Recently, Prime Minister Narendra Modi paid tribute to Guru Tegh Bahadur on the sacred occasion of his Parkash Purab. The Prime Minister remembered Guru Tegh Bahadur Ji as a great spiritual leader who devoted his life to the protection of religious freedom, human dignity, and justice.

About Guru Tegh Bahadur

Guru Tegh Bahadur was the ninth Guru of Sikhism and one of the most respected spiritual leaders in Indian history. He was born in 1621 with the name Tyaga Mal. From an early age, he displayed courage, wisdom, and deep spiritual understanding.

His father, Guru Hargobind, gave him the title “Tegh Bahadur”, which means “Mighty of the Sword.” This title was given to him after he showed great bravery in battles against the Mughal forces.

In 1664, Guru Tegh Bahadur became the ninth Sikh Guru after the death of Guru Har Krishan. During his leadership, he spread the message of peace, equality, and spirituality.

He was honoured with the title “Hind Di Chadar”, meaning “Shield of India,” because he protected people from religious oppression and defended their right to follow their own faith.

Life and Works

Foundation of Anandpur Sahib

Guru Tegh Bahadur founded the city of Anandpur Sahib in present-day Punjab near the Shivalik Hills and the Sutlej River. Anandpur Sahib later became one of the most important centres of Sikh religion and culture.

The last two Sikh Gurus lived in Anandpur Sahib. Later, Guru Gobind Singh founded the Khalsa Panth there in 1699, which strengthened Sikh unity and identity.

Spiritual and Literary Contributions

Guru Tegh Bahadur made significant contributions to the Guru Granth Sahib by composing more than 100 hymns. His hymns discuss important themes such as the nature of God, human dignity, detachment from worldly desires, and service to humanity.

His teachings encouraged people to live a life based on truth, courage, discipline, and spiritual devotion.

Martyrdom and Legacy

Sacrifice for Religious Freedom

Guru Tegh Bahadur sacrificed his life in 1675 during the reign of Mughal emperor Aurangzeb. He opposed forced religious conversions and defended the religious freedom of Kashmiri Pandits.

His sacrifice is regarded as one of the greatest examples of courage and humanity in Indian history. Because of his martyrdom, he is remembered as a protector of religious liberty and human rights.

Every year, his martyrdom day is observed as Shaheedi Divas on 24 November according to the Nanakshahi Calendar released by the Shiromani Gurdwara Parbandhak Committee in 2003.

The place associated with his martyrdom is Gurdwara Sis Ganj Sahib, which is an important Sikh pilgrimage site.

Conclusion

Guru Tegh Bahadur is remembered as a symbol of bravery, sacrifice, and religious tolerance. His teachings and martyrdom continue to inspire people to stand against injustice and uphold the values of freedom, equality, and humanity.

 

Recently, the Ministry of Environment, Forest and Climate Change released draft rules for the management of tar balls in order to protect India’s coastline and marine ecosystems from the harmful effects of oil pollution. The increasing occurrence of tar balls along coastal regions has emerged as a serious environmental concern because they negatively affect marine biodiversity, coastal habitats, tourism, fisheries, and human health.

What are Tar Balls?

Tar balls are small, dark-coloured, sticky lumps of weathered oil that form in marine environments due to oil spills or natural seepage of crude oil from beneath the ocean floor. These blobs may appear as semi-solid or solid masses floating on the ocean surface before eventually washing ashore along beaches and coastal areas.

The size of tar balls can vary greatly. Some are tiny globules, while others may become as large as a basketball. Their sticky texture and toxic composition make them dangerous for both marine ecosystems and human populations living near coastal areas.

Formation of Tar Balls

Process of Formation

Tar balls are formed through the weathering of crude oil in marine environments. When oil enters the sea through tanker accidents, offshore drilling leaks, ship discharges, or natural oil seeps, it begins to undergo several transformations under environmental conditions.

The oil remains exposed to:

• Sunlight

• Sea water

• Wind

• Ocean currents

• Wave action

• Microbial activity

As a result of these physical, chemical, and biological processes, the lighter components of the oil evaporate while the heavier compounds gradually become thick, sticky, and semi-solid. Over time, these weathered oil masses transform into tar balls.

Ocean currents and waves then transport these tar balls from the open sea toward shorelines, where they accumulate along beaches and coastal regions.

Composition of Tar Balls

Presence of Toxic Substances

Tar balls contain several harmful and toxic substances that make them highly dangerous to marine life and coastal ecosystems.

These weathered oil masses often contain:

• Heavy metals

• Trace elements

• Persistent Organic Pollutants (POPs)

• Toxic petroleum hydrocarbons

Such pollutants can remain in the environment for long periods and may enter marine food chains through biological accumulation. Their persistent nature makes tar balls a serious form of long-term marine pollution.

Impact of Tar Balls on Marine Ecosystems

Threat to Marine Biodiversity

Tar balls pose a major threat to marine biodiversity because they directly affect several marine organisms and coastal habitats.

Marine species such as:

• Sea turtles

• Fish

• Seabirds

• Other marine animals

may accidentally consume tar balls after mistaking them for food. This can lead to poisoning, digestive blockages, injury, and even death.

Tar contamination also affects seabirds by coating their feathers, reducing their ability to fly, float, and regulate body temperature. Such impacts can severely disturb marine food chains and ecological stability.

Damage to Coastal Habitats

The accumulation of tar balls damages sensitive coastal ecosystems such as:

• Mangrove forests

• Sandy beaches

• Coral ecosystems

• Breeding grounds of marine species

Polluted beaches lose their ecological and economic value, affecting coastal tourism and fishing activities that support the livelihoods of local communities.

Continuous oil contamination can also reduce marine productivity and degrade the overall health of coastal environments.

Risks to Human Health

Tar balls may also pose risks to human health because of the toxic chemicals present in weathered oil residues.

People who come into direct contact with tar balls, especially fishermen, tourists, coastal residents, and cleanup workers, may face health risks through skin exposure or inhalation of toxic substances.

Long-term exposure to petroleum contaminants may lead to serious health complications and environmental hazards.

Tar Balls Along India’s Coastline

Regions Most Affected

India’s western coastline, particularly the coastal stretch extending from Gujarat to Goa, is significantly affected by tar ball pollution.

The occurrence of tar balls is especially high during the seasonal period from April to September, when monsoon-related ocean currents and wave activity transport weathered oil toward coastal areas.

Government Measures for Management

Draft Rules Introduced by the Government

The recent draft rules issued by the Ministry of Environment, Forest and Climate Change aim to strengthen the management and monitoring of tar ball pollution.

The proposed measures seek to:

• Improve oil spill response mechanisms

• Ensure proper cleanup and disposal

• Protect marine biodiversity

• Reduce environmental damage caused by marine oil pollution

The initiative reflects the growing importance being given to marine environmental conservation and sustainable coastal management in India.

Importance of Managing Tar Balls

Need for Marine Conservation

Managing tar balls effectively is essential for protecting:

• Marine ecosystems

• Coastal biodiversity

• Fisheries

• Tourism

• Human health

Healthy oceans are crucial for ecological balance, climate regulation, and economic livelihoods. Therefore, reducing marine pollution and strengthening coastal protection measures have become important environmental priorities.

Conclusion

Tar Balls are a serious form of marine pollution formed through the weathering of crude oil in ocean ecosystems. Their toxic composition and harmful impact on biodiversity, coastal habitats, tourism, fisheries, and human health make them a major environmental concern. The recent initiative taken by the Ministry of Environment, Forest and Climate Change to introduce draft rules for managing tar balls highlights the importance of protecting India’s marine ecosystems and strengthening coastal environmental governance. Effective pollution control and marine conservation efforts will be essential for ensuring sustainable ecological development in the future

 

 

Recently, researchers from the Zoological Survey of India discovered two new species of free-living marine nematodes off the coast of Tamil Nadu. The newly identified species have been named Corononema dhriti and Epacanthion indica.

About Corononema dhriti

Discovery and Naming

Corononema dhriti is a species of free-living marine nematode discovered in the coastal waters of Tamil Nadu. The species has been named in honour of Dr. Dhriti Banerjee, the Director of the Zoological Survey of India, in recognition of her contribution to zoological and biodiversity research.

The discovery is scientifically significant because this is only the fourth known species of the genus Corononema identified globally. Earlier, species belonging to this genus had been recorded only in:

• Australia

• Thailand

• Vietnam

Thus, the discovery expands the known geographical distribution of this rare nematode genus.

About Epacanthion indica

Unique Features

The second newly discovered species, Epacanthion indica, has been named after India, where it was discovered.

This species is particularly important because of its specialized anatomical features. Unlike many nematodes that feed mainly on microbes and organic matter, Epacanthion indica possesses specialized mandibles and tooth-like structures.

These features make it a microscopic predator within the benthic food web. It actively feeds on smaller organisms present in marine sediments and therefore plays an important ecological role in maintaining balance within marine ecosystems.

What are Nematodes?

Introduction to Nematodes

Nematodes are worms belonging to the phylum Nematoda. They are among the most abundant and diverse organisms found on Earth.

Nematodes occur in two major forms:

• Parasitic nematodes, which live inside plants and animals

• Free-living nematodes, which inhabit soil, freshwater, and marine ecosystems

They are found in an extraordinary range of habitats, including:

• Oceans

• Swamps

• Deserts

• Tropical regions

• Polar regions such as Antarctica

Some nematodes have even been discovered in unusual environments like vinegar, beer malts, and water-filled cracks deep inside Earth’s crust.

Physical Characteristics of Nematodes

Nematodes are generally bilaterally symmetrical, elongated, and tapered at both ends. Many species possess a pseudocoel, which is a fluid-filled body cavity located between the digestive tract and the body wall.

Despite their microscopic size, nematodes display remarkable structural and ecological diversity that enables them to survive in highly varied environments.

Distribution of Nematodes

Nematodes are found on every continent and are considered one of the most widespread animal groups in the world.

Their adaptability allows them to survive in:

• Marine environments

• Freshwater ecosystems

• Agricultural soils

• Forest ecosystems

• Extreme climatic regions

Because of their immense abundance and diversity, nematodes form a critical component of global ecosystems.

Significance of Marine Nematodes

Role in Nutrient Cycling

Marine nematodes perform an important ecological function by helping in nutrient cycling. They break down organic matter and recycle nutrients back into marine ecosystems.

This process supports the productivity and sustainability of ocean ecosystems.

Importance for Sediment Health

Marine nematodes also help maintain the health and stability of coastal sediments. Their activities improve sediment aeration and biological productivity, which are essential for maintaining marine biodiversity.

Healthy sediments support several marine organisms and contribute to ecological balance in coastal regions.

Role as Bio-Indicators

Marine nematodes serve as important bio-indicators of environmental conditions. Since they respond quickly to pollution, habitat degradation, and climate change, scientists use them to monitor marine ecosystem health.

Changes in nematode populations can provide early warning signs of environmental stress and ecological disturbance.

Importance of the Discovery

The discovery of Corononema dhriti and Epacanthion indica highlights the rich but still underexplored marine biodiversity of India.

It also demonstrates the important role played by the Zoological Survey of India in documenting and conserving India’s biodiversity.

Such discoveries contribute to:

• Better scientific understanding of marine ecosystems

• Biodiversity conservation

• Ecological monitoring

• Climate change research

The findings also emphasize the importance of protecting marine habitats and promoting continued scientific exploration of coastal ecosystems.

Conclusion

The discovery of Corononema dhriti and Epacanthion indica represents an important advancement in marine biodiversity research in India. These newly identified species improve scientific knowledge about microscopic marine organisms and underline the ecological importance of marine nematodes in maintaining healthy ocean ecosystems. Continued research and conservation efforts are essential for preserving marine biodiversity and understanding environmental change.

 

 

 

 

Recently, the Production Linked Incentive Scheme for the Food Processing Industry (PLISFPI) achieved encouraging progress. The scheme recorded a cumulative investment of more than ₹9,000 crore against the committed investment target of around ₹7,000 crore.

About the Production Linked Incentive Scheme for the Food Processing Industry

The Production Linked Incentive Scheme for the Food Processing Industry (PLISFPI) was launched by the Ministry of Food Processing Industries. The scheme is an important initiative aimed at strengthening India’s food processing sector, promoting Indian food brands in international markets, and creating globally competitive food manufacturing companies.

The scheme focuses on increasing value addition in food products, expanding processing capacity, and generating employment opportunities, especially in rural areas and off-farm sectors. It also aims to reduce wastage of agricultural produce and improve the income of farmers.

Financial Outlay and Duration

The scheme is being implemented for a period of six years, from FY 2021–22 to FY 2026–27. The government has allocated a total financial outlay of ₹10,900 crore for its implementation.

Components of the Scheme

Incentives for Major Food Product Segments

The scheme provides incentives for the manufacturing of four major food product categories:

• Ready-to-Cook (RTC) and Ready-to-Eat (RTE) foods

• Processed Fruits and Vegetables

• Marine Products

• Mozzarella Cheese

The objective is to increase production, improve quality standards, and enhance the global competitiveness of Indian food products.

Support for Innovative and Organic Products

The scheme also promotes the production of innovative and organic food products by Micro, Small, and Medium Enterprises (MSMEs). This encourages small businesses to adopt modern food processing technologies and expand their market reach.

Branding and Marketing Support Abroad

Another important component of the scheme is support for branding and marketing in foreign markets. Financial assistance is provided for:

• In-store branding

• Shelf space renting

• Promotional and marketing activities abroad

This helps Indian food brands gain greater visibility and acceptance in international markets.

Objectives of the Scheme

Creation of Global Food Manufacturing Champions

One of the major objectives of PLISFPI is to support food manufacturing companies that are willing to invest in expanding their processing capacity. The scheme aims to create global food manufacturing champions capable of competing in international markets.

Strengthening Indian Food Brands

The scheme seeks to improve the global visibility and acceptance of Indian food products. By supporting branding and marketing abroad, it aims to establish strong Indian brands in the international food industry.

Employment Generation

PLISFPI aims to create large-scale employment opportunities, particularly in off-farm sectors such as food processing, packaging, transportation, and marketing. This is expected to benefit rural populations and support economic development.

Better Income for Farmers

The scheme also focuses on ensuring remunerative prices for agricultural produce. By increasing food processing activities, farmers can receive better prices for their crops and improve their overall income.

Conclusion

The Production Linked Incentive Scheme for the Food Processing Industry (PLISFPI) is an important initiative for strengthening India’s food processing sector. Through investment promotion, value addition, branding support, and employment generation, the scheme aims to transform India into a major global hub for food manufacturing while also improving the income and livelihoods of farmers.

 

Recently, scientists discovered that the Shellear fish can climb a vertical waterfall nearly 15 metres (50 feet) high in the Democratic Republic of the Congo.

About Shellear Fish

The Shellear fish is scientifically known as Parakneria thysi. It is a rare freshwater fish species found in the upper Congo Basin, especially around the Luvilombo Falls on the Luvilombo River.

The fish belongs to a group of freshwater species that have developed unique physical adaptations to survive in fast-flowing river systems.

Habitat and Distribution

Parakneria thysi is a benthopelagic freshwater species, meaning it lives and feeds near the bottom as well as in the middle layers of freshwater bodies.

It is mainly found in the rivers and waterfalls of the upper Congo Basin in Central Africa. The species is specially adapted to survive in areas with strong water currents and rocky surfaces.

Physical Features

The Shellear fish is very small in size. Most individuals measure about 37–48 millimetres in length, although they can grow up to approximately 96 millimetres.

Despite their tiny size, these fish possess extraordinary climbing abilities that allow them to scale steep waterfalls such as the Luvilombo Falls.

Climbing Adaptations

One of the most unique features of the Shellear fish is its ability to climb vertical rock surfaces against fast-flowing water.

This climbing ability is possible because of several special adaptations:

• The fish has tiny hook-like projections on specialized pads located on its pectoral and pelvic fins.

• These structures help the fish grip slippery rocks while climbing.

• It also possesses hypertrophied muscles, which are enlarged muscles that provide the strength needed to carry its body weight while moving upward.

These adaptations allow the fish to move against strong currents and climb steep waterfalls that most fish cannot cross.

Why Does the Fish Climb Waterfalls?

Researchers believe that the Shellear fish climbs upstream in search of better environmental conditions.

By moving to higher sections of the river, the fish may find:

• Less competition for food and space

• Fewer predators

• More suitable habitats for survival and reproduction

This behaviour improves the chances of survival in challenging river ecosystems.

Threats to the Species

Scientists have identified two major threats to the survival of the Shellear fish.

Illegal Fishing

One major threat is the use of fine-mesh mosquito nets for illegal fishing. These nets can easily trap and capture the small-sized fish, reducing their population.

Water Extraction

Another major threat is excessive water extraction for irrigation. In some years, heavy water withdrawal has significantly reduced the water level of the Luvilombo River, affecting the natural habitat of the species.

Conclusion

The discovery of the waterfall-climbing ability of the Parakneria thysi highlights the remarkable adaptability of living organisms. The Shellear fish is an important example of how species evolve unique physical features to survive in extreme environments. However, increasing human activities such as illegal fishing and excessive water extraction pose serious threats to its survival, making conservation efforts important for protecting this unique species

 

India aims to become a global manufacturing hub and achieve the status of a $4 trillion economy. However, recent violent worker protests in places such as Noida, Manesar, and Bhiwadi have exposed serious problems in the country’s industrial relations system.

Causes of Workers’ Revolt

Breakdown of Trust Between Workers and Employers

When workers abandon peaceful negotiations and resort to violent protests such as arson and stone-pelting, it reflects a complete breakdown of trust between employers and employees.

Many workers feel that they are treated as disposable labour, without dignity, respect, or any meaningful share in the growth of the industries they support. Such protests are often the result of prolonged frustration, exploitation, and the absence of proper grievance redress mechanisms.

The repeated occurrence of labour unrest across different industrial regions shows that the issue is systemic rather than isolated.

The “Conspiracy” Narrative and Ground Reality

Authorities often blame labour unrest on external conspiracies or outside elements. However, this explanation ignores the structural causes behind workers’ anger.

In many industrial areas of the National Capital Region (NCR), workers reportedly earn around ₹10,000 per month, which is below the legally mandated minimum wage and far below a reasonable living wage.

The Supreme Court of India has previously described payment below minimum wages as a form of “forced labour.”

Labour Codes: Reform or Regression?

Introduction of the Four Labour Codes

The government introduced four new Labour Codes, which consolidated 29 existing central labour laws. These codes officially came into effect on 1 April 2026.

The government describes these reforms as measures to modernise labour regulation and improve the ease of doing business. However, trade unions and labour rights groups argue that the reforms weaken workers’ protections and increase employer flexibility at the cost of labour welfare.

Workers’ Rights Under Threat

Minimum Wage Violations

Although minimum wage laws exist, implementation remains weak. Wage violations are common across many states, and in some regions wages have remained stagnant despite rising inflation.

The Anoop Satpathy Committee (2019) recommended a national floor wage of ₹375 per day along with a housing allowance for urban workers. However, these recommendations have not yet been implemented.

Weakening of MGNREGA

Mahatma Gandhi National Rural Employment Guarantee Act (MGNREGA), which serves as a major rural employment safety net, has also faced challenges.

The transition to the new VBGRAMG scheme introduced a two-month “blackout period,” reducing rural workers’ bargaining power and weakening income security.

Additionally, for the first time in many years, MGNREGA wages were not revised according to inflation, leading to a decline in real wages for rural labourers.

Eight-Hour Workday as a “Legal Fiction”

Many workers are forced to work beyond the legally mandated 8-hour workday without receiving overtime pay.

In some cases, authorities announced “double pay” after violent protests, indirectly acknowledging that existing labour laws were not being properly enforced.

Due to the absence of strong unions and widespread informal employment, workers often lack the ability to demand legal rights effectively.

Decline of Trade Unions and Collective Bargaining

Weakening of Workers’ Organisations

The new Labour Codes are criticised for creating barriers to collective bargaining and union activities.

Following recent protests in Noida, authorities reportedly detained union leaders instead of addressing workers’ grievances. Such actions weaken organised labour representation.

Trade unions act as important mechanisms for resolving industrial disputes peacefully. Without strong unions, worker grievances remain unheard and eventually erupt in unpredictable and sometimes violent forms.

Gig Economy: Emerging Labour Crisis

Growing Precarity in Platform Work

The rise of the gig economy has created a new category of insecure workers employed through digital platforms.

Gig workers often work under individual contracts without formal employer recognition. They face:

• Falling wages

• Increasing work pressure

• Lack of social security

• Absence of grievance redress mechanisms

Although the Labour Codes mention social security for gig workers, critics argue that these provisions remain weak, underfunded, and difficult to implement.

Without proper regulation, the gig economy may become the next major centre of labour unrest.

Post-Pandemic Labour Crisis

The COVID-19 pandemic exposed the severe vulnerability of India’s migrant workers. During lockdowns, millions of workers were forced to walk long distances back to their villages due to the sudden collapse of urban employment.

After returning to cities, workers continued to face:

• Rising cost of living

• High LPG cylinder prices

• Stagnant wages

• Lack of social security and institutional support

This has further deepened economic insecurity among the working class.

Major Challenges

Wage Enforcement Gap

Although labour laws exist, enforcement remains weak. Many employers violate minimum wage regulations without facing serious penalties.

State-Capital Collusion

Critics argue that governments often prioritise investor confidence and industrial growth over workers’ welfare and labour rights.

Growing Inequality

Rising income inequality and the lack of dignity at the workplace have increased frustration among workers, creating social and economic tensions.

Way Forward

Implement Fair Wages

The government should implement the recommendations of the Anoop Satpathy Committee and establish a nationally enforceable minimum wage linked to inflation.

Strengthen MGNREGA

MGNREGA should be strengthened through timely wage revisions and removal of disruptive transition policies that weaken workers’ income security.

Revisit Labour Codes

The Labour Codes should be reviewed through proper consultation involving workers, employers, and government representatives to ensure balanced labour reforms.

Protect Collective Bargaining

Trade unions and collective bargaining mechanisms must be protected and strengthened because they help maintain industrial peace and resolve disputes peacefully.

Regulate the Gig Economy

Platform and gig workers should receive:

• Social security benefits

• Minimum wage protection

• Health insurance

• Proper grievance redress systems

Strict Enforcement of Labour Laws

Existing labour laws regarding overtime pay, workplace safety, and wage payments must be implemented strictly with proper monitoring and penalties for violations.

Conclusion

The recent labour unrest in Noida is not an isolated event but a warning sign of deeper structural problems in India’s labour system.

India cannot sustain high economic growth while large sections of workers continue to face low wages, insecure employment, poor working conditions, and lack of dignity. For India’s development to remain inclusive and stable, workers must be treated not merely as labourers but as important stakeholders in the economy and society.

 

The Union Cabinet recently approved India’s updated Nationally Determined Contribution (NDC 3.0) for the period 2031–2035. The updated climate action plan will be officially submitted to the United Nations Framework Convention on Climate Change under the Paris Agreement.

India’s updated NDC reflects the country’s commitment to balancing economic development, energy security, and environmental sustainability while following the principle of Common but Differentiated Responsibilities and Respective Capabilities (CBDR-RC).

Key Highlights of India’s NDC 3.0

International Climate Commitments

As a signatory to the Paris Agreement, India was required to submit an updated NDC by 2025. By December 2025, around 128 countries, representing nearly 78% of global emissions, had already submitted their updated climate commitments. India and Argentina were among the last G-20 countries to submit their revised targets.

India’s updated NDC was influenced by the findings of the Global Stocktake (GST) 2021, which concluded that the world is currently not on track to limit global warming to 1.5°C above pre-industrial levels.

The Ministry of Environment, Forest and Climate Change stated that the new targets aim to balance India’s developmental needs and energy requirements with climate responsibilities.

Targets Under India’s NDC 3.0

Expansion of Non-Fossil Fuel Energy Capacity

One of the major targets under NDC 3.0 is the expansion of non-fossil fuel energy capacity. India has pledged to achieve 60% of its cumulative installed electricity capacity from non-fossil sources by 2035.

These non-fossil sources include:

• Solar energy

• Wind energy

• Hydropower

• Biomass energy

• Nuclear energy

India has already made significant progress in this area. By February 2026, the country had achieved approximately 52.57% non-fossil installed electricity capacity, thereby successfully meeting its earlier target of 50% by 2030 ahead of schedule.

Reduction in Emissions Intensity

India has also committed to reducing the emissions intensity of GDP by 47% by 2035 compared to 2005 levels.

Emissions intensity refers to the amount of greenhouse gas emissions produced per unit of economic output. A reduction in emissions intensity indicates that economic growth is becoming cleaner and more energy efficient.

India had already achieved a 36% reduction in emissions intensity by 2020, showing that the country is progressing steadily toward its climate goals and is likely to exceed its earlier target of 45% reduction by 2030.

Enhancement of Carbon Sink

Another important target under NDC 3.0 is the creation of an additional carbon sink of 3.5 to 4 billion tonnes of CO₂ equivalent through enhanced forest and tree cover by 2035.

A carbon sink refers to forests or ecosystems that absorb more carbon dioxide than they release, thereby helping reduce greenhouse gases in the atmosphere.

As of 2025, India had already created an additional carbon sink of approximately 2.29 billion tonnes of CO₂ equivalent through forest and tree cover expansion.

This highlights the importance of afforestation and ecosystem conservation in India’s climate strategy.

Significance of India’s NDC 3.0

Global Climate Leadership

India’s updated NDC is significant because it demonstrates strong climate leadership at a time when several developed countries are witnessing a rollback of climate policies and adopting protectionist trade measures.

By strengthening its climate commitments, India is positioning itself as a leading voice of the Global South and reinforcing its commitment to climate multilateralism and international cooperation.

India’s proactive approach enhances its credibility in global climate negotiations and showcases its willingness to contribute meaningfully to global climate action.

Alignment with Long-Term National Goals

India’s NDC 3.0 also acts as an important stepping stone toward the country’s long-term goal of achieving Net-Zero emissions by 2070.

The updated targets are aligned with the broader national vision of Viksit Bharat @2047, which aims to transform India into a developed nation by the centenary year of independence.

India’s Approach Towards Achieving NDC (2031–2035)

Equity and the Principle of CBDR-RC

India’s approach towards achieving its Nationally Determined Contribution (NDC 3.0) is based on the principle of Common but Differentiated Responsibilities and Respective Capabilities (CBDR-RC). This principle recognises that all countries share responsibility for addressing climate change, but developed countries have a greater historical responsibility because they contributed more to global greenhouse gas emissions during industrialisation.

Therefore, India argues that climate action must be based on equity, fairness, and national circumstances. India’s climate commitments are designed in a way that protects the country’s developmental priorities, ensures energy security, and supports poverty reduction while also contributing to global climate goals.

This balanced approach allows India to pursue economic growth without ignoring environmental sustainability.

Whole-of-Government and Whole-of-Society Approach

India is following a whole-of-government and whole-of-society framework for climate action. This means that climate objectives are not confined to environmental policies alone but are integrated into all sectors of governance and development.

Different ministries, state governments, industries, local bodies, and citizens are collectively participating in climate-related efforts. The government is ensuring that climate policies are linked with broader national priorities such as industrial development, employment generation, rural welfare, and infrastructure expansion.

This integrated approach recognises that climate change is not only an environmental challenge but also an economic and social issue that requires collective action from all sections of society.

Integration of Climate Goals Through Government Schemes

India is implementing its climate strategy through several major government initiatives and development programmes.

The National Green Hydrogen Mission aims to make India a global hub for green hydrogen production and reduce dependence on fossil fuels. Green hydrogen is expected to play a major role in decarbonising industries and transportation.

The PM Surya Ghar: Muft Bijli Yojana promotes rooftop solar energy and encourages households to adopt renewable electricity generation.

Similarly, PM-KUSUM supports farmers by promoting solar-powered irrigation pumps and decentralised renewable energy systems.

Production Linked Incentive (PLI) schemes are also strengthening domestic manufacturing of clean energy technologies such as solar modules, batteries, and electric vehicle components.

Through these initiatives, climate action is being embedded into India’s economic growth strategy.

Adoption of Advanced Technologies

India is increasingly focusing on advanced technologies to reduce emissions and strengthen climate resilience.

The government is promoting Carbon Capture, Utilisation and Storage (CCUS) technologies, which involve capturing carbon dioxide emissions from industries and either storing them safely underground or reusing them in industrial processes.

India is also expanding its nuclear energy capacity to ensure reliable clean electricity generation. Nuclear power is considered important because it provides stable energy supply without large-scale carbon emissions.

