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Subject: Environment

  • Captive breeding of Himalayan Vultures achieved

    vulture

    Central Idea

    • In a remarkable achievement for conservation efforts, researchers have successfully recorded the first instance of captive breeding of the Himalayan vulture (Gyps himalayensis) in India.

    About Himalayan Vultures
    Scientific Name Gyps himalayensis
    Range and Habitat Found in the Himalayan region and adjoining areas of India, Nepal, Bhutan, China, and Pakistan. Inhabit high-altitude mountainous regions.
    Feeding Habits Scavengers that feed on carrion, playing a crucial role in the ecosystem by cleaning up carcasses and preventing the spread of diseases.
    Conservation Status Near Threatened (IUCN)

    Schedule-IV (WPA)
    Breeding Behavior Build nests on cliffs and rocky ledges. Monogamous and form long-term pair bonds.
    Cultural Significance Hold cultural and religious importance in some Himalayan cultures as symbols of purification and spiritual significance.

    Details of the Breeding Process

    • Date and Nestling: The successful hatching of a Himalayan vulture nestling was observed on March 14, 2022, at the Assam State Zoo, Guwahati. The nestling was later moved to an artificial brooding facility on March 15.
    • Observations: Researchers closely observed the housing, feeding, frequency of feed, and the growth and coloration of the nestling.
    • Vulture Conservation Breeding Centers: India has established four Vulture Conservation Breeding Centers (VCBC) in Haryana, Madhya Pradesh, Assam, and West Bengal. These centers focus on conserving White-rumped vultures, Slender-billed vultures, and Indian vultures, all of which are categorized as ‘Critically Endangered.’

  • Climate finance adds another layer of inequity to climate change

    What’s the news?

    • In recent years, climate justice activists have been advocating for economically developed countries to increase their investments in climate adaptation and mitigation, including supporting other nations in dealing with the impacts of climate change.

    Central idea

    • Countries in Sub-Saharan Africa, Latin America, and South Asia, despite contributing the least to global warming, are disproportionately affected by climate disasters and burdened with debt distress. In contrast, North American and European countries, which have historically been the major contributors to greenhouse gas emissions, also hold significant roles as creditors in the ongoing debt crisis.

    Carbon Emissions per Capita in Various Regions

    • Global Average Emissions: The global average emissions per capita have consistently remained above 4.7 tonnes per capita since 2010. This value is twice the baseline target needed to limit global warming to 1.5 °C.
    • Africa and India: Countries in Africa and India have consistently emitted carbon dioxide per capita below the global average. Despite being major contributors to the global population, their carbon emissions per capita have been comparatively lower.
    • China: China crossed the global average carbon emissions per capita in 2004 and has steadily increased since then. By 2021, China’s per capita emissions would reach 8 tonnes, placing it on par with Europe and Oceania.
    • UAE and the U.S.: Despite observing an overall decline in emissions, the UAE and the U.S. still had the highest carbon emissions per capita as of 2021. The UAE’s per capita emissions were recorded at 21.8 tonnes, while the U.S. stood at 14.9 tonnes

    Investment in Climate-related Activities by World Bank Regions

    • Sub-Saharan Africa: This region had the highest investment fraction in climate finance, allocating 1.3% of its GDP towards climate-related activities in both 2019 and 2020. This indicates a significant commitment to addressing climate challenges.
    • East Asia and the Pacific: Following closely behind, this region allocated 1% of its GDP to climate-related initiatives, showcasing a considerable effort in climate finance.
    • South Asia: The region dedicated 0.9% of its GDP to climate-related activities in both years, reflecting a notable commitment to addressing climate change impacts.
    • U.S. and Canada: In contrast, the United States and Canada contributed the least among the World Bank regions, allocating only 0.3% of their GDP to climate-related projects in 2019 and 2020.

    International Multilateral Climate Funds Disbursement

    • Disbursement Disparity: Since 2003, a total of $3.3 billion has been approved to be disbursed to South Asia through these multilateral climate funds. However, only $1.3 billion was actually disbursed. This indicates a significant disparity between approved funds and actual disbursements.
    • Global South Funding: A large fraction of the funds for climate mitigation and adaptation in the Global South come from international multilateral climate funds. These funds are primarily sourced from economically developed countries.
    • Suboptimal Disbursement: On average, most regions received only 40% of the approved funding intended for their climate projects. This points to challenges with efficient fund allocation and disbursement.

    Climate Vulnerability Index

    • The Climate Vulnerability Index is calculated annually by the Notre Dame Global Adaptation Initiative and combines a country’s exposure, sensitivity, and capacity to adapt to climate change. The Risk of Debt Distress is based on the International Monetary Fund’s Debt Sustainability Framework reports.

    Climate Vulnerability Index by country and the Risk of Debt Distress by region

    • Climate Vulnerability Index: Most notably, countries in Sub-Saharan Africa emerge as the most vulnerable to climate change, facing higher risks due to their exposure, sensitivity, and limited capacity to adapt to climate impacts.
    • Risk of Debt Distress: Sub-Saharan Africa stands out as the region with several countries at high risk of or facing debt distress, further exacerbating their vulnerability to climate change.
    • Correlation: Most of the countries experiencing high climate vulnerability are also at risk of debt distress, highlighting the interconnectedness of climate change impacts and financial challenges.
    • High-Income Country Exclusion: Several high-income countries were excluded from the analysis due to limited data. Therefore, the focus of the chart is primarily on countries in the Global South.

    Expressed concern from the above observations

    • Disproportionate Vulnerability: The observations highlight the inequity in climate impacts, where regions that have historically contributed less to greenhouse gas emissions are disproportionately bearing the brunt of climate disasters.
    • Financial Vulnerability: Climate-related impacts can exacerbate existing economic vulnerabilities, leading to a higher risk of debt distress, which, in turn, hampers their capacity to address climate change and sustainable development needs effectively.
    • Climate Finance Disparity: The disparity between approved funds and actual disbursements through international multilateral climate funds is worrying. This raises questions about the efficiency of fund allocation and disbursement.
    • Limited High-Income Country Data: The exclusion of several high-income countries from the analysis due to limited data poses concerns about the comprehensive understanding of global climate vulnerabilities.
    • Interconnected Challenges: The interconnection between climate vulnerability, debt distress, and development challenges implies that addressing one issue without considering the others may not yield sustainable solutions.

    Way forward

    • Increased Climate Finance:
    • Economically developed countries must urgently increase their financial contributions to support climate adaptation and mitigation efforts in vulnerable regions.
    • Meeting the target of $100 billion annually for climate finance is crucial to aid vulnerable countries in building resilience and reducing greenhouse gas emissions.
    • Debt Relief for Vulnerable Countries:
    • High-risk and debt-distressed countries should be offered debt relief measures specifically tied to climate action.
    • Debt-for-climate swaps and innovative financial instruments can help these nations allocate more resources to climate resilience and sustainable development.
    • Technology Transfer and Capacity Building:
    • Accelerate the transfer of clean and sustainable technologies to vulnerable countries, providing them with the tools and knowledge to adapt to climate change and reduce emissions effectively.
    • Capacity building efforts should be prioritized to enhance local communities’ abilities to implement climate-friendly solutions.
    • Adaptation and Resilience Investment:
    • Urgently invest in climate adaptation projects that enhance the resilience of vulnerable communities and ecosystems.
    • Prioritize infrastructure improvements, nature-based solutions, and disaster risk reduction measures to protect lives and livelihoods from climate-related impacts.
    • Ambitious Emission Reduction Targets:
    • Pursue ambitious emission reduction targets at the national and global levels.
    • All countries, especially economically developed ones, should take the lead in transitioning to clean energy sources and decarbonizing their economies to limit global warming

    Conclusion

    • The current disparity in climate financing between economically developed countries and those in Sub-Saharan Africa, Latin America, and South Asia raises concerns about climate justice and the urgent need to bridge the gap. Only through collective and equitable action can we build a sustainable and resilient future for all.

  • Hybrid EVs: A Viable Path to Net-Zero Mobility

    ev hybrid net-zero

    Central Idea

    • The global transition towards net-zero emissions is a critical aspect of combating climate change, and electric vehicles (EVs) play a pivotal role in this endeavour.
    • In economically developing countries, hybrid EVs offer a significant opportunity to kickstart the transition, considering challenges related to power generation, grid capacity, and fast-charging infrastructure.

    Understanding Net-Zero for Vehicles

    • “Net-zero for vehicles” refers to the concept of achieving carbon neutrality or net-zero carbon emissions in the transportation sector.
    • This goal involves reducing the overall carbon footprint of vehicles to balance the emissions they produce with equivalent carbon removal or offsetting measures.

    Achieving Net-Zero for Vehicles:

    • Decarbonization of Vehicles: This includes transitioning from conventional internal combustion engines (ICE) that rely on fossil fuels to electric vehicles (EVs) that run on electricity generated from renewable energy sources.
    • Electrification: This involves increasing the adoption of battery electric vehicles (BEVs) and plug-in hybrid electric vehicles (PHEVs) that produce zero tailpipe emissions when operating on electricity.
    • Renewable Energy Integration: To ensure that EVs are truly net-zero, the electricity used to charge them must come from renewable energy sources such as solar, wind, hydro, and geothermal power.
    • Sustainable Fuels: For certain types of vehicles that may not be easily electrifiable, such as heavy-duty trucks and aviation, the use of sustainable fuels can play a role in achieving net-zero emissions.
    • Infrastructure Development: Building and expanding charging infrastructure for electric vehicles is essential to support the widespread adoption of EVs.
    • Carbon Offsetting: Carbon offsetting involves supporting projects that remove or reduce an equivalent amount of carbon dioxide from the atmosphere, such as afforestation, reforestation, or renewable energy projects.
    • Policy Support: Incentives, subsidies, emissions standards, and carbon pricing mechanisms can encourage consumers and industries to adopt cleaner transportation options.

