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Subject: Conservation & Mitigation

1. Conservation Progs.
2. Worldwide initiatives
3. Mitigation Strategies
4. Conventions and Protocols

  • Breaking the ice: How India can help save the Arctic

     

    arctic

    Central idea

    The article highlights India’s pivotal role in the G20 Summit, emphasizing its ability to broker consensus between the Global North and South for climate protection. Focused on the Arctic, it underscores the urgent need to address the region’s environmental challenges and advocates for India’s active involvement in reforming Arctic governance for long-term climate preservation.

    Arctic issue 

    • Global Significance: The Arctic, crucial for the world’s climate, is warming four times faster than the global average, leading to unprecedented environmental changes.
    • Disproportionate Impact: Climate change, particularly in the Arctic, disproportionately affects the Global South, as evidenced by intricate correlations with extreme events like Indian summer monsoons.
    • Governance Challenges: Rapid development and geopolitical tensions, especially Russia’s focus on commercial exploitation, pose challenges to the current governance mechanism, such as the Arctic Council’s suspension due to the Russian invasion of Ukraine.

    India’s Pivotal Role in the G20 Summit:

    • Diplomatic Achievement: Hosting the G20 Summit showcases India’s diplomatic prowess, extracting consensus in a multipolar world.
    • Counterbalance to Expansionism: India’s role is pivotal in balancing and deterring Chinese expansionism, positioning it as a mediator between the Global North and South.
    • Climate Mediator: The nation’s diplomatic efforts extend to climate protection, reflecting its commitment to addressing global challenges.

    Addressing Climate Protection:

    • Arctic Focus: The article emphasizes India’s crucial link to climate protection, with a specific focus on the rapidly warming Arctic.
    • Ecosystem Safeguarding: By brokering consensus at the G20 Summit, India plays a key role in safeguarding ecosystems, especially those vulnerable to climate change.
    • Global Impact: India’s involvement highlights its commitment to protecting the environment and contributing to global climate efforts.

    Urgent Need to Reform Arctic Governance:

    • Challenges Posed by Russia: Russia’s commercial interests in the Arctic pose challenges to environmental preservation, necessitating urgent governance reforms.
    • Suspension of the Arctic Council: The article underscores the impact of the Arctic Council’s suspension and highlights India’s potential role in its reinstatement.
    • Proactive Indian Involvement: India’s active participation in the Arctic Council is seen as crucial for voicing concerns and advocating reforms.

    Environmental Challenges and Potential of India:

    • Bridging Historical Divides: India’s potential lies in its ability to bridge historical divides, fostering aligned positions among nations.
    • Global South Leadership: India’s active involvement in the Arctic Council positions it as a leader in the Global South, advocating for environmental causes.
    • Diplomatic Momentum: Leveraging diplomatic momentum, India can address challenges posed by geopolitical tensions and commercial interests.

    Highly important key points from this article

    • Arctic warming is four times faster than the global average, resulting in unprecedented sea ice loss and permafrost thawing.
    • Continued Arctic change may release carbon, rivaling US cumulative emissions.
    • Melting Arctic correlates with extreme rainfall in the Indian monsoon, affecting agriculture crucial to the Global South.
    • The Arctic Council governing global commons is suspended due to geopolitical tensions.
    • India, part of the Global South, holds observer status in the Arctic Council.

     

    Arctic Council from a prelims perspective:

     

    Formation and Members: The Arctic Council is an intergovernmental forum established in 1996. It consists of eight Arctic States: the United States, Russia, Canada, Norway, Denmark, Sweden, Finland, and Iceland.

    Observer Status: The Council allows for the participation of non-Arctic states, intergovernmental and interparliamentary organizations as observers. India has observer status in the Arctic Council, indicating its interest in Arctic affairs.

    Focus Areas: The primary focus of the Arctic Council is on issues related to environmental protection, sustainable development, and scientific cooperation in the Arctic region.

     

    Way Forward and Global Leadership:

    • Utilizing Diplomatic Momentum: The way forward involves using India’s diplomatic momentum to lead discussions on climate governance.
    • Advocating Reforms: As India proposes a virtual G20 Summit, active advocacy for reforms in Arctic governance is crucial.
    • Commitment to Leadership: India’s commitment to global leadership in climate protection aligns with its aspirations and responsibility for sustainable environmental stewardship.

    Conclusion:

    In conclusion, the article highlights India’s dual role as a diplomatic consensus-builder and a champion for environmental causes. By navigating conflicts, proposing reforms, and actively participating in global initiatives, India can lead the charge in addressing urgent climate challenges, especially those posed by the warming Arctic. This approach aligns with India’s aspirations for global leadership and sustainable environmental stewardship.

  • Mitigating tragedies in the Himalayan region

    Central idea

    The article highlights the increasing risks of glacial lake outburst floods (GLOFs) in the Indian Himalayan Region due to climate change. It emphasizes the need for a comprehensive, multi-disciplinary effort to develop early warning systems and mitigation strategies for high-risk glacial lakes.

    Definition of GLOFs:

    • Glacial Lake Outburst Floods (GLOFs) are sudden and massive releases of water from glacial lakes, often triggered by the collapse of glacial moraines or other natural events. These floods pose severe threats to downstream areas.

    Features of Glacial Lake Outburst Floods (GLOFs)

    • Rapid Onset: Glacial Lake Outburst Floods (GLOFs) are characterized by their sudden and rapid onset. These floods can unleash enormous amounts of water in a short period, often catching downstream communities off guard.
    • Highly Destructive: GLOFs are highly destructive natural disasters. The massive volume of water released during an outburst can lead to flash floods, causing widespread damage to infrastructure, agriculture, and ecosystems in the affected areas.
    • Glacial Lakes as Time Bombs: Glacial lakes, formed by the melting of glaciers, act as reservoirs for potential GLOFs. The increasing rate of glacier melt, attributed to climate change, raises concerns about the growing number of these ‘time bombs’ that could pose threats to downstream regions.
    • Global Impact: GLOFs are not confined to specific regions but have a global impact. The risk of GLOFs exists in various mountainous areas worldwide, including the Himalayas, Andes, Alps, and the Rocky Mountains. Climate change exacerbates these risks, making GLOFs a concern on a broader scale.

    Consequences of GLOFs:

    • Flash Floods: The rapid release of water leads to flash floods downstream, causing immediate and extensive damage.
    • Morphological Changes: GLOFs alter the landscape, leading to changes in river courses and topography.
    • Loss of Life and Property: Downstream communities face a high risk of casualties, property damage, and loss of livelihoods.
    • Permanent Changes: GLOFs bring permanent alterations to the affected areas, impacting their socio-economic fabric.

    Challenges in Monitoring and Prediction:

    • Monitoring and predicting such cascading events are challenging, requiring an integrated system for early warnings and risk mitigation.
    • The Himalayan Region faces a range of hydro-meteorological, tectonic, climate, and human-induced mountain hazards, making monitoring and estimation difficult due to the multitude of glaciers and temporal variations in glacial recession.

    Well known examples

    • South Lhonak Lake, Sikkim (2023): The recent glacial lake outburst flood in Sikkim resulted in the death of 14 people and left 102 missing. The South Lhonak Lake, situated at 17,000 ft, burst due to incessant rains, causing flash floods in downstream areas along the Teesta river.
    • Chorabari Tal, Uttarakhand (2013): In 2013, flash floods and a glacial lake outburst flood were triggered by the Chorabari Tal glacial lake in Uttarakhand’s Kedarnath. The event caused widespread destruction, leading to the loss of thousands of lives.