The use of such advanced technologies is expected to help India transition towards a cleaner and more sustainable economy.

India’s International Climate Leadership

India continues to play an active role in promoting global climate cooperation through various international initiatives.

The International Solar Alliance, launched by India, encourages countries to increase the use of solar energy and reduce dependence on fossil fuels.

India is also a major participant in the Coalition for Disaster Resilient Infrastructure, which focuses on building infrastructure that can withstand climate-related disasters.

In addition, the Global Biofuels Alliance promotes international cooperation in the development and use of sustainable biofuels.

Through these initiatives, India is strengthening its position as an important climate leader among developing nations and the Global South.

Coastal Protection and Climate Adaptation

India is paying special attention to protecting vulnerable coastal regions from climate-related threats such as cyclones, sea-level rise, and coastal erosion.

The government is promoting mangrove restoration through initiatives like MISHTI. Mangroves act as natural protective barriers against storms and help conserve biodiversity.

India is also strengthening coastal regulation systems and improving early warning systems for cyclones and extreme weather events. These measures are important for reducing disaster risks and protecting coastal communities.

Coordinated Frameworks for Climate Adaptation

India’s climate adaptation efforts are guided by the National Action Plan on Climate Change (NAPCC).

Climate adaptation measures are also integrated into grassroots development programmes such as the Jal Jeevan Mission, the National Mission on Sustainable Agriculture, and the Soil Health Card Scheme.

These programmes support sustainable agriculture, water conservation, soil health improvement, and climate-resilient rural development.

Promoting Mass Movements and Sustainable Lifestyles

India’s climate strategy is strongly connected with the idea of Lifestyle for Environment (LiFE), which encourages environmentally responsible behaviour and sustainable lifestyles among citizens.

The government is transforming climate action into a mass movement by promoting campaigns such as ‘Ek Ped Maa Ke Nam’, which encourages people to plant trees and participate in environmental conservation activities.

This approach recognises that climate change cannot be addressed only through government policies and technologies. Individual behavioural changes and public participation are equally important for achieving long-term sustainability.

Challenges in Achieving India’s NDC (2031–2035)

Gap Between Installed Capacity and Actual Electricity Generation

Although non-fossil fuel sources account for more than 52% of India’s installed electricity capacity, they contribute only around 25% of actual electricity generation.

This gap exists because renewable energy sources such as solar and wind are intermittent and dependent on weather conditions. Electricity generation fluctuates when sunlight or wind availability changes.

The absence of large-scale battery storage systems further limits the reliability of renewable energy supply.

Storage and Grid Infrastructure Bottlenecks

India’s renewable energy transition faces major challenges because of inadequate energy storage and transmission infrastructure.

The country lacks affordable large-scale battery storage systems and remains dependent on imported minerals such as lithium, which are essential for battery production.

In addition, renewable energy projects are often located in remote regions, making it difficult to connect them to urban and industrial demand centres. Building modern transmission infrastructure requires massive investment and long-term planning.

Continued Dependence on Coal

Coal still contributes nearly 75% of India’s electricity generation, making it central to India’s energy security and industrial economy.

However, reducing coal use too rapidly could create serious economic and social challenges, especially in coal-dependent states such as Jharkhand, Chhattisgarh, and Odisha.

Millions of people depend directly or indirectly on coal-related industries for employment and livelihood. In addition, sectors such as steel and cement remain difficult to decarbonise because they rely heavily on fossil fuels.

Financial Constraints

India requires enormous financial investment, estimated at around USD 40–50 billion annually, to achieve its clean energy and climate goals.

However, climate finance from developed countries remains limited and uncertain. India also faces external trade pressures such as carbon border taxes, which may affect exports and industrial competitiveness.

The high cost of green technologies further creates financial difficulties for rapid climate transition.

Land and Afforestation Challenges

Large-scale renewable energy projects require significant land resources, often leading to land acquisition conflicts and environmental concerns.

Similarly, achieving the target of creating a 3.5–4 billion tonne carbon sink through forest expansion is difficult because of land scarcity and challenges in maintaining long-term afforestation programmes.

Therefore, balancing renewable energy expansion, agriculture, biodiversity protection, and urbanisation remains a major challenge.

Measures to Strengthen India’s Climate Efforts

India can strengthen its climate strategy by focusing on Round-the-Clock renewable energy systems, where solar and wind power are combined with Battery Energy Storage Systems (BESS) and Pumped Hydro Storage (PHS) to ensure reliable electricity supply.

The country can also repurpose abandoned coal mines into solar parks and pumped hydro storage facilities, thereby solving both land and energy storage problems simultaneously.

To protect communities dependent on coal industries, India needs a strong Just Transition Fund that can support skill development, economic diversification, and social protection for affected workers.

India should also operationalise a robust Carbon Credit Trading Scheme (CCTS) to encourage industries such as steel, cement, and fertilisers to adopt cleaner technologies like CCUS.