    Types of Electric Vehicles

    • Electric Vehicle (EV): Any vehicle using an electric drivetrain powered by a portable electrical energy source.
    • Hybrid EV: Combines an internal combustion engine (ICE) with an electrical generator to produce electricity. It utilizes a small battery (1-5kWh) as an energy buffer but cannot be charged from the grid.
    • Full EV: Also known as a battery EV or plug-in EV, it lacks an ICE, resulting in no tailpipe emissions. It has a larger battery (20-120 kWh) charged solely from the grid.
    • Plug-in Hybrid EV: A hybrid EV with a larger battery (5-15 kWh) that can be charged from the grid, operating in full electric mode as long as there is energy in the battery.
    • Fuel-Cell EV: Utilizes a fuel cell and a small battery buffer to produce electricity for the drivetrain.

    Fuel Economy and Emissions of Hybrid and Fully Electric EVs

    • Hybrid EVs: With the combination of an ICE, generator, and battery, hybrid EVs exhibit 1.5-2x higher fuel economy than conventional ICE vehicles in city driving and 1-1.5x higher in highway driving.
    • Plug-in Hybrid EVs: Combine the advantages of hybrid and full EVs, covering 80-90% of short commutes in fully electric mode with 3-4x higher fuel economy than conventional vehicles.
    • Life-Cycle Emissions: A comprehensive index considering well-to-wheel emissions, vehicle, and battery production, maintenance, and end-of-life recycling. Full EVs result in 19-34% lower emissions for sedans and 38-49% for SUVs compared to conventional vehicles, even with fossil-fuel-dominated energy mix in India.

    Challenges in Transitioning to Electric Mobility

    • Fast-Charging Infrastructure: Successful transition requires fast-charging infrastructure along highways to alleviate range anxiety and encourage full EV adoption.
    • Grid Access and Reliability: Many regions lack access to a reliable grid, posing challenges for slow and fast-charging capabilities.
    • Vehicle Costs: Mass-market EV prices are much lower in economically developing countries, hindering widespread adoption due to high battery costs.

    Hybrid and Plug-in Hybrid EVs: Decarbonizing the Interim

    • Hybrid EVs present an opportunity to lower emissions until full EVs become viable options in the long term.
    • Plug-in hybrids, with their all-electric range, offer many benefits, reducing fuel costs, emissions, and oil imports.
    • Regenerative braking and engine start-stop mechanisms improve fuel economy in hybrid EVs.
    • Hybrid cars’ purchase price is only slightly higher than conventional vehicles, irrespective of the vehicle range.

    Conclusion

    • Hybrid Electric Vehicles serve as a bridge to the net-zero future, offering a practical and efficient solution for economically developing countries.
    • While full EVs are the ultimate goal, the adoption of hybrid and plug-in hybrid EVs can significantly reduce emissions and fuel costs in the interim.
    • A coordinated effort to address infrastructure challenges and enhance grid reliability will pave the way for a sustainable transition towards a net-zero mobility landscape powered by renewable energy sources.

  • In news: International Tiger Day

    tiger

    Central Idea

    • July 29th was celebrated the world over as International Tiger Day in a bid to raise awareness on various issues surrounding tiger conservation.
    • India’s tiger population has witnessed significant growth over the past decade, owing to successful conservation efforts under the Project Tiger initiative.

    About International Tiger Day

    It was first instituted in 2010 at the Tiger Summit in St Petersburg, Russia when the 13 tiger range countries came together to create Tx2, the global goal to double the number of wild tigers by the year 2022.

    Celebrating 50 Years of Project Tiger

    • Historical Context: Project Tiger was launched in 1973 to promote the conservation of tigers when their population was alarmingly low, hovering around 2,000 due to hunting and habitat destruction.
    • Landmark Achievement: Over the past 50 years, India’s tiger population has made a remarkable recovery, standing at 3,167 in 2022 as compared to just 268 in 1973.

    tiger

    Population Growth and Distribution

    • Decade-wise Growth: The tiger population has shown a remarkable growth trajectory in recent years. In 2010, there were 1,706 tigers, which increased to 2,226 in 2014 and further rose to 3,582 in 2022.
    • Regional Distribution: In 2022, the states with the highest tiger populations were Madhya Pradesh (785), Karnataka (563), Uttarakhand (560), and Maharashtra (444). Nearly 25% of the tigers were reported outside protected areas.

