The Kuala Lumpur Declaration on Climate Justice was issued ahead of COP31 and the Santa Marta Conference, highlighting the urgent need for climate justice and accelerated climate action in the Global South. The declaration was adopted by civil society organisations, environmental activists, and climate experts from South and Southeast Asia.
The declaration emerged against the backdrop of rising geopolitical conflicts, energy insecurity, and continued dependence on fossil fuels. It argues that developing countries are disproportionately affected by climate change despite contributing minimally to global emissions.
Key Demands of the Declaration
Fossil Fuel Phase-Out
The declaration calls for a clear and time-bound global roadmap to phase out coal, oil, and gas in an equitable manner.
It stresses that developed nations, being historically responsible for higher emissions, should take the lead in reducing fossil fuel dependence while supporting developing economies in transition.
Climate Finance
A major demand is enhanced climate financing for developing countries.
Estimated requirement: $5.1–6.8 trillion by 2030
Long-term demand: $5 trillion annually
The declaration argues that climate finance should be:
Adequate,
Predictable,
Grant-based rather than debt-driven.
Fossil Fuel Treaty
The declaration advocates a legally binding global Fossil Fuel Non-Proliferation Treaty to complement the Paris Agreement.
The proposed treaty seeks to:
Halt new fossil fuel expansion,
Gradually phase out existing production,
Ensure a fair transition toward renewable energy.
Just Transition
The declaration promotes a people-centric “just transition” framework. It emphasises protecting:
Workers dependent on fossil fuel industries,
Indigenous communities,
Women and youth,
Climate-vulnerable populations.
The focus is on balancing environmental sustainability with social justice and livelihood security.
Adaptation and Loss & Damage
The declaration calls for:
Tripling adaptation finance,
Strengthening the Loss and Damage Fund for climate-hit nations.
Developing countries argue that they require greater support to tackle extreme weather events, sea-level rise, droughts, and displacement.
Conference of the Parties (COP)
United Nations Framework Convention on Climate Change COP meetings are annual global climate summits where countries negotiate measures related to emissions reduction, adaptation, and climate finance.
COP31 is scheduled to be held in Antalya in November 2026.
Significance
The Kuala Lumpur Declaration reflects the growing assertion of the Global South in climate negotiations. It highlights the need for climate equity, financial responsibility of developed countries, and a faster transition away from fossil fuels while safeguarding developmental priorities.
The Union Ministry of Environment, Forest and Climate Change has proposed an Eco-Sensitive Zone (ESZ) of around 663.32 sq km surrounding Karnataka’s Kali Tiger Reserve. The move aims to regulate developmental activities near the reserve and strengthen conservation efforts in the ecologically fragile Western Ghats region.
About Kali Tiger Reserve
Kali Tiger Reserve is situated in the Uttara Kannada (North Canara) district of Karnataka within the biodiversity-rich Western Ghats.
The reserve was formed by combining two major protected areas:
Dandeli Wildlife Sanctuary
Anshi National Park
These contiguous protected regions together form one of the most ecologically significant forest landscapes in southern India.
The reserve shares ecological connectivity with several protected areas:
Bhimgad Wildlife Sanctuary in Karnataka to the north
Radhanagari and Koyna Wildlife Sanctuaries in Maharashtra
Five protected areas in Goa to the west
This connectivity supports wildlife movement and strengthens the conservation of large mammals.
Geography and Terrain
The terrain of Kali Tiger Reserve is highly diverse and includes:
Rolling hills
Steep escarpments
Deep river valleys
Forested plateaus
The Kali River flows through the reserve and serves as a major source of water for Uttara Kannada district. The reserve derives its name from this river.
The region receives heavy monsoon rainfall, supporting dense forests and rich biodiversity.
Vegetation and Flora
The reserve mainly consists of:
Semi-evergreen forests
Moist deciduous forests
Bamboo patches
Grasslands
Kali Tiger Reserve has rich floral diversity with economically and medicinally important plant species.
Major tree species include:
Teak
Silver Oak
Eucalyptus
Various medicinal plants
The dense vegetation of the reserve provides ideal habitat conditions for numerous wildlife species.
Fauna
Kali Tiger Reserve is known for its remarkable faunal diversity.
Major Mammals
The reserve supports important populations of:
Tiger
Leopard
Elephant
Indian Bison (Gaur)
Wild Dog (Dhole)
Sloth Bear
Wild Boar
Sambar
Spotted Deer
Hanuman Langur
Bonnet Macaque
The reserve is also famous for sightings of the rare Black Panther.
Bird Diversity
Kali Tiger Reserve holds one of the highest populations of the Great Indian Hornbill in the Western Ghats.
The forests also support several endemic and migratory bird species, making the region important for bird conservation.
Ecological Importance
Western Ghats Biodiversity Hotspot
The reserve lies within the Western Ghats, one of the world’s eight “hottest hotspots” of biodiversity.
Wildlife Corridor
The reserve forms an important wildlife corridor connecting Karnataka, Goa, and Maharashtra protected areas.
Water Security
The Kali River originating and flowing through the reserve supports agriculture, drinking water supply, and local livelihoods.
Tiger Conservation
The reserve plays a vital role in Project Tiger and conservation of apex predators in southern India.
Eco-Sensitive Zone (ESZ)
An Eco-Sensitive Zone is a buffer area surrounding protected areas where certain human activities are regulated to minimize ecological damage.
The proposed ESZ around Kali Tiger Reserve aims to:
Reduce environmental degradation
Control unregulated construction and mining
Protect wildlife habitats and corridors
Promote sustainable development
Conclusion
Kali Tiger Reserve is among the most significant tiger habitats in the Western Ghats due to its rich biodiversity, ecological connectivity, and riverine ecosystem. The proposed Eco-Sensitive Zone is an important step toward balancing conservation with sustainable development.
For UPSC preparation, the reserve is important from the perspectives of environment, biodiversity conservation, Western Ghats ecology, and protected area management.
India has emerged as one of the world’s fastest-growing renewable energy economies, driven by ambitious climate goals, policy reforms, and rapid expansion of clean energy infrastructure. Recently, the Ministry of New and Renewable Energy (MNRE) highlighted India’s major renewable energy achievements and policy initiatives during FY 2025–26.
The progress reflects India’s commitment toward energy transition, climate action, and sustainable economic growth while reducing dependence on fossil fuels.
Major Renewable Energy Achievements
Global Renewable Energy Ranking
India became the world’s third-largest country in renewable energy installed capacity after China and the United States.
Record Capacity Addition
India added a record 55.29 GW of non-fossil fuel capacity during FY 2025–26, nearly double the additions made in FY 2024–25.
Total Installed Capacity
The country’s total non-fossil fuel installed capacity reached 283.46 GW, of which 274.68 GW came from renewable energy sources.
Renewable Energy Composition
The renewable energy mix included:
Solar Energy – 54.7%
Wind Energy – 20.4%
Large Hydro – 18.7%
Bioenergy – 4.3%
Solar energy continues to dominate India’s clean energy transition due to declining costs and rapid rooftop and utility-scale expansion.
Paris Agreement Milestone
India achieved its Nationally Determined Contribution (NDC) target of obtaining 50% installed electricity capacity from non-fossil fuel sources five years ahead of the 2030 deadline under the Paris Agreement.
Decline in Fossil Fuel Dependence
Coal-based electricity generation witnessed a decline of 3.69%, leading to negative growth in fossil fuel generation. This indicates gradual decarbonisation of the power sector.
Reduced Import Dependence
Solar module imports reduced sharply from USD 2.15 billion to USD 758 million, reflecting growth in domestic manufacturing and self-reliance.
Major Policy and Regulatory Reforms
Fiscal Incentives
The government reduced GST on renewable energy devices from 12% to 5%, lowering project costs and encouraging wider adoption.
Further, the Basic Customs Duty (BCD) exemption on capital goods for Battery Energy Storage System (BESS) lithium-ion cell manufacturing was extended to strengthen domestic energy storage capacity.
Renewable Energy Equipment Import Monitoring System (REEIMS)
Launched in 2025, REEIMS enables real-time tracking of critical renewable energy equipment imports, improving transparency and supply chain monitoring.
Renewable Consumption Obligation (RCO)
The revised Renewable Consumption Obligation subsumed state-level Renewable Purchase Obligations (RPOs) into a unified national framework, ensuring greater policy coherence and compliance.
Market-Based Instruments
The Central Electricity Regulatory Commission (CERC) issued guidelines for Virtual Power Purchase Agreements (VPPAs), enabling companies to purchase renewable energy virtually without direct physical delivery.
Additionally, the MNRE launched a 500 MW Contract for Difference (CfD) pilot to stabilise renewable energy pricing and encourage investment.
National Policy on Geothermal Energy
India introduced the 2025 National Policy on Geothermal Energy to promote research, international partnerships, and technological development for harnessing geothermal resources.
Waste-to-Energy Reforms
Revised Waste-to-Energy (WtE) guidelines introduced a 50%-50% Central Financial Assistance release structure to improve project liquidity and implementation efficiency.
Expansion of PM Surya Ghar
The PM Surya Ghar: Muft Bijli Yojana was expanded into a demand-driven programme targeting installation of one crore rooftop solar systems by FY 2026–27.
Significance of India’s Renewable Energy Push
Climate Change Mitigation
Renewable energy expansion supports India’s climate commitments and helps reduce greenhouse gas emissions.
Energy Security
Reducing dependence on imported fossil fuels enhances long-term energy security and economic resilience.
Economic Growth and Employment
The renewable energy sector generates green jobs, supports domestic manufacturing, and attracts investment.
Sustainable Development
Clean energy contributes to improved air quality, reduced pollution, and sustainable industrial growth.
Challenges Ahead
Despite strong progress, India still faces several challenges:
Grid integration and storage constraints
Land acquisition issues
Financial stress in DISCOMs
Dependence on critical mineral imports
Need for stronger transmission infrastructure
Addressing these challenges will be crucial for sustaining rapid renewable energy growth.
Conclusion
India’s renewable energy achievements in FY 2025–26 demonstrate its emergence as a global leader in clean energy transition. Through strong policy reforms, market innovation, and infrastructure expansion, India is steadily moving toward a low-carbon and energy-secure future. Sustained investment, technological innovation, and institutional coordination will remain essential for achieving long-term climate and energy goals.
India is facing an unprecedented rise in electricity demand due to early and intense heatwave conditions in 2026. While the country has made remarkable progress in renewable energy, especially solar power, the recent power shortages during night-time hours have exposed critical structural weaknesses in the electricity sector. The crisis highlights the emerging challenge of balancing renewable energy expansion with grid stability, storage capacity, and reliable thermal power generation.
Record Surge in Electricity Demand
According to Grid India data, India recorded a historic peak power demand of 256 GW on 25 April 2026, with a shortfall of nearly 4.2 GW during late evening hours. A day earlier, demand touched 240 GW, accompanied by a larger deficit of 5.4 GW.
A notable feature of this crisis is that daytime demand was largely met without shortages. The real stress emerged after sunset, showing that India’s grid is currently capable of handling solar-hour demand but struggles once solar generation declines.
This unusual trend has also appeared much earlier than normal. Traditionally, India’s peak electricity demand occurs during June–July. However, severe heatwaves linked to climate change accelerated electricity consumption in April itself.
The “Solar Paradox” and the Duck Curve
India has nearly 150 GW of installed solar capacity, making solar energy a major pillar of the country’s clean energy transition. During the daytime, solar generation helps reduce dependence on fossil fuels and lowers electricity prices.
However, solar power generation drops sharply after sunset. At the same time, residential electricity demand rises due to increased use of air-conditioners, fans, and cooling appliances. This creates what is known as the “duck curve” effect, where electricity demand
remains high while solar supply rapidly falls.
As a result, the grid becomes heavily dependent on coal, hydro, gas, nuclear, and wind energy during non-solar hours. The recent shortages demonstrate that India currently lacks sufficient backup systems to bridge this gap effectively.
Failure of Thermal Power Plants
The immediate cause of the crisis was the sharp rise in outages at thermal power plants. While planned outages were expected at around 3 GW, forced and partial outages increased to nearly 26 GW.
Government estimates suggest that nearly 18 GW of coal-based capacity became unavailable unexpectedly, with an additional 3–4 GW operating below optimum levels. Consequently, thermal plants generated only 184–187 GW against an installed capacity of approximately 227 GW.
Extreme heat itself contributed significantly to these failures. High ambient temperatures increased thermal stress on boilers, turbines, and cooling systems, reducing plant efficiency during peak demand periods. This highlights the vulnerability of conventional power infrastructure to climate-induced weather extremes.
Impact on Electricity Markets
The crisis also resulted in severe volatility in electricity prices. Spot prices on the Indian Energy Exchange (IEX) touched the regulatory ceiling of ₹10 per kWh during night-time hours, while daytime prices fell to nearly ₹1.5 per kWh because of abundant solar supply.
Such extreme price fluctuations indicate a growing mismatch between daytime electricity surplus and night-time scarcity. Rising procurement costs may further worsen the financial condition of electricity distribution companies (DISCOMs), many of which are already burdened with debt and operational inefficiencies.
Key Challenges
Lack of Energy Storage
India currently lacks large-scale battery storage systems capable of storing excess daytime solar energy for use during evening peak demand.
Climate Change and Heatwaves
Increasing frequency and intensity of heatwaves are accelerating electricity demand, especially for cooling purposes.
Thermal Power Vulnerability
Coal plants remain highly vulnerable to extreme weather conditions and operational stress.
Grid Flexibility Constraints
Limited transmission capacity restricts efficient transfer of surplus power across regions.
Financial Stress on DISCOMs
Price volatility and expensive short-term power purchases increase financial pressure on state utilities.
Way Forward
Battery Energy Storage Systems (BESS)
Large-scale battery storage is essential for storing surplus solar power generated during daytime and supplying it during evening hours.
Pumped Storage Hydropower
Expansion of pumped hydro storage can provide reliable large-scale backup support for renewable energy integration.
Demand-Side Management
Time-of-day tariffs and incentives can encourage industries and consumers to shift electricity usage away from peak evening hours.
Thermal Plant Modernisation
Improved cooling systems, predictive maintenance, and heat-resilient technologies are necessary to reduce forced outages.
Operationalisation of Gas-Based Plants
Idle gas-based power plants can provide flexible peaking power if supported through a stable gas pricing framework.
Strengthening Transmission Infrastructure
Expanding inter-regional transmission networks will improve grid flexibility and allow efficient movement of electricity across states.
Conclusion
India’s night-time energy crisis of 2026 is a warning that the country’s energy transition requires more than just expanding renewable capacity. While solar energy has transformed daytime electricity supply, the absence of adequate storage, grid flexibility, and reliable backup generation has created new vulnerabilities.
The crisis underlines the need for an integrated energy strategy combining renewable expansion with storage infrastructure, resilient thermal power, smarter demand management, and stronger transmission networks. Successfully addressing these challenges will be critical for ensuring India’s long-term energy security, economic stability, and climate resilience.
India, with a coastline of over 7,500 km and a vast Exclusive Economic Zone (EEZ), possesses rich marine biodiversity comprising coral reefs, mangroves, seagrasses, marine mammals, turtles, and deep-sea ecosystems. Recognising the ecological and economic importance of oceans, India has adopted a mission-mode approach toward marine conservation through legal safeguards, institutional mechanisms, and scientific initiatives such as the Deep Ocean Mission (DOM).
The framework reflects India’s commitment toward sustainable use of marine resources, biodiversity protection, and strengthening the blue economy.
Legal and Institutional Framework
Wildlife Protection Measures
The Wildlife (Protection) Act, 1972 provides legal protection to several marine species under Schedules I and II.
The 2022 amendment strengthened enforcement by granting the Indian Coast Guard powers of search, seizure, and arrest in marine wildlife crime cases.
Marine Protected Areas (MPAs)
India has established 132 Coastal and Marine Protected Areas, including:
6 Marine National Parks
Marine sanctuaries
Protected mangrove and coral ecosystems These protected areas help conserve:
Coral reefs
Mangroves
Seagrass beds
Marine fauna and breeding habitats
Scientific Institutions
The Centre for Marine Living Resources and Ecology (CMLRE) plays a major role in marine biodiversity assessment.
It uses advanced tools such as environmental DNA (eDNA) metabarcoding to monitor deep-sea biodiversity and maintain a national marine fauna repository.
Deep Ocean Mission (DOM)
Launched in 2021 under the Ministry of Earth Sciences, the Deep Ocean Mission aims to explore ocean resources and develop technologies for sustainable deep-sea operations.
Samudrayaan Mission
A flagship component of DOM is the Samudrayaan project, which seeks to undertake India’s first human deep-sea mission to a depth of 6,000 metres.
The mission will use the Matsya 6000 submersible capable of carrying a three-member crew.
Technological Significance
Matsya-6000 uses a titanium-alloy spherical hull developed with support from Indian Space Research Organisation (ISRO), enabling survival under extreme underwater pressure.
Resource Exploration
The mission focuses on exploring polymetallic nodules in the Central Indian Ocean Basin containing:
Cobalt
Nickel
Copper
Manganese
These minerals are strategically important for renewable energy technologies, batteries, and electronics manufacturing.
Strategic Importance
Successful implementation would place India among a select group of countries — including the United States, Russia, China, France, and Japan — possessing human deep-sea exploration capabilities.
Other Major Conservation Initiatives
Project Dolphin
Launched in 2020, the project focuses on habitat conservation and population monitoring of both marine and river dolphins.
National Marine Turtle Action Plan
Introduced in 2021, the plan seeks to conserve Olive Ridley turtles by reducing fishing-related threats and coastal poaching.
Integrated Coastal Zone Management (ICZM)
ICZM promotes sustainable coastal development and resource management in states such as:
Gujarat
Odisha
West Bengal
MISHTI Scheme
Launched in 2023, MISHTI promotes mangrove restoration across 13 states and Union Territories, covering over 22,000 hectares.
BBNJ Agreement
India joined the Biodiversity Beyond National Jurisdiction Agreement (BBNJ) in 2024 to support conservation of marine biodiversity in areas beyond national jurisdiction.
Challenges
Despite significant progress, several challenges persist:
Marine pollution and plastic waste
Coastal erosion and habitat degradation
Overfishing and illegal fishing
Climate change impacts on coral reefs and marine ecosystems
Technological and financial limitations in deep-sea exploration
Way Forward
Strengthen Marine Governance
Improve coordination among environmental, fisheries, coastal, and maritime agencies.
Expand Scientific Research
Enhance oceanographic research, biodiversity mapping, and climate resilience studies.
Community Participation
Promote participation of coastal communities in conservation and sustainable resource management.
Sustainable Blue Economy
Balance resource extraction with ecological sustainability and biodiversity protection.
Conclusion
India’s marine biodiversity conservation framework reflects a comprehensive approach combining legal protection, scientific innovation, and sustainable ocean governance.
Initiatives such as the Deep Ocean Mission, marine protected areas, and mangrove restoration strengthen India’s role in global marine conservation while advancing the blue economy. Long-term success will depend on balancing economic interests with ecological sustainability and international cooperation.
Scientists have recently discovered two previously unknown species of fireflies in the East Khasi Hills of Meghalaya. The newly identified species — Diaphanes meghalayanus and Diaphanes mawlynnong — mark the first formal scientific documentation of such fireflies from the state.
The discovery highlights the rich biodiversity of Northeast India and underlines the ecological importance of Meghalaya’s forest ecosystems.
About the Newly Discovered Species
Diaphanes meghalayanus
Named after the state of Meghalaya to reflect its broader regional distribution.
Found in:
Semi-evergreen forests
Dense betel nut plantations
Bamboo-dominated patches
Habitat Conditions
The species thrives in:
Cool temperatures: 18–20°C
High humidity: 77–80%
Dark, minimally disturbed environments
Behaviour
Males fly at heights of around 10–15 metres
Emit a soft glowing light during flight
Mostly observed during February
Diaphanes mawlynnong
Named after Mawlynnong village, recognising the local Khasi community.
Appears to be habitat-specific.
Habitat
Found in:
Dense bamboo forests
Rocky stream ecosystems
Moist forest interiors
Behaviour
Males fly around 15 metres above ground level
Wingless female discovered beneath a boulder
This behaviour is considered unusual and provides valuable insights into the species’ reproductive ecology and life cycle.
Bioluminescence
Females emit slower and longer pulsating glows than males.
What are Fireflies?
Fireflies, also known as lightning bugs, are bioluminescent beetles belonging to the family Lampyridae.
Key Characteristics
Produce light through bioluminescence
Found mostly in humid tropical and temperate regions
Use flashing patterns for:
Mating communication
Species identification
Predator deterrence
Bioluminescence in Fireflies
Fireflies produce light through a chemical reaction involving:
Luciferin (light-emitting compound)
Luciferase enzyme
Oxygen
ATP (energy molecule) The reaction generates:
“Cold light” with minimal heat loss
This makes firefly bioluminescence highly energy efficient.
Ecological Importance of Fireflies
Indicators of Ecosystem Health
Fireflies are sensitive to:
Light pollution
Habitat destruction
Pesticides
Climate change
Their presence often indicates:
Healthy forest ecosystems
Stable humidity levels
Low human disturbance
Role in Food Chains
Fireflies contribute to ecosystem functioning by:
Acting as predators of small insects and snails
Serving as prey for birds, amphibians, and reptiles
Significance of the Discovery
Biodiversity Documentation
The discovery enriches India’s documented insect biodiversity, especially in the ecologically sensitive Northeast region.
Importance of Meghalaya’s Ecosystems
The East Khasi Hills represent a biodiversity hotspot with:
High rainfall
Dense forests
Unique microclimatic conditions
The finding demonstrates the ecological value of conserving such habitats.
Scientific Importance
The observation of wingless females and distinct glowing behaviour provides rare insights into:
Reproductive strategies
Species evolution
Behavioural ecology
Threats to Fireflies
Despite their ecological importance, fireflies face several threats:
Habitat Loss
Deforestation and land-use change reduce suitable breeding and feeding habitats.
Light Pollution
Artificial lighting disrupts mating signals and communication.
Climate Change
Changes in temperature and humidity affect survival and reproduction.
Pesticide Use
Chemical pollution harms larvae and reduces insect prey availability.
Conservation Importance
The discovery reinforces the need for:
Forest conservation
Reduction in light pollution
Protection of moist microhabitats
Sustainable land-use practices
Community participation, especially among indigenous groups such as the Khasi community, will be critical for long-term conservation.
Conclusion
The discovery of Diaphanes meghalayanus and Diaphanes mawlynnong in Meghalaya highlights the immense but still underexplored biodiversity of India’s Northeast region. Beyond scientific significance, these fireflies serve as indicators of healthy ecosystems and remind us of the urgent need to conserve fragile forest habitats amid growing environmental pressures.
Protecting such species is essential not only for biodiversity conservation but also for preserving ecological balance and understanding the complex evolutionary processes of nature.
The push for 100% ethanol blending (E100) has gained momentum after the Union Minister for Road Transport and Highways advocated its adoption as part of India’s broader strategy for energy self-reliance and reduced dependence on fossil fuel imports. While India has made significant progress in ethanol blending, moving towards E100 raises important
technological, economic, and environmental considerations.
Understanding Ethanol Blending (E100)
Ethanol blending involves mixing ethanol with petrol. E100 refers to the use of pure ethanol as fuel. However, ethanol has a lower energy density than petrol—approximately 45–55% less energy per litre—which directly impacts mileage and vehicle performance.
Currently, most vehicles in India are compatible with E20 (20% ethanol blend) or lower. Higher blends such as E85 or E100 require flex-fuel vehicles (FFVs) that can operate on varying ethanol-petrol mixtures.
Need for Flex-Fuel Vehicles (FFVs)
Transitioning to E100 requires a shift in automobile technology. FFVs are equipped with:
Corrosion-resistant fuel systems
Advanced sensors and engine control units
Optimised combustion systems for ethanol
Countries like Brazil have successfully adopted FFVs at scale. In India, adoption is still nascent, though companies like Toyota are introducing compatible models, and others such as Maruti Suzuki and Hyundai are developing prototypes.
Infrastructure and Supply Chain Requirements
Achieving E100 is not merely a technological challenge but also an infrastructural one. It requires:
Dedicated storage and distribution systems
Modifications in fuel stations
Efficient logistics for ethanol transport
These changes must align with India’s broader push for domestic manufacturing and energy transition.
Ethanol Production in India: Opportunities and Challenges
India primarily produces ethanol from sugarcane, making it the dominant feedstock. While this supports the agricultural economy, it raises concerns:
Sugarcane is water-intensive
Cultivation often occurs in water-stressed regions
Potential impact on food security and crop prices
Shift Towards Second-Generation (2G) Ethanol
To address sustainability concerns, India is promoting 2G ethanol, produced from crop residues like rice straw.
Benefits include:
Reducing stubble burning in North India
Lower environmental impact
Diversification of feedstock sources
Public sector entities like Indian Oil Corporation are actively investing in 2G ethanol plants.
Cost and Policy Support
Ethanol production is often costlier or comparable to petrol, requiring government intervention through:
Administered pricing
Subsidies and incentives
Policy support for industry expansion
Without such measures, large-scale adoption may not be economically viable.
Environmental Trade-offs
Ethanol is often seen as a cleaner alternative, but its environmental impact is mixed:
Advantages:
Lower emissions of carbon monoxide
Reduced particulate matter
Concerns:
High water consumption
Land use changes
Increased use of fertilisers and pesticides
Thus, sustainability depends on production practices rather than fuel use alone.
CAFE Norms and Ethanol Blending
India introduced Corporate Average Fuel Efficiency (CAFE) norms in 2017 to regulate vehicle emissions.
CAFE I (2017) and CAFE II (2022) improved fuel efficiency
CAFE III (2027) will impose ~30% stricter emission targets
While CAFE norms do not mandate ethanol use, they indirectly incentivise higher ethanol blends as automakers seek to meet emission targets.
Consumer Concerns and Efficiency
Ethanol-blended fuels present challenges for consumers:
E20 fuel reduces mileage by 6–7%
Higher blends may further reduce efficiency
Potential increase in fuel costs
Adoption will depend on balancing affordability, efficiency, and environmental benefits.
Progress of Ethanol Blending in India
India’s Ethanol Blending Programme (launched in 2003) has seen rapid progress:
~2% blending in 2014
Achieved E10 by 2022
E20 rollout from 2023, targeted nationwide by 2025 This accelerated progress reflects strong policy support.
Infrastructure and Industry Challenges
Despite progress, key bottlenecks remain:
Limited vehicle compatibility
Inadequate fuel storage and distribution systems
Supply constraints of ethanol
These challenges must be addressed before scaling up to E100.
Ethanol and India’s Energy Security Strategy
Ethanol blending is part of a broader strategy to reduce import dependence. However, India is also exploring:
Diversification of Energy Sources
Alternative oil suppliers
Expansion of renewable energy
Hydrogen Economy
Under the National Green Hydrogen Mission, India aims to:
Produce hydrogen at $1/kg
Compete with fossil fuels
Become a global energy exporter
Circular Economy Approach
Producing hydrogen from municipal waste and sewage
Integrating sustainability with energy production
Challenges in Energy Transition
Limited domestic production of oil and gas
Technological gaps in hydrogen storage and transport
Infrastructure constraints
Geopolitical uncertainties
Way Forward
Promote sustainable feedstocks like 2G ethanol
Expand FFV adoption and infrastructure
Balance environmental and economic considerations
Integrate ethanol strategy with broader clean energy goals
Conclusion
Ethanol blending represents a significant step towards energy security and cleaner fuels in India. However, achieving 100% blending requires overcoming challenges related to technology, infrastructure, cost, and sustainability. A balanced and phased approach—
combined with innovations like green hydrogen—will be crucial for India’s long-term energy transition.
The Himachal Pradesh High Court recently quashed a notification that declared areas of at least three gram panchayats around Col. Sher Jung National Park as an Eco-Sensitive Zone (ESZ). The decision has raised important questions regarding environmental governance, conservation policies, and the balance between ecological protection and local livelihoods.
About Col. Sher Jung National Park
Col. Sher Jung National Park, also known as Simbalbara National Park, is located in the Paonta Valley of Himachal Pradesh along the border with Haryana.
It is named after Colonel Sher Jung, a noted freedom fighter and environmentalist.
The park lies in the Shiwalik range, with elevations ranging from 350 to 700 meters above sea level.
It spans across the lower, middle, and upper Shiwaliks, giving it diverse ecological
characteristics.
Geographical Significance
The park is located at the confluence of three major biogeographic regions:
The Himalayas
The Gangetic Plains
The semi-arid regions
It shares its boundary with Kalesar National Park, forming an important ecological corridor.
The Simbalbara River flows through the park, acting as a vital water source for flora and
fauna.
Vegetation and Flora
The park is characterized by dense Sal forests interspersed with grassy glades.
Dominant tree species include:
Sal (Shorea robusta)
Terminalia tomentosa
Riverine vegetation includes:
Jamun (Syzygium cumini)
Cassia siamea
Eucalyptus
The vegetation supports rich biodiversity and provides habitat for numerous species.
Fauna
The park hosts a variety of wildlife species such as:
Nilgai
Sambar deer
Spotted deer
Wild boar
Goral
Barking deer
Rhesus macaque
It is also an important bird habitat, with species including:
Indian roller
Dollar bird
Kingfishers
Hornbills
Birds of prey such as the crested serpent eagle and Brahminy kite are also found here.
Conclusion
The recent High Court decision regarding the Eco-Sensitive Zone around Col. Sher Jung National Park highlights the complexities involved in conservation governance. While ESZs aim to protect fragile ecosystems, their implementation must consider the socio-economic realities of local communities. Ensuring a balanced approach that promotes both ecological sustainability and community welfare remains crucial.
A recent breakthrough by the CSIR-Indian Institute of Integrative Medicine has demonstrated that Apis mellifera can survive sub-zero temperatures. This development is particularly significant for beekeepers in cold regions such as Jammu & Kashmir, where traditionally hives are migrated to plains during winter to avoid colony loss. The finding can reduce migration costs, minimize stress on bee colonies, and enhance honey production efficiency, thereby strengthening the apiculture sector and rural livelihoods.
About Apis mellifera
Apis mellifera, commonly known as the Western or European honey bee, is the most widely distributed species of honey bee in the world.
It is the most extensively domesticated insect species due to its economic and ecological importance.
The species is commercially exploited for products such as honey, beeswax, royal jelly, and propolis.
It plays a crucial role in pollination, supporting agricultural productivity and maintaining ecological balance.
A large proportion of global food crops, including fruits, vegetables, and oilseeds, depend on pollinators like Apis mellifera.
Apis mellifera Habitat and Distribution
Native to Europe, Western Asia, and Africa.