    Government Schemes and Initiatives

    • Early Warning Systems: The National Disaster Management Authority (NDMA) led a preparatory mission, installing automated cameras and monitoring equipment at high-altitude glacial lakes. Despite challenges, this initiative is a step towards developing an end-to-end early warning system.
    • Geo-technical Solutions: Globally, measures like excavating channels, drainage systems, spillway construction, and small catchment dams have been attempted. However, implementing these at high altitudes faces formidable challenges, including inaccessibility and harsh conditions.
    • National Remote Sensing Centre’s Atlas: The NRSC’s Glacial Lake Atlas of 2023 provides crucial data on the distribution of glacial lakes. It highlights the vast number of high-risk lakes in the Indus, Ganga, and Brahmaputra basins, emphasizing the enormity of the challenge.

    Way Forward

    • Integrated Efforts: Addressing the GLOF risk requires collaboration across institutions. The NRSC’s remote sensing data, the Central Water Commission’s hydro-dynamic assessments, and the NDMA’s guidelines contribute to a comprehensive understanding of the hazard.
    • Comprehensive GLOF Risk Mitigation Plan: A plan is in progress, focusing on installing monitoring and early warning systems. However, the success of this plan depends on the collective efforts of governments and scientific institutions.

     

    Conclusion

    Mitigating GLOFs demands immediate attention. The integration of resources and capacities, along with a focus on prevention and mitigation, will reduce the impact on downstream communities. The government’s initiatives and collaborative efforts are crucial steps towards ensuring the stability and resilience of Himalayan communities in the face of increasing climate risks.

     

  • Why Mumbai is witnessing more poor air quality days

    mumbai

    Central Idea

    • Mumbai, known for its coastal breeze and cleaner air, is grappling with an annual decline in air quality, resembling Delhi’s long-standing pollution woes.
    • The city’s coastal location, once considered a safeguard against air pollution, is no longer a reliable defense.

    Air Quality Deterioration in Mumbai

    • Geographic Advantage Eroded: Mumbai’s coastal location was historically its shield against air pollution, with sea breezes dispersing particles.
    • Comparable Pollution Levels: Last year, Mumbai experienced an extended period of poor air quality, overlapping with Delhi’s notorious smog issue.

    Meteorological Influence

    • Crucial Wind Patterns: Winds’ direction and strength play a pivotal role in shaping Mumbai’s air quality. Despite similar pollutant emissions to Delhi, the city’s coastal nature provides an advantage.
    • Sea-Land Wind Cycle: Typically, winds alternate between sea-to-land and land-to-sea movements every few days, aiding natural cleansing. Disruptions in this cycle can impact air quality.

    Reasons for such poor air quality

    • La Nina’s Role: The recent dip in La Nina, characterized by ocean surface cooling and altered wind patterns, contributed to elevated particulate matter levels in Mumbai.
    • Prolonged Pollution: La Nina’s influence delayed the expected strong wind reversal from the sea, trapping pollutants in the lower atmosphere for extended periods.
    • Change in Weather Phenomenon: La Nina has given way to El Nino, albeit weaker. Its specific impact on Mumbai’s air quality remains uncertain.
    • Prevalent Construction Projects: The city is currently witnessing construction activities at a staggering 6,000 sites, posing a significant challenge to air quality.
    • Dust Displacement: Dust particles from roads and vehicles transporting construction debris add to Mumbai’s pollution burden.
    • Domestic Sources: Restaurants, dhabas, and eateries using unclean oils for cooking release ultrafine particles, oil droplets, and condensed organic compounds, along with harmful gases such as nitrogen dioxide and carbon monoxide.

    How local weather fuels it?

    • Calm Winds and Temperature Gradient: As the monsoon retreated, Mumbai experienced calmer winds. A substantial temperature difference between the city and nearby Sahyadri ranges led to winds carrying dust from construction sites in Navi Mumbai.
    • Local Weather Not Sole Culprit: Unfavorable local weather conditions are not solely responsible for Mumbai’s air quality decline.
    • Baseline Pollution High: Mumbai’s consistent and escalating pollutant emissions are exceeding its environmental capacity.
    • Economic Growth: Increased economic activity, higher vehicle numbers, extensive construction, and elevated consumption contribute to rising emissions.