    Conservation Efforts and Successes

    • Tiger Reserves: India’s tigers are mainly concentrated in 53 dedicated tiger reserves covering about 75,796 square km, which accounts for approximately 2.3% of the country’s total land area.
    • Successful Reserves: Reserves like Corbett National Park in Uttarakhand (260 tigers), Bandipur (150), and Nagarhole (141) in Karnataka have shown commendable success in tiger conservation.
    • Project Tiger: Launched in 1973, Project Tiger played a crucial role in conserving the species, ensuring not just the protection of tigers but also preserving their natural habitats.

    Challenges and Concerns

    • Habitat Fragmentation: The growing human population and developmental activities have led to the fragmentation of tiger habitats, affecting their dispersal and increasing human-tiger conflicts.
    • Quality of Forest Cover: The degradation of forest cover can impact prey availability and contribute to human-wildlife conflict, especially in regions like Central India and the Eastern Ghats.
    • Human-Wildlife Conflict: As tiger habitats shrink and corridors get disrupted, encounters between tigers and humans have increased, leading to conflicts and potential danger to both tigers and people.
    • Legal Framework Dilution: Some proposed amendments to environmental acts and the approval of projects in protected areas have raised concerns about the dilution of the legal framework supporting tiger conservation.

    Way forward

    • Development with Ecological Sensibility: Upcoming infrastructure projects, like highways, are being planned with safe passageways for tigers and other animals to ensure minimal disruption to their movement.
    • Relocation and Rehabilitation: Relocation of human settlements from core areas of tiger reserves is incentivized to increase protected land and improve tribal livelihoods.

    Conclusion

    • Conservation Commitment: The success of tiger conservation in India has come through the commitment of people, political will, and strong legal and policy frameworks.
    • Sustained Efforts: Despite the successes, continued efforts and vigilance are essential to ensure the continued growth of the tiger population and its harmonious coexistence with human communities.

  • Controversy associated with the term Anthropocene

    What’s the news?

    • Recent proposals to set the starting year of the Anthropocene at 1950 have been met with criticism due to their purportedly flawed representation of the true culprits behind ecosystem damage and climate change.

    Central idea

    • The term Anthropocene was first proposed by the Nobel laureates, chemist Paul Crutzen and biologist Eugene Stoermer, at a meeting of the little-known International Biosphere-Geosphere Program in 2000 in Mexico. While the term persists, it has garnered limited acceptance within the environmental and geological communities.

    The concept of the Anthropocene

    • The Anthropocene is a proposed geological epoch that denotes the period during which human activities have had a significant and lasting impact on the Earth’s geology and ecosystems.
    • The concept emerged from the realization that human activities, such as deforestation, industrialization, urbanization, and the burning of fossil fuels, have caused profound and widespread changes to the Earth’s atmosphere, oceans, and land, leading to phenomena such as climate change.
    • The term anthropocene was first proposed by Nobel laureates Paul Crutzen, a chemist, and Eugene Stoermer, a biologist, in the year 2000.
    • They suggested that the current epoch, the Holocene, which began around 11,700 years ago after the last glacial period, had ended and was replaced by the Anthropocene due to the extensive and unprecedented human impact on the planet.
    • Some argue that it began with the advent of agriculture around 10,000 years ago, while others propose more recent dates, such as the Industrial Revolution in the late 18th century or the mid-20th century, marked by a significant increase in human-induced environmental changes.

    How it falls short in accurately acknowledging the real culprits of ecosystem damage?

    • Broad Attribution to All Humanity: The Anthropocene concept attributes the impact on Earth’s biosphere and climate system to all of humanity collectively. By treating all humans as culpable, the concept overlooks the disproportionate role played by certain actors, mainly corporate forces in the West.
    • Ignoring Historical Context: The Anthropocene concept does not adequately consider the historical context of environmental exploitation and resource extraction by colonial and imperialist powers, primarily from Western countries. Corporate forces in the West were major drivers of colonial practices that led to ecological harm and climate change in various regions, including Africa, India, and the Americas.
    • Downplaying Corporate Influence: While human activities have undoubtedly impacted the environment, the immense economic power and lobbying capabilities of corporations, mainly based in the West, have enabled them to shape environmental policies to their advantage, perpetuating unsustainable practices and hindering more significant efforts to combat climate change.
    • Blurring Responsibility: By attributing environmental impacts to humanity as a whole, the Anthropocene concept blurs the lines of responsibility and accountability. This lack of clear attribution allows corporate forces in the West to escape scrutiny and avoid taking necessary actions to mitigate their environmental footprint, putting the onus on all of humanity instead.
    • Neglecting Environmental Injustice: The Anthropocene concept does not adequately address the environmental injustices perpetrated by corporate forces in the West against marginalized communities, particularly in the global South.
    • Insufficient Focus on Systemic Change: While the Anthropocene concept highlights the need for environmental awareness and action, it may divert attention from the urgent need for systemic changes in corporate practices and global economic structures. Transformative changes are required to address the root causes of ecosystem damage and climate change, which are largely driven by profit-seeking behaviors of corporate entities, especially in the West.

    Suggested alternatives to the concept of the Anthropocene

    • Corporatocene Epoch: This alternative term proposes a shift in focus from attributing responsibility broadly to all of humanity to specifically holding corporate forces, especially in the West, accountable for their significant role in environmental degradation and climate change.
    • Capitalocene: The Capitalocene concept emphasizes the role of capitalism in driving ecological degradation and climate change. It focuses on the exploitative nature of capitalist systems, where profit maximization often takes precedence over environmental sustainability.
    • Plantationocene: The Plantationocene perspective recognizes the historical legacy of plantation economies, particularly during the era of European colonialism. It sheds light on the exploitative practices associated with plantations, such as forced labor and ecological disruptions, which have had lasting effects on ecosystems and societies.
    • Chthulucene: The Chthulucene concept, proposed by Donna Haraway, challenges the human-centered focus of the Anthropocene and instead emphasizes interconnectedness and multispecies entanglements. By moving away from human-centric narratives, the Chthulucene perspective encourages a more inclusive and collaborative approach to addressing environmental issues.
    • Naturesocene: The Naturesocene perspective advocates for acknowledging the agency and contributions of non-human entities in shaping Earth’s systems. This approach seeks to break away from human-centric narratives and recognize the complex interactions between various elements of the natural world.
    • Indigenous Perspectives: Indigenous communities often have a deep understanding of their environment and have historically practiced sustainable living. Incorporating their wisdom can lead to more holistic and effective environmental solutions.

    Way ahead: The call for accurate attribution

    • Identify Corporate Forces: By recognizing the significant impact of corporate entities in shaping environmental policies and practices, we can hold them accountable for their role in ecological harm. Acknowledging the influence of corporate forces empowers us to demand greater transparency and sustainable practices from these entities.
    • Acknowledge Historical Injustices: Accurate attribution requires us to confront the historical legacies of imperialism, colonialism, and exploitative practices that have led to the environmental crisis. This entails recognizing how past actions continue to shape the present ecological challenges, particularly in marginalized communities.
    • Address Systemic Issues: Accurate attribution calls for a deeper examination of systemic issues, such as capitalist economic structures and unequal power dynamics, that perpetuate environmental degradation. It prompts us to question the prioritization of profit over sustainability and advocate for transformative changes in our economic systems.
    • Embrace Indigenous Wisdom: Indigenous communities, with their long-standing relationships with the land, hold valuable knowledge and practices for sustainable living.
    • Foster Global Cooperation: Accurate attribution encourages international cooperation to tackle issues like climate change and biodiversity loss, recognizing that the impact of environmental decisions extends beyond national borders.

    Conclusion

    • The term corporatocene serves as a more fitting descriptor for the current epoch, highlighting the role of corporate forces in shaping the earth’s ecological and climate systems. The West’s historical imperial legacy, coupled with corporate greed, remains the greatest threat to humanity and the environment. By acknowledging the true culprits and holding them accountable, we can pave the way for informed and effective solutions to address the ongoing planetary crisis.

  • Resource Efficiency Circular Economy Industry Coalition (RECEIC)

    Central Idea

    • The Resource Efficiency Circular Economy Industry Coalition (RECEIC) was launched with 39 multinational corporations committing to resource efficiency and circular economy principles.

    What is RECEIC?

    • Foundation: The RECEIC, conceived during India’s G20 Presidency, is an industry-led initiative with a global focus on promoting resource efficiency and circular economy practices
    • Objectives: It aims to address environmental issues arising from waste, such as plastics, microplastics, e-waste, and chemical waste.
    • Participation: 39 multinational corporations from sectors such as steel, FMCG, and electronics joined RECEIC’s launch.
    • Leadership: The coalition will be industry-led, with the government playing a supporting role.
    • Focus: The coalition aims to address environmental challenges arising from different types of waste through resource efficiency and circular economy principles.
    • Presence: Ministers from Mauritius, Denmark, Italy, Canada, UAE, France, and the European Union attended the event.

    India’s measures in this regard

    • In 2021-22, India generated around 41 lakh tonnes of plastic waste, with 30 lakh tonnes allocated to registered recyclers and plastic waste processing units.
    • The Plastic Waste Management (Amendment) Rules, 2022, established Extended Producers’ Responsibility (EPR) guidelines to manage plastic waste effectively.
    • Plastic waste processors generated 2.6 million tonnes of EPR certificates, and purchased approximately 1.51 million tonnes of those certificates for 2022-23 obligations.

    Also read:

    [RSTV Archive] Circular Economy: Concept & Challenges

  • Silvopasture Systems for Local Climate Resilience

    silvopasture

    Central Idea

    • Amidst the global decline of natural resources and forests, silvopasture systems emerge as a relevant solution to counter deforestation trends.

    What is Silvopasture?

    • Silvopasture is a sustainable land management practice that integrates trees, forage crops, and livestock grazing on the same parcel of land.
    • The term “silvopasture” is derived from the Latin words “silva” (forest) and “pastura” (pasture), emphasizing the combination of forestry and pasture practices.
    • In this system, carefully selected trees or tree species are planted or retained on grazing lands or pastures.
    • The trees can be scattered throughout the pasture, arranged in rows, or established as windbreaks and hedgerows.
    • Livestock, such as cattle, sheep, or goats, graze freely within the area, utilizing the available forage while benefiting from the shade and other advantages provided by the trees.

    Advantages offered

    Enhanced Climate Resilience
    • Silvopasture systems regulate local climate conditions, buffering against temperature and wind extremes.
    • Trees provides shade and reduces heat stress for livestock and other animals, promoting a more favorable living environment.
    Carbon Sequestration
    • Trees act as natural carbon sinks, sequestering significant amounts of carbon dioxide from the atmosphere.
    • Such systems can store 5-10 times more carbon than pastures without trees, contributing to greenhouse gas mitigation and combating climate change.
    Soil Enrichment
    • Extensive root systems of trees within silvopasture plots contribute to nutrient cycling, improved soil stability, and enhanced soil quality.
    • Effectively combats erosion, making the soil more resilient and fertile.
    Improved Microclimatic Conditions
    • Foster milder microclimatic conditions compared to open pastures.
    • Livestock experience reduced heat stress due to the shading provided by trees, leading to improved animal welfare.
    Biodiversity Conservation
    • Promotes habitat diversity, creating a suitable environment for a variety of plant and animal species.
    • Provides a sustainable habitat for native wildlife, contributing to biodiversity conservation.
    Sustainable Land Use
    • By integrating trees with livestock grazing, silvopasture supports sustainable land management.
    • Allows for livestock farming while preserving and restoring forested areas, offering a practical solution to deforestation trends.
    Water Storage and Infiltration
    • Enhance water storage potential by improving soil infiltration rates.
    • Presence of trees helps retain water, reducing runoff and contributing to water conservation.
    Economic Benefits
    • Improved farm income through increased productivity and reduced input costs.
    • Integration of multiple elements on the same land optimizes resource use and enhances overall farm profitability.

     

  • What is the Biodiversity Act? What changes has the Lok Sabha cleared in the law?

    What’s the news?

    • On July 25, the Lok Sabha gave its approval to a Bill to amend some provisions of the Biological Diversity Act of 2002.

    Central Idea

    • The Lok Sabha’s recent approval of the bill marks a significant step in preserving India’s biological diversity and promoting sustainable utilization. The bill aims to address concerns raised by central ministries, state governments, researchers, industries, and other stakeholders regarding the implementation of the 2002 Biological Diversity Act.

    What is the Biodiversity Law?

    • The Biodiversity Law, also known as the Biological Diversity Act of 2002, is a significant piece of legislation in India.
    • Its main objective is to conserve the country’s biological diversity, which includes animals, plants, microorganisms, gene pools, and the ecosystems they inhabit.
    • The law was enacted in response to the global need to protect and preserve biological resources, which were under threat due to human activities.

    Key amendments proposed in the Biodiversity Law

    • Exemption for Indian Systems of Medicine: Certain users of biological resources, like practitioners of Indian systems of medicine, are exempt from making payments to the Access and Benefit Sharing (ABS) mechanism.
    • Treatment of Indian Companies with Foreign Equity: Companies registered in India and controlled by Indians are treated as Indian companies, even with foreign equity or partnership, reducing restrictions on their activities related to biological resources.
    • Streamlining the Approval Process: Provisions have been included to expedite approval for research using biological resources and filing patent applications.
    • Rationalization of Penalty Provisions: Penalties for wrongdoing by user agencies have been rationalized.