Introduced to other continents by humans beginning in the 17th century.
Currently found across all continents except Antarctica, including East Asia, Australia, and North and South America.
Prefers habitats with abundant flowering plants such as meadows, orchards, open forests, and agricultural fields.
Can adapt to varied environments like grasslands, wetlands, and even semi-arid regions, provided adequate nectar, pollen, and water sources are available.
Requires nesting cavities such as hollow tree trunks, rock crevices, or artificial beehives for colony establishment.
Apis mellifera Features
Typically reddish-brown to yellow in colour with distinct black bands and orange-yellow rings on the abdomen.
Possesses two pairs of transparent wings and a characteristic narrow waist.
The body is covered with branched hairs that help in effective pollen collection and transfer.
Exhibits eusocial behavior, forming highly organized colonies with division of labour:
One queen responsible for reproduction
Thousands of worker bees performing tasks like foraging, nursing, and hive maintenance
A smaller number of drones whose primary function is mating
Colonies can consist of tens of thousands of individuals, showcasing advanced social organization.
Workers possess barbed stingers that detach after stinging, leading to their death, while the queen has a smooth stinger used primarily for intra-species competition.
Nests are constructed using beeswax in the form of hexagonal combs, known for their
efficiency and strength.
Communication within the colony occurs through complex behaviors like the “waggle dance,” which conveys information about food sources.
Conclusion
The recent findings regarding the cold tolerance of Apis mellifera have far-reaching implications for sustainable beekeeping in colder climates. By reducing the need for seasonal migration, the discovery can lower operational costs, improve colony survival rates, and enhance honey yield. Additionally, stronger and stable bee populations will contribute to improved pollination services, thereby boosting agricultural productivity and supporting
food security. Promoting scientific interventions alongside traditional beekeeping practices can play a vital role in strengthening India’s apiculture sector.
The Ministry of Skill Development and Entrepreneurship (MSDE) recently launched the Skills Outcomes Fund to strengthen employment-linked skilling and improve livelihood opportunities for low-income youth across India. The initiative marks a shift from input-based skilling to outcome-based financing by linking investments directly with measurable employment outcomes such as job placements and retention.
The fund will be operationalised by the National Skill Development Corporation (NSDC), which functions under the MSDE. It aims to mobilise public, private, and philanthropic capital for scaling India’s skilling ecosystem in a sustainable manner.
Key Features of the Skills Outcomes Fund
Outcome-Based Financing
Funding is linked to verified employment outcomes rather than merely the completion of training programmes. This ensures accountability and effectiveness in skilling initiatives.
Multi-Stakeholder Financing
The scheme combines:
Public investment
Private sector participation
Philanthropic funding
This blended finance model seeks to increase the scale and efficiency of employment generation.
Industry-Aligned Training
The initiative adopts a demand-driven model focused on high-growth sectors such as:
Green jobs
Semiconductors
Healthcare
Logistics
IT services
This alignment helps bridge the gap between industry demand and workforce skills.
Focus on Livelihood Security
The scheme particularly targets economically vulnerable youth, aiming to improve employability, income security, and long-term career opportunities.
About National Skill Development Corporation (NSDC)
The National Skill Development Corporation was established in 2008 as a not-for-profit public limited company under a Public-Private Partnership (PPP) model. It now functions under the Ministry of Skill Development and Entrepreneurship.
Mandate of NSDC
Promote high-quality vocational training institutions
Support scalable skill development initiatives
Facilitate private sector participation in skilling
Provide funding and institutional support
Major Initiatives Supported by NSDC
Skill India Mission
Pradhan Mantri Kaushal Vikas Yojana (PMKVY)
Apprenticeship and vocational training programmes
Significance of the Fund
Enhances Employability
The initiative improves the quality and relevance of skill training by directly connecting it with labour market outcomes.
Supports India’s Demographic Dividend
India has one of the world’s largest youth populations. Employment-linked skilling can transform this demographic advantage into productive economic growth.
Encourages Private Sector Participation
Outcome-based financing incentivises industries and investors to participate actively in workforce development.
Promotes Future-Ready Skills
The focus on emerging sectors such as semiconductors and green jobs aligns with India’s evolving economic priorities.
Improves Accountability
Since funding depends on employment outcomes, training providers are encouraged to ensure quality and job readiness.
Challenges
Unequal access to quality training infrastructure in rural areas
Difficulty in tracking long-term employment retention
Risk of prioritising quantity over quality in placements
Way Forward
Strengthen digital and hybrid learning systems
Expand industry partnerships and apprenticeships
Improve certification standards and assessment systems
Focus on women, rural youth, and marginalised communities
Integrate skilling with entrepreneurship and startup ecosystems
Conclusion
The Skills Outcomes Fund represents an important reform in India’s skilling ecosystem by shifting focus from training numbers to actual employment outcomes. By combining industry demand, innovative financing, and accountability mechanisms, the initiative can significantly
improve youth employability and support inclusive economic growth. Effective implementation, continuous monitoring, and strong collaboration between government, industry, and training institutions will be crucial for its long-term success.
The Reserve Bank of India (RBI) recently prohibited banks from engaging in Non-Deliverable Derivative (NDD) contracts to contain volatility in the Indian rupee. The decision comes amid pressure on the rupee due to rising crude oil prices, global financial uncertainties, and speculative trading in offshore currency markets.
The move reflects the RBI’s broader objective of ensuring stability in India’s foreign exchange market while aligning domestic forex practices with international regulatory and accounting standards.
What are Non-Deliverable Derivatives (NDDs)?
A Non-Deliverable Derivative (NDD) is a financial contract in which two parties agree on a future exchange rate for a currency, but no actual exchange of currency takes place.
Instead, the contract is settled in cash — usually in US dollars — based on the difference between:
the pre-agreed exchange rate, and
the prevailing market exchange rate at maturity.
Thus, NDDs are essentially cash-settled derivative contracts linked to currency movements.
Example
If an investor enters into an NDD contract expecting rupee depreciation and the rupee weakens more than the agreed rate, the investor earns profit through cash settlement without physically exchanging rupees.
Features of NDDs
Offshore Trading
NDDs are primarily traded in offshore financial centres such as:
Singapore
London
These markets operate outside the direct jurisdiction of Indian regulators.
No Physical Delivery
Unlike regular currency derivatives, NDDs do not involve actual transfer of rupees, making them attractive for speculative trading.
Hedging and Speculation
NDDs are used by:
Foreign investors for hedging currency risk
Traders and hedge funds for speculation on rupee movements
Why Did RBI Ban NDDs?
Controlling Rupee Volatility
Speculative activity in offshore NDD markets often influences expectations regarding the rupee’s value. Large speculative positions can increase exchange rate volatility and create divergence between offshore and domestic currency markets.
Preventing Excessive Speculation
Speculative trading involves buying or selling assets purely to profit from short-term price fluctuations without any underlying real economic transaction. The RBI aims to curb such speculative pressures on the rupee.
Strengthening Domestic Forex Market
By restricting bank participation in offshore NDD markets, the RBI seeks to channel forex activity toward regulated domestic markets under its supervision.
Ensuring Financial Stability
Global uncertainties, volatile oil prices, and capital flow fluctuations can amplify currency instability. The RBI’s action is intended to reduce systemic risks and maintain investor confidence.
Impact of the RBI Decision
Appreciation of Rupee
Following the announcement, the rupee appreciated from below ₹95 per US dollar to around
₹93 per dollar, indicating improved market confidence and reduced speculative pressure.
Reduced Short-Term Volatility
The ban is expected to stabilise the foreign exchange market by limiting speculative bets against the rupee.
Better Regulatory Alignment
The move aligns India’s forex practices with international accounting and prudential standards, improving transparency and oversight.
Concerns and Challenges
Despite its benefits, the ban may also create certain concerns:
Reduced participation in offshore markets could affect market liquidity.
Foreign investors may face limitations in hedging currency risks.
Offshore markets may continue influencing rupee expectations indirectly.
Therefore, balancing market stability with adequate hedging mechanisms remains essential.
Conclusion
The RBI’s ban on Non-Deliverable Derivatives reflects its proactive approach toward safeguarding currency stability and reducing speculative pressures on the rupee. While the measure may strengthen domestic forex regulation and reduce short-term volatility,
sustained stability will depend on strong macroeconomic fundamentals, prudent monetary policy, and effective market supervision.
The Ministry of Mines recently notified the Minerals (Other than Atomic and Hydro Carbons Energy Minerals) Concession (Second Amendment) Rules, 2026. The amendment aims to improve operational efficiency, optimise mineral allocation, and boost domestic production
of critical and deep-seated minerals.
The reforms complement the MMDR (Amendment) Act, 2025, which focuses on reducing procedural delays and strengthening India’s mineral self-reliance.
Why is the Amendment Important?
India is heavily dependent on imports for several critical minerals such as lithium, cobalt, copper, and nickel, which are essential for:
Electric vehicles (EVs),
Renewable energy systems,
Electronics and semiconductors,
Defence and strategic industries.
The amendment seeks to accelerate mineral exploration and ensure efficient utilisation of domestic resources.
Key Provisions of the Amendment
Areal Cap for Contiguous Areas
Contiguous area inclusion is capped at:
10% for Mining Lease (ML),
30% for Composite Licence (CL).
The provision ensures economically viable extraction of deep-seated minerals like gold, copper, and lithium.
Faster Approval for Critical Minerals
State Governments are mandated to approve the inclusion of critical minerals within 30 days of application.
This reduces delays and encourages investment in exploration.
Reclassification of Mineral Blocks
If a major mineral is discovered in a minor mineral block, the area must be re-auctioned as a major mineral block.
This ensures transparency and maximises revenue generation.
Exploration Mandate
Mining leases for minor minerals (except sand) require G3 level preliminary exploration
to establish commercial viability before approval.
This improves scientific mining and reduces speculative allocation.
Liberalisation of Captive Mines
The amendment removes earlier restrictions on surplus mineral sales.
Captive mine operators can now sell excess minerals in the market after fulfilling end-use plant requirements.
This promotes efficient utilisation of mineral resources.
Significance
The amendment is expected to:
Boost domestic production of critical minerals,
Reduce import dependence,
Encourage private investment in mining,
Strengthen supply chains for clean energy technologies,
Improve transparency and scientific exploration.
The reforms support India’s long-term goal of achieving mineral security and becoming self-reliant in strategic resources.