    Conclusion

    • Mumbai’s air quality predicament signals the urgency of addressing escalating pollution sources and fortifying mitigation measures.
    • While meteorological conditions play a role, the city’s growing economic activity and emissions are the driving forces behind its deteriorating air quality.
    • Relevant authorities must take proactive steps to combat this issue and ensure a healthier environment for its residents.

  • Places in news: Dhanauri Wetland

    Dhanauri Wetland

    Central Idea

    • The National Green Tribunal has given the UP government four weeks to inform it about the status of the Ramsar tag for Dhanauri wetlands.

    Dhanauri Wetland

    • The Dhanauri Wetlands is a bird-watching area located in Dhanauri village near Dankaur in Uttar Pradesh.
    • It is home to over 120 Sarus cranes (Sarus Cranes is the state bird of Uttar Pradesh).
    • It is a sanctuary for 23 species of endangered, critically endangered, and threatened birds, with special significance as a habitat for the majestic Sarus crane.

    Ecological Significance

    • Dhanauri is a natural wetland that hosts more than 217 bird species, including over 150 Sarus cranes, and serves as a vital birding and nesting site.
    • It has received recognition as an Important Bird Area by Bird Life International and has been documented by the BNHS (Bombay Natural History Society).
    • During peak migratory seasons (November to March), the wetland hosts over 50,000 waterfowls.

    Why in news?

    • Dhanauri plays a crucial role in supporting the vulnerable Sarus crane population.
    • The wetland fulfills two key Ramsar site criteria out of nine:
      1. It hosts over 1% of the biogeographic Sarus crane population.
      2. The area serves as a congregation site for 20,000+ waterfowls and various other species.

    Ramsar Wetlands

    • The Ramsar Convention, also known as the ‘Convention on Wetlands,’ is an intergovernmental environmental treaty founded by UNESCO in 1971.
    • It derives its name from the city of Ramsar in Iran, where it was initially signed.
    • Ramsar sites are wetlands of global significance recognized under this treaty.
    • The Montreux Record is a register of wetland sites on the brink of ecological changes and in need of close monitoring under the Ramsar Convention.

    Ramsar Site Designation Criteria:

    Ramsar site designation hinges on several factors:

    1. Representing rare or unique natural wetland types.
    2. Supporting endangered species or threatened ecological communities.
    3. Maintaining biodiversity in specific biogeographic regions.
    4. Offering refuge during adverse conditions.
    5. Regularly accommodating 20,000 or more waterbirds.
    6. Sustaining 1% of a population of a single water-bird species.
    7. Serving as a critical source of food, spawning grounds, nurseries, and migration paths for fish.
    8. Regularly supporting 1% of a population of non-avian wetland-dependent animal species.

  • Kanwar Lake: Bihar’s only Ramsar Site drying up

    kanwar lake

    Central Idea

    • Kawar Lake, Bihar’s only Ramsar Site, is experiencing a significant decrease in water levels and degradation.
    • However, it is drying up due to negligence.

    About Kanwar Lake/ Kabartal Wetland

    • The Kanwar Lake is Asia’s largest oxbow lake situated in the Begusarai district of Bihar.
    • It is a residual oxbow lake, formed due to the meandering of Gandak River, a tributary of Ganga.
    • It was declared a Ramsar site in 2020, making it the first wetland in Bihar to be included in the Ramsar convention.
    • This lake draws water from the confluence of the Gandak, the Bia and the Kareh river – is situated near Manjhaul, 22 km northwest of Begusarai, the district headquarters.

    Various threats to Kanwar Lake

    • Challenges include migratory bird hunting, agricultural activities around wetland areas, and government policies related to wetland management and conservation.
    • This decline has negatively impacted the livelihoods of around 20,000 Nishad community members in nearby villages who depend on fishing.

    Bihar’s Wetland Potential

    • Bihar possesses a substantial area of wetlands, covering around 4.4% of its total geographical area, according to data from ISRO.
    • Despite its wetland potential, Bihar has only one recognized Ramsar site out of a total of 75 in India.

    Potential Wetlands

    • Bihar has proposed several wetlands for Ramsar designation, including Kusheshwarsthan, Barela, Goga Bil, Nagiand Nakti dams, Udaipur Lake, Vikramshila Gangetic Dolphin Sanctuary, and Gokul Reservoir.
    • These wetlands are home to a range of wildlife, including migratory birds and endangered species like dolphins.

    Back2Basics:

    Ramsar Convention
    Purpose International treaty aimed at conserving and promoting the sustainable use of wetlands.
    Establishment Established on February 2, 1971, in Ramsar, Iran.
    Participating Countries 171 contracting parties (countries) as of September 2021.
    India and Ramsar Convention The first Ramsar Site in India, the Chilika Lake in Odisha, was designated in 1981.

  • Status of Dumpsite Remediation across India

    Dumpsite Remediation

    Central Idea

    • Dumpsite remediation in India holds immense significance due to its profound impact on the environment, public health, and overall quality of life.
    • These unregulated dumpsites release harmful gases, pollute air and water, and pose severe health risks to nearby communities.

    Dumpsite Remediation: Government Initiatives and Progress

    • Govt Commitment: The Indian government aims to remediate all dumpsites in the country by 2025 under the Swachh Bharat Mission (SBM) 2.0.
    • Progress Overview: Over 82.7 million tonnes of waste have been remediated, reclaiming 3,477 acres of land.
    • State Progress: Mizoram has fully remediated its waste, while states like Chandigarh, Haryana, Uttar Pradesh, and Gujarat have addressed 50-60% of their legacy waste.

    Challenges and Complexities

    • Topographical Challenges: States with mountainous terrains like Assam, Nagaland, Manipur, Sikkim, Meghalaya, Ladakh, and Jammu & Kashmir face difficulties in waste transport and utilization.
    • Economic Viability: Some states struggle to find economically viable disposal options for combustible fractions and fine soil-like material.
    • Waste Composition: Around 8% of legacy waste comprises combustible fractions.
    • Limited Co-Processing Units: India has 54 co-processing units, with only 13 states having operational units.

    Benefits of Recovered Material

    • Construction and Filling Solutions: Repurposed fine soil-like material can be used in road construction and to stabilize flood-prone areas.
    • Improving Engineering Properties: Fine soil enhances roadbed engineering.
    • Elevation and Stabilization: Fine fraction elevates and stabilizes low-lying areas.

    Another aspect: GHGs Emissions from Waste

    Methane Emission Sources

    • Wastewater’s High Contribution: Wastewater treatment is a major source of methane emissions.
    • Organic Matter Decomposition: Methane is produced during organic matter decomposition in wastewater and solid waste disposal.
    • Solid Waste Disposal: Methane is generated in landfills, open dumps, and waste disposal sites.

    Overall Methane Emissions in India

    • India’s Methane Emissions: In 2016, India emitted 409 million tonnes of CO2 equivalent methane.
    • Sector-Wise Breakdown: Agriculture contributed 73.96%, waste 14.46%, energy 10.62%, and industrial processes 0.96%.
    • Key Contributors: Open dumpsites and landfills are significant sources.

    Lost Opportunities and Climate Impact

    • Persistent Methane Emissions: Even capped landfills emit methane due to biochemical reactions.
    • Untapped Energy Resource: Methane emissions represent missed energy opportunities.
    • Biogas Potential: 1 TPD of biodegradable waste can produce 80-100 cubic meters of biogas.
    • Environmental Harm: Disposing of biodegradable waste in landfills releases methane, a climate pollutant.