    Significance of the Biodiversity Law

    • Conservation of Biological Diversity: The Biodiversity Law is crucial for preserving the diverse range of animals, plants, microorganisms, and ecosystems found in India.
    • Addressing Global Concerns: The law is a response to the global need to protect and conserve biological resources, which are under threat due to human activities. It aligns India with international efforts to safeguard biodiversity.
    • Implementation of CBD Commitments: India agreed to the Convention on Biological Diversity (CBD) in 1994. The Biodiversity Law helps fulfill India’s commitments under this international framework agreement, promoting biodiversity conservation and sustainable use.
    • Sustainable Resource Utilization: The law emphasizes the sustainable use of biological resources, ensuring that they are utilized in a manner that does not deplete them or harm the environment. This approach promotes responsible resource management.
    • Supporting Traditional Systems of Medicine: The law recognizes the significance of traditional medicine systems like Ayurveda, Unani, and Siddha, which rely on medicinal plants and biological resources. It supports the conservation of these resources and traditional knowledge.
    • Access and Benefit Sharing (ABS) Mechanism: The Biodiversity Law incorporates an Access and Benefit Sharing mechanism in alignment with the Nagoya Protocol. It ensures the equitable sharing of benefits arising from the utilization of genetic resources with local communities.

    Factors behind the need for amendments

    • Addressing Stakeholder Concerns: Over the years, various stakeholders, including practitioners of traditional medicine, the seed sector, pharmaceutical companies, and the research community, raised concerns about certain provisions in the original law.
    • Supporting Traditional Systems of Medicine: One of the key reasons for the amendments was to encourage Indian systems of medicine, such as Ayurveda. The amendments sought to provide exemptions or favorable conditions for practitioners of traditional medicine to access and use these resources.
    • Attracting Foreign Investment: By simplifying and streamlining processes, the government intended to make it easier for foreign entities to engage in research and business activities related to biodiversity in India.
    • Promoting Research and Innovation: The amendments aimed to expedite the approval process for research involving biological resources and simplify procedures for filing patent applications.
    • Rationalizing Penalty Provisions: The amendments likely involved rationalizing the penalty provisions for wrongdoing by user agencies. This was done to ensure that the penalties imposed for non-compliance with the law were fair and appropriate.

    Way forward

    • Integrated Policies: Develop and implement integrated policies that prioritize both biodiversity conservation and sustainable utilization. Ensure that economic development initiatives are aligned with environmental protection goals.
    • Stakeholder Collaboration: Foster collaboration among government bodies, NGOs, industries, local communities, and researchers to jointly address biodiversity challenges and promote sustainable practices.
    • Empower Local Communities: Empower local communities, especially indigenous groups, in biodiversity management and decision-making processes. Recognize their traditional knowledge and incentivize their involvement in conservation efforts.
    • Conservation Reserves and Protected Areas: Strengthen and expand the network of conservation reserves and protected areas to safeguard critical ecosystems and habitats.
    • Sustainable Resource Use: Promote sustainable practices in industries relying on biological resources, such as agriculture, pharmaceuticals, and biotechnology. Encourage eco-friendly and resource-efficient approaches.
    • Green Business Practices: Encourage businesses to adopt green practices and environmental certifications, recognizing their commitment to sustainability.
    • Education and Awareness: Raise public awareness about the importance of biodiversity, conservation, and sustainable resource utilization. Educate citizens about the benefits of preserving natural resources.

    Conclusion

    • The passage of the Biological Diversity (Amendment) Bill by the Lok Sabha reflects India’s commitment to preserving its rich biological diversity and promoting its sustainable use. As the bill advances to further stages of approval, it is essential to strike a balance between conservation and utilization, ensuring that future generations can benefit from the wealth of biological resources the country possesses.

    Also read:

    Monsoon session of Parliament to decide fate of Biological Diversity (Amendment) Bill

  • Dr. Madhav Gadgil Report on Western Ghats

    gadgil

    Central Idea

    • A devastating landslide in Maharashtra’s Raigad district recently resulted in the loss of 27 lives and the destruction of an entire village.
    • This tragic incident has reignited discussions about the 2011 Dr Madhav Gadgil report on the conservation of the ecologically sensitive Western Ghats.

    Dr Madhav Gadgil Report

    • Formation: In 2010, the Western Ghats Ecology Expert Panel (WGEEP), chaired by ecologist Dr Madhav Gadgil, was appointed by Union Environment Ministry.

    Key recommendations:

    (1) Proposition of ESZs: The report proposed classifying 64 percent of the Western Ghats, spanning six states, into Ecologically Sensitive Zones (ESZ) – ESZ 1, ESZ 2, and ESZ 3, and designating the entire region as an Ecologically Sensitive Area (ESA).

    (2) Development Restrictions: The report recommended stopping almost all developmental activities, including mining, construction of thermal power plants, and dams, in ESZ 1. It also called for the phasing out of mining in ESZ 1 in Goa, banning new polluting industries in ESZ 1 and ESZ 2 in Maharashtra’s Ratnagiri and Sindhudurg districts, and implementing zero pollution norms for existing industries.

