (e.g., cosmetic microbeads, synthetic fibres).
• Secondary microplastics: Result from degradation of larger plastic items due to UV radiation, heat, and mechanical abrasion.

Conclusion

Inhalable microplastics represent a new frontier of air pollution risk in India, intersecting environmental degradation with public health, occupational safety, and antimicrobial resistance.

Addressing this invisible pollutant requires integrating microplastics into air-quality monitoring, strengthening plastic governance, and prioritising research on long-term health impacts.

Context: In a landmark step for environmental jurisprudence, Peru has become the first country where insects have been granted explicit legal rights. Two municipalities in the Amazon region passed ordinances recognising Amazonian stingless bees as rights-bearing entities, marking a new chapter in the global Rights of Nature movement.

This builds on Peru’s 2024 national law that recognised stingless bees as a native species of national interest.

Rights of Nature: A New Legal Lens

The Rights of Nature framework treats ecosystems and species as living entities with intrinsic rights, rather than as property.

Similar approaches exist for rivers and forests in countries like Ecuador and New Zealand, but Peru’s ordinance is the first globally to extend legal personhood–like protections to an insect species.

Rights Granted to Amazonian Stingless Bees

The municipal ordinances guarantee that stingless bees have the right to:

• Exist and thrive in their natural ecological environments
• Maintain healthy populations and regenerate ecological cycles
• Live in pollution-free habitats under a stable climate
• Legal representation, allowing individuals or organisations to approach courts on their behalf

This shifts conservation from discretionary protection to legally enforceable duty.

About Amazonian Stingless Bees

Amazonian stingless bees belong to the ancient bee tribe Meliponini, one of the oldest pollinator lineages.

• Keystone pollinators: They pollinate over 80% of Amazon rainforest flora.
• Defence without a sting: Their stinger is vestigial; they defend using bites, sticky resins, or caustic secretions.
• Distinct nesting: Brood cells are arranged in spirals, layers, or clusters, unlike uniform honeycomb structures.
• Pot honey: Stored in resin pots, this honey has a sweet–sour taste, higher water content, and antibacterial, antiviral, and anti-inflammatory properties.
• Global distribution: Found across tropical regions, with the Neotropics being the richest; Peru alone hosts ~175 of the world’s 500 species.
• Eusocial life: Colonies have a single queen and a strict division of labour.
• Threats: Deforestation, pesticides, forest fires, overgrazing, and climate change.

Why These Bees Matter

• Agriculture: Efficient pollinators of coffee, cacao, avocado, and açaí.
• Traditional medicine: Indigenous communities use pot honey for respiratory ailments, wound healing, and eye disorders.
• Nutritional innovation: Some species produce trehalulose-rich honey, a rare sugar with a low glycaemic index.
• Cultural value: Central to Amazonian indigenous myths and spiritual traditions.

Significance

Granting legal rights to stingless bees reframes conservation as justice for nature, strengthens accountability against ecological harm, and may inspire similar protections for pollinators worldwide - critical at a time of accelerating biodiversity loss.

Context: A new UNEP report released at COP30 (Belém, Brazil) identifies India as a global methane hotspot, raising concerns as methane was missing from India’s national statement at the summit.

Methane (CH₄), though short-lived, is 80x more potent than CO₂ in global warming over 20 years, making it key to rapid climate action.

Key UNEP Findings

• India emitted 31 Mt methane in 2020 ➝ 9% of global share
• 3rd-largest emitter globally after China & USA
• G20 responsible for 65% of global methane
• Waste burning methane ↑ 64% since 1995 (Global rise: 43%)
• Agriculture emits 20 Mt (12% of global agricultural methane)
• Rice methane likely ↑ 8% by 2030
• Energy sector methane: 4.5 Mt/year

India’s Methane Profile

Sector	Methane Emissions	Status
Livestock	~20 Mt	Largest source; enteric fermentation
Rice cultivation	Major contributor	Likely to increase by 2030
Waste burning & landfills	7.4 Mt	Rapid growth; urban challenge
Energy sector	4.5 Mt	Coal mining, leakages

Why India Avoided Methane Commitments at COP30

• Agriculture dependency: 54% workforce relies on farming
• Food security priority for 1.4 billion population
• India’s NDC lacks agricultural methane targets
• Previously declined the Global Methane Pledge (2021)
• Focus remains on renewables, hydrogen & forests rather than farm-based mitigation

Way Forward for India

✔ Farm Diversification
Promote millets & pulses through Shri Anna Mission to reduce paddy-linked methane

✔ Crop Residue Management
Happy Seeder, balers & PUSA Bio-Decomposer to curb stubble burning

✔ Methane Capture & Utilization
Support CBG plants & biogas under SATAT Scheme

✔ Waste Management Reform
Segregation, landfill capping & biomethanation
Example: Indore biogas model

✔ Satellite-Based Monitoring
Leverage EU Copernicus-like systems with ISRO collaboration

✔ Policy Integration
Include methane targets in updated NDCs & state climate plans

Methane mitigation offers fastest climate cooling gains before 2050 — critical for India to balance economic growth, food systems, and climate leadership.