    Harnessing Methane for a Sustainable Future

    • Bio-Methanation: Implementing bio-methanation processes can capture methane for various applications.
    • Beneficial Applications: Captured methane can be converted into bio-CNG, electricity, or other fuels.
    • Material Suitability: Recovered material must meet engineering and environmental standards.
    • Regulatory Compliance: Compliance with local regulations is essential.

    Conclusion

    • Navigating Waste Remediation: India faces challenges and opportunities in dumpsite remediation. Addressing topographical barriers, ensuring economic viability, and maximizing material utilization are critical.
    • A Missed Opportunity: Dumpsites emit methane, a valuable energy resource. Proper waste management can mitigate climate impacts and unlock economic benefits.

  • Species in news: Nilgiri Tahr

    nilgiri tahr

    Central Idea

    • In a continued effort to conserve the Nilgiri Tahr, Tamil Nadu launched Project Nilgiri Tahr last year.
    • Now, the state is focusing on establishing a standardized protocol with Kerala for counting the population of this endangered species.

    About Nilgiri Tahr

    IUCN Conservation Status: Endangered

    Wildlife (Protection) Act of India, 1972: Schedule I

    • It is endemic to the Nilgiri Hills and the southern portion of the Western Ghats in the states of Tamil Nadu and Kerala in Southern India.
    • It is the state animal of Tamil Nadu.
    • The Nilgiri tahr inhabits the open montane grassland habitat of the South Western Ghats montane rain forests eco-region.
    • At elevations from 1,200 to 2,600 metres (3,900 to 8,500 ft), the forests open into grasslands interspersed with pockets of stunted forests, locally known as sholas.
    • Eravikulam National Park is home to the largest population of this Tahr.
    • It is estimated that there are 3,122 Nilgiri Tahrs in the wild. It has become locally extinct in around 14% of its traditional shola forest-grassland habitat.

     

    Nilgiri Tahr Conservation Project

    • Under The Nilgiri Tahr project, TN government plans to develop a better understanding of the Nilgiri Tahr population through-
    1. Surveys and radio telemetry studies;
    2. Reintroduce the Tahrs to their historical habitat;
    3. Address proximate threats; and
    4. Increase public awareness of the species.
    • The project is to be implemented from 2022 to 2027.
    • Furthermore, October 7 will be celebrated as ‘Niligiri Tahr Day’ in honour of E.R.C. Davidar, who was responsible for pioneering one of the first studies of the species in 1975.

    Historic significance of Nilgiri Tahr

    • There are multiple references to the Nilgiri Tahr in Tamil Sangam literature dating back to 2,000 years.
    • The late Mesolithic (10,000-4,000 BC) paintings highlight the significance of the Tahr in folklore, culture and life.
    • It was designated as the State animal in recognition of its ecological and cultural significance.

  • India’s Reforestation Legacy: A 200-Year Experiment

    reforestation

    Central Idea

    • India’s extensive history of tree planting spanning over two centuries offers valuable lessons on the consequences of various approaches to restoring forests.

    Plantations in Colonial-Era India

    • British Influence: From the mid-18th century, the East India Company and later, the British Crown, held sway over India’s affairs. During this period, British authorities directed their attention to India’s forests to meet their substantial timber needs for railway sleepers and shipbuilding.
    • Indian Forest Act of 1865: To secure a steady supply of high-yield timber trees like teak, sal, and deodar, the British enacted the Indian Forest Act of 1865. This act placed many forests under state ownership and curtailed local communities’ rights to harvest beyond grass and bamboo, even restricting cattle grazing. In response, some Indian communities resorted to burning down forests.
    • Proliferation of Teak Monocultures: Teak, well-suited to India’s hot and humid climate and prized for its durable timber, spread aggressively. This led to the transformation of pristine grasslands and open scrub forests into teak monocultures, displacing native hardwood trees like sal.
    • Introduction of Exotic Trees: Exotic species like eucalyptus, pines from Europe and North America, and acacia trees from Australia were introduced for timber, fodder, and fuel. The introduction of wattle in 1861 in the Nilgiris district of the Western Ghats marked the beginning of its invasion of this ecologically significant region.
    • Ecosystem Transformations: These introduced species, especially wattle and pine, began to displace native vegetation, impacting the ecology and livelihoods of local communities. The loss of native oak and sal trees, essential for various purposes, further exacerbated these challenges.

    Importance of Studying Past Tree Plantation Efforts

    • Regeneration Strategies: Historical strategies for natural forest regeneration have reduced carbon emissions, boosted biodiversity, and created livelihood opportunities.
    • Global Tree Cover Initiatives: Past efforts also highlight the need to differentiate between reforestation for timber production and carbon offsetting. The latter often involves planting fast-growing trees to generate timber and certify carbon credits for emission offsets.
    • Sustainable Practices: Planting trees on farms and barren lands to provide firewood and timber eased the pressure on natural forests and aided their recovery.
    • Unintended Consequences: The introduction of exotic species without thorough research can lead to invasive species and dispossess local communities of their land and resources.

    Current Restoration Efforts in India

    • Indian Commitment: India has pledged to restore around 21 million hectares of forest by 2030 under the Bonn Challenge, a global initiative aiming to restore degraded and deforested landscapes.
    • Focus on Single Species Plantations: To achieve the National Forest Policy target of a 33% forest cover, India has focused on planting single species like eucalyptus or bamboo, which grow quickly and increase tree cover.

    Impact on People and Environment

    • Concerns for Indigenous People: Afforestation in grassland ecosystems, naturally low in tree cover, may harm rural and indigenous communities. The Forest Rights Act of 2006 empowers village assemblies to manage traditional forest areas.
    • Risk of Invasive Species: The continued planting of exotic trees risks the emergence of new invasive species, similar to the wattle invasion two centuries ago.

    Case Studies

    • Community-Led Restoration: Gram Sabhas in the Gadchiroli district of Maharashtra have restored degraded forests, managing them sustainably as a source of tendu leaves used to wrap bidis (Indian tobacco).
    • Invasive Species Control: Communities in Kachchh, Gujarat, restored grasslands by removing the invasive Gando Bawal tree introduced by British foresters in the late 19th century.

    Future Considerations

    • Holistic Approach: Policies should encourage both natural forest regeneration and plantations for timber and fuel while assessing their impact on people and ecosystems.
    • Local Implications: Assess the impact of afforestation on forest rights, local livelihoods, biodiversity, and carbon storage. Scale up successful restoration practices by communities.
    • Reviving Ecosystems: Policymakers should prioritize the revival of ecosystems with a limited number of tree species, emphasizing environmental benefits over forest canopy extent.

    Conclusion

    • India’s historical journey in tree planting offers valuable insights into the complexities and consequences of reforestation efforts.
    • By learning from the past, India can develop more sustainable and inclusive strategies for restoring its forests, addressing the needs of both the environment and its diverse communities.

  • Laws governing forests of Northeast India

    forest

    Central Idea

    Why discuss this?

    • The amendment permits the diversion of forest land for certain projects near international borders without forest clearance under the Forest (Conservation) Act (FCA) 1980.
    • Other Northeastern states, including Nagaland, Tripura, Mizoram, and Sikkim, governed by the ruling govt at centre or its allies, have also objected to the 100-km exemption clause.

    Forest (Conservation) Amendment Bill, 2023
    Objective Clarify and enhance the Forest (Conservation) Act, 1980
    Scope Applicability to land designated as forest since 1980
    Exemptions Land within 100 km of borders for national security, roadside amenities, and public roads
    Assignment of Forest Land Prior approval required from central government for all entities
    Permitted Activities Expanded to include check posts, fencing, bridges, zoos, safaris, and eco-tourism facilities

     

    Is FCA Applicable to the Northeast?

    • Constitutional protections like Article 371A for Nagaland and 371G for Mizoram prohibit the application of certain laws enacted by Parliament in these states.
    • In 1986, Nagaland extended the FCA’s application to specific forests, but its status remains uncertain due to conflicting ministry statements.
    • Mizoram, since becoming a state in 1986, has the FCA in force, covering a significant portion of its forest areas.

    FCA Application in the Rest of the Northeast

    • The FCA is applicable in the rest of the Northeast, including Meghalaya, Tripura, Assam, Manipur, Sikkim, and Arunachal Pradesh.
    • The FCA clearance process differs among these states.

    Conclusion

    • Protecting Northeastern forests requires a balance between legal frameworks like the FCA and FRA.
    • Clear guidelines and proactive measures can safeguard both forest rights and the environment in the region.

  • Ecocide Laws: Protecting Nature and Addressing Limitations

    ecocide

    Central Idea

    • Mexico’s ‘Maya train’ project has generated controversy due to its scale and environmental impact.
    • The project aims to connect tourists to historic Maya sites across a 1,525 km route, with a cost of $20 billion.
    • Critics have dubbed it a “megaproject of death” for its threats to the Yucatan peninsula’s environment, Indigenous communities, and cave systems, leading to accusations of ecocide and ethnocide.

    Understanding Ecocide

    • Ecocide, derived from Greek and Latin, means “killing one’s home” or “environment.”
    • It encompasses actions like port expansions damaging marine life, deforestation, illegal sand-mining, and polluting rivers.
    • Several countries, including Mexico, are considering ecocide legislation, with calls to elevate it to an international crime akin to genocide.
    • There is no universally accepted legal definition of ecocide.
    • A proposed definition states it as “unlawful or wanton acts committed with knowledge of causing substantial, severe, and either widespread or long-term environmental damage.

    Historical Context

    • Biologist Arthur Galston in 1970 linked environmental destruction with genocide during the Vietnam War’s Agent Orange use.
    • British lawyer Polly Higgins advocated for ecocide as an international crime in 2010.
    • The Rome Statute of the ICC deals with four major crimes but only holds perpetrators accountable for intentional wartime environmental damage.

    Importance of Ecocide as a Crime

    • Ecocide is a crime in 11 countries, with 27 others considering similar laws.
    • The European Parliament voted unanimously to include ecocide in law.
    • Ecocide laws provide a crucial legal instrument to protect the environment.
    • They can hold individuals in corporate leadership accountable and promote ethical investment practices.
    • These laws could offer justice to low- and middle-income countries disproportionately affected by climate change.

    Limitations and Concerns

    • Some argue that ecocide definitions are ambiguous, setting a low threshold for implicating entities.
    • The concept might unintentionally suggest it’s acceptable to destroy the environment for human benefit.
    • Proving ecocide may be challenging, especially for transnational crimes involving corporations.
    • The ICC’s limited jurisdiction, inability to hold corporate entities liable, and uneven track record in securing convictions are concerns.

    India’s Stance

    • India has recognized the legal personhood of nature in some judgments.
    • Some Indian judgments have used the term ‘ecocide,’ but it hasn’t fully materialized in law.
    • India’s legislative framework includes various environmental laws, which need consolidation and streamlining.
    • The National Green Tribunal lacks jurisdiction over certain critical environmental matters.
    • Addressing issues of liability and compensation remains a challenge, as seen in cases like the Bhopal gas disaster and CAMPA fund misuse.
    • India should align its environmental laws with the concept of ecocide.

    Conclusion

    • Ecocide laws are crucial for protecting the environment and holding perpetrators accountable.
    • However, challenges in defining, proving, and enforcing ecocide must be addressed.
    • India needs to update its environmental laws to incorporate ecocide principles, promoting a more comprehensive approach to environmental protection.