    (3) Sustainable Farming: The report advocated a ban on growing single commercial crops, such as tea, coffee, cardamom, rubber, banana, and pineapple, to promote sustainable farming practices in the Western Ghats.

    (4) Establishing a dedicated Authority: It recommended decentralization and granting more powers to local authorities in the governance of the environment. The establishment of a Western Ghats Ecology Authority was proposed to manage the region’s ecology and ensure sustainable development.

    (5) Certain prohibitions: The report urged the prohibition of genetically modified crops, plastic bags, Special Economic Zones, and new hill stations, along with the protection of river ecosystems and public lands.

    Challenges in Implementation:

    • Stakeholder Resistance: The recommendations faced opposition from stakeholder states, fearing negative impacts on development and livelihoods.
    • Formation of Kasturirangan Panel: In response to the resistance, a High-Level Working Group on Western Ghats, led by Dr K Kasturirangan, was constituted. This panel’s report, released in 2014, designated only 37 percent of the region as ecologically sensitive, significantly less than Gadgil’s proposal.
    • Revision and Splitting of ESZ: The Kasturirangan report divided the Western Ghats into cultural (human settlements) and natural (non-human settlements) regions. It suggested designating cultural lands as ESAs and introduced red, orange, and green categories for activities based on regulation levels.

    Controversy and Criticism

    • Dr Madhav Gadgil criticized the Kasturirangan report, stating that it distorted and perverted the essence of his panel’s original recommendations.
    • He highlighted the importance of including local communities in economic decisions and the need for a more pro-nature approach.

    Current Status

    • High-Powered Committee: By 2022, the Ministry of Environment, Forest, and Climate Change (MoEF&CC) announced the formation of a high-powered committee to conduct physical landscaping and submit a detailed report within a year.

    Conclusion

    • The Raigad landslide tragedy and the discussions about the Dr Madhav Gadgil report underscore the significance of preserving the ecologically sensitive Western Ghats.
    • The delicate balance between conservation efforts and developmental requirements remains a complex issue.
    • It is essential for stakeholders, governments, and experts to collaborate and find sustainable solutions to protect this vital ecosystem and its biodiversity for future generations.

  • Himachal Floods: A man-made disaster?

    himachal

    Central Idea

    • Himachal Pradesh has experienced devastating flash floods during the recent monsoon season, resulting in a significant loss of lives and assets.
    • This article explores the factors contributing to the floods, including climate change and anthropogenic actions, and raises questions about the current development model’s sustainability.

    Reasons for amplified Flood Impacts

    [A] Climate Change and Floods

    • IPCC’s Warning: The IPCC VI report predicts that the Himalayas and coastal regions of India will be the hardest hit by climate change. Increased precipitation in shorter periods is evident in the Himalayas, leading to heavy rains and floods.
    • Abnormal Rainfall: Normal rainfall is expected to be between 720mm and 750mm, but instances of exceeding 888mm in 2010 and 926.9mm in 2018 have been observed. The current precipitation has been a result of the combined effect of the southwest monsoon and western disturbances.

    [B] Impact of Development Model

    • Dr. Parmar Model: Himachal Pradesh’s development model, initiated in 1971, transformed the state into a model of development for mountain regions. It focused on land reforms, social welfare investments, and human resource development.
    • Shift in Development: Liberalization brought demands for fiscal reforms, forcing the state to generate its own resources. Exploitation of natural resources such as forests, water, tourism, and cement production became the focus of development efforts.
    • Hydropower Projects: Dominant focus on hydropower projects led to uncontrolled construction, transforming mountain rivers into streams, and causing ecological damage.
    • Tourism Expansion: Road expansion for tourism promotion resulted in bypassing geological studies, leading to landslides and destruction during rainfall.
    • Cement Plants: Establishment of massive cement plants altered the landscape, reducing the land’s water absorption capacity and contributing to flash floods.
    • Changing Crop Patterns: Shift from traditional cereal farming to cash crops increased the demand for hastily constructed roads without proper drainage, leading to rapid swelling of rivers during rainfall.

    Way Forward

    • Commission of Inquiry: Instituting a Commission of Inquiry involving major stakeholders can address policy framework failures and project aspects.
    • Empowering Local Communities: A new architecture is needed to empower local communities over their assets. Insuring assets and involving local communities as custodians can expedite rebuilding efforts.
    • Sustainable Infrastructure: With climate change as a reality, infrastructure planning should adapt to avert disasters and mitigate the impacts of heavy rainfall.

    Conclusion

    • The flash floods in Himachal Pradesh demonstrate the consequences of both climate change and human-induced development.
    • It calls for a comprehensive approach that considers sustainable development practices, empowers local communities, and prioritizes environmental conservation to protect lives and assets in the region.