In agriculture, the promotion of Agri-Voltaics, where solar panels are installed above farmland, can help generate clean energy while preserving agricultural productivity and increasing farmers’ income.

Similarly, expanding agroforestry by integrating trees into agricultural landscapes can provide a practical solution for achieving India’s carbon sink targets.

Nationally Determined Contribution (NDC)

A Nationally Determined Contribution (NDC) is a country’s official climate action plan submitted under the Paris Agreement. Through the NDC, countries describe the measures they will take to reduce greenhouse gas emissions and address the impacts of climate change.

The concept of NDCs is central to global climate governance because climate change is a global problem that requires collective action from all nations. Under the Paris Agreement, every country is expected to contribute according to its capabilities and national circumstances.

Nature and Features of NDCs

Self-Determined Climate Commitments

One of the most important characteristics of an NDC is that it is self-determined. This means that every country independently decides its own climate targets and strategies based on factors such as:

• Economic development

• Technological capability

• Energy requirements

• National priorities

• Developmental challenges

Therefore, climate commitments differ from country to country because nations have different capacities and responsibilities.

This flexible structure allows both developed and developing countries to participate in global climate action while considering their domestic realities.

Time-Bound and Progressive Nature

NDCs are also time-bound and progressive in nature. Countries are required to update their climate action plans periodically, usually every five to ten years.

Each updated NDC must demonstrate greater ambition than the previous one. This progressive approach ensures that countries gradually strengthen their efforts to combat climate change as scientific understanding, technological capabilities, and financial resources improve over time.

The idea behind this mechanism is to continuously raise global climate ambition in order to limit global warming.

Components of Nationally Determined Contributions

An NDC generally includes several important elements related to climate mitigation and adaptation.

The most common component is the country’s target for reducing greenhouse gas emissions. Many countries also include goals related to increasing renewable energy capacity, improving energy efficiency, and promoting sustainable industrial practices.

In addition, NDCs often contain strategies for adapting to climate change impacts such as floods, droughts, heatwaves, and sea-level rise.

Countries may also mention their financial and technological requirements for implementing climate actions, especially in the case of developing nations that require international support.

Importance of NDCs Under the Paris Agreement

NDCs form the operational foundation of the Paris Agreement because there is no global authority that directly imposes emission reduction targets on countries.

Instead, the Paris Agreement follows a system based on collective responsibility and voluntary national commitments. Every country contributes according to its capacity, and together these national efforts aim to limit the rise in global temperatures.

Therefore, the success of the Paris Agreement depends largely on the ambition, implementation, and regular strengthening of NDCs submitted by countries.

NDCs also increase transparency and accountability in international climate governance because countries periodically report their progress toward achieving their targets.

India’s NDC Journey

India’s First NDC (2015)

India submitted its first NDC in 2015 after the adoption of the Paris Agreement. India used 2005 as the baseline year for measuring progress in emission reduction.

The first NDC reflected India’s effort to balance climate action with developmental priorities such as poverty reduction, industrialisation, and energy access.

Under its first NDC, India committed to reducing the emissions intensity of GDP by 33–35% by 2030 compared to 2005 levels. Emissions intensity refers to the amount of greenhouse gases emitted per unit of economic output.

India also aimed to achieve nearly 40% cumulative electric power capacity from non-fossil fuel sources, including solar, wind, hydroelectric, and nuclear energy.

Another important target was the creation of an additional carbon sink of 2.5–3 billion tonnes of CO₂ equivalent through increased forest and tree cover.

These commitments highlighted India’s growing focus on renewable energy expansion, sustainable development, and environmental protection.

Updated NDC of India (2022)

India strengthened its climate commitments through an updated NDC submitted in 2022. These enhanced targets were aligned with the climate announcements made at COP26 held in Glasgow.

Under the updated NDC, India increased its ambition by committing to a 45% reduction in emissions intensity of GDP by 2030 compared to 2005 levels.

India also raised its target for non-fossil fuel electricity capacity to 50% by 2030.

The updated commitments reflected India’s increasing investment in renewable energy, clean technology, sustainable infrastructure, and low-carbon development pathways.

They also demonstrated India’s intention to play a more active role in global climate action while continuing to pursue economic growth and social development.

Significance of India’s NDCs

India’s NDCs are important because they represent the country’s commitment to achieving sustainable development while addressing climate change challenges.

The targets encourage the expansion of renewable energy, improvement in energy efficiency, protection of forests, and reduction of carbon emissions.

India’s climate commitments also strengthen its international image as a responsible global actor and an important leader among developing countries and the Global South.

At the same time, India consistently emphasises the principle of Common but Differentiated Responsibilities and Respective Capabilities (CBDR-RC), arguing that developed countries should take greater responsibility because of their larger historical contribution to climate change.

Conclusion

The Nationally Determined Contribution (NDC) is one of the most important instruments under the Paris Agreement for addressing climate change. It allows countries to design climate strategies according to their national realities while contributing collectively to global climate goals.