[Synopsis] Day 34 – August 5, 2024 – 75 Days Mains Revision Plan 2024 Environment
Kartavya Desk Staff
75 Days Mains Revision Plan 2024 – Environment
Environment
Q1. Eco-sensitive zones (ESZs) are not just shock absorbers for protected areas, they are lifelines for our fragile ecosystems. Comment on the recent issues regarding ESZs in India. (10M)
Difficulty level: Moderate
Reference: The Hindu, Indian Express
Why the question: The question addresses the critical role of Eco-Sensitive Zones in preserving India’s biodiversity and highlights the recent controversies and challenges faced in their implementation. Key Demand of the question: To explain the significance of ESZs as lifelines for fragile ecosystems and analyze the recent issues and controversies surrounding their implementation in India. Structure of the Answer: Introduction: Introduce Eco-Sensitive Zones (ESZs) by defining their purpose and establishment under the Environment Protection Act, 1986. Body: Role of ESZs: Shock Absorbers: First line of defense against negative human activities. Mitigate impact of natural disasters. Transition zones from areas of high protection to lesser protection. Lifelines of Fragile Ecosystems: Conserve biodiversity by preventing detrimental activities. Maintain connectivity between ecosystems for wildlife movement. Ensure survival of threatened species. Provide ecosystem services such as clean water and soil conservation. Recent Issues and Controversies: Conflict with Forest Rights Act, 2006 (FRA): ESZs excluding human habitation and minor activities deny customary and traditional rights to forest-dwellers. Conflict with Panchayat Extension to Scheduled Areas Act, 1996 (PESA): ESZs not recognizing habitation-level gram sabhas’ role in safeguarding community resources. Recent Landslide in Wayanad Protests in Kerala: Supreme Court’s order for a mandatory 1 km ESZ around protected areas impacts dense forest regions and local populations. Farmers and local communities protest due to fear of displacement and restrictions on land use. Conclusion: A balanced approach is needed to ensure sustainable development by harmonizing conservation efforts with the rights and livelihoods of forest-dwellers and local communities. Policymakers must engage stakeholders in the decision-making process and develop strategies that support both environmental and human interests.
Why the question:
The question addresses the critical role of Eco-Sensitive Zones in preserving India’s biodiversity and highlights the recent controversies and challenges faced in their implementation.
Key Demand of the question:
To explain the significance of ESZs as lifelines for fragile ecosystems and analyze the recent issues and controversies surrounding their implementation in India.
Structure of the Answer:
Introduction: Introduce Eco-Sensitive Zones (ESZs) by defining their purpose and establishment under the Environment Protection Act, 1986.
• Role of ESZs: Shock Absorbers: First line of defense against negative human activities. Mitigate impact of natural disasters. Transition zones from areas of high protection to lesser protection. Lifelines of Fragile Ecosystems: Conserve biodiversity by preventing detrimental activities. Maintain connectivity between ecosystems for wildlife movement. Ensure survival of threatened species. Provide ecosystem services such as clean water and soil conservation.
• Shock Absorbers: First line of defense against negative human activities. Mitigate impact of natural disasters. Transition zones from areas of high protection to lesser protection.
• First line of defense against negative human activities.
• Mitigate impact of natural disasters.
• Transition zones from areas of high protection to lesser protection.
• Lifelines of Fragile Ecosystems: Conserve biodiversity by preventing detrimental activities. Maintain connectivity between ecosystems for wildlife movement. Ensure survival of threatened species. Provide ecosystem services such as clean water and soil conservation.
• Conserve biodiversity by preventing detrimental activities.
• Maintain connectivity between ecosystems for wildlife movement.
• Ensure survival of threatened species.
• Provide ecosystem services such as clean water and soil conservation.
• Recent Issues and Controversies: Conflict with Forest Rights Act, 2006 (FRA): ESZs excluding human habitation and minor activities deny customary and traditional rights to forest-dwellers. Conflict with Panchayat Extension to Scheduled Areas Act, 1996 (PESA): ESZs not recognizing habitation-level gram sabhas’ role in safeguarding community resources. Recent Landslide in Wayanad Protests in Kerala: Supreme Court’s order for a mandatory 1 km ESZ around protected areas impacts dense forest regions and local populations. Farmers and local communities protest due to fear of displacement and restrictions on land use.
• Conflict with Forest Rights Act, 2006 (FRA): ESZs excluding human habitation and minor activities deny customary and traditional rights to forest-dwellers.
• ESZs excluding human habitation and minor activities deny customary and traditional rights to forest-dwellers.
• Conflict with Panchayat Extension to Scheduled Areas Act, 1996 (PESA): ESZs not recognizing habitation-level gram sabhas’ role in safeguarding community resources.
• ESZs not recognizing habitation-level gram sabhas’ role in safeguarding community resources.
• Recent Landslide in Wayanad
• Protests in Kerala: Supreme Court’s order for a mandatory 1 km ESZ around protected areas impacts dense forest regions and local populations. Farmers and local communities protest due to fear of displacement and restrictions on land use.
• Supreme Court’s order for a mandatory 1 km ESZ around protected areas impacts dense forest regions and local populations.
• Farmers and local communities protest due to fear of displacement and restrictions on land use.
Conclusion: A balanced approach is needed to ensure sustainable development by harmonizing conservation efforts with the rights and livelihoods of forest-dwellers and local communities. Policymakers must engage stakeholders in the decision-making process and develop strategies that support both environmental and human interests.
Introduction
Eco-Sensitive Zones (“ESZs”) are areas designated by the government to protect and conserve fragile and bio-diverse ecosystems. These are established under the Environment Protection Act, 1986. They seek to protect ‘protected areas’ by creating a layer or buffer around protected areas.
The main objective of establishing ESZs is to regulate and/or restrict certain activities that may cause a detrimental impact on the environment. ESZs act not only as ‘shock absorbers’ but also as ‘lifelines of fragile ecosystems.
Shock absorbers | · They act as the first line of defense against any negative human activities that potentially harm protected areas. · They also mitigate any negative impact of natural disasters such as floods or wild-fires. · They are transition zones from areas of high protection to areas of lesser protection.
Lifeline of the fragile ecosystem | · They help to conserve biodiversity by preventing certain human activities or human interference. · They maintain connectivity between different ecosystems, which allows the movement of wildlife. · They ensure the survival of threatened and endangered species, which may otherwise be isolated. · ESZs provide a wide-ranging number of ecosystem services such as clean water, soil conservation etc.
· They also mitigate any negative impact of natural disasters such as floods or wild-fires.
· They are transition zones from areas of high protection to areas of lesser protection.
· They maintain connectivity between different ecosystems, which allows the movement of wildlife.
· They ensure the survival of threatened and endangered species, which may otherwise be isolated.
· ESZs provide a wide-ranging number of ecosystem services such as clean water, soil conservation etc.
Issues: ESZs
While ESZs are created to act as shock absorbers and to serve as the transition zone, in recent times, the creation of ESZs has sparked protests in the state of Kerala. The following are some reasons for this:
• ESZs are not in sync with the Forest Rights Act, 2006 (“FRA”). By excluding human habitation and minor activities in ESZs, customary and traditional rights under FRA are being denied to forest-dwellers.
• The Panchayat Extension to Scheduled Areas Act, 1996 (“PESA”) recognizes the role of habitation-level gram sabhas to safeguard and preserve community resources on forest land. However, yet again, ESZs do not recognize this.
• In states like Kerala or the states having areas notified under the 5th Schedule have dense and thickly forested areas. Declaring a major of these lands as ESZs will leave little space for its population. Farmers in Kerala are protesting against Supreme Court’s order to establish Eco-Sensitive Zones (ESZs): The SC had directed to have a mandatory ESZ of a minimum of one kilometre measured from the demarcated boundary of every protected forest, including the national parks and wildlife sanctuaries.
• Farmers in Kerala are protesting against Supreme Court’s order to establish Eco-Sensitive Zones (ESZs): The SC had directed to have a mandatory ESZ of a minimum of one kilometre measured from the demarcated boundary of every protected forest, including the national parks and wildlife sanctuaries.
Conclusion
A rights-negating ‘conservation model’ is not in the best interest of both the environment and people. It is crucial to strive for sustainable development by balancing conservation and the rights of forest-dwellers.
Additional Points:
Q2. “Although India can produce reliable, cost-effective and environmentally sustainable bioenergy to meet its energy demand, progress has been slow”. Discuss (15M)
Difficulty level: Moderate
Key Demand of the question: To discuss the potential of bioenergy in India, the challenges hindering its progress, and the government initiatives aimed at promoting bioenergy. Structure of the Answer: Introduction: Introduce bioenergy and its potential to meet India’s energy demands sustainably. Body: Bioenergy Potential: Abundant Biomass: Agricultural and forest residues. Used cooking oil, acid oil, algal feedstock, and damaged food grains. Municipal solid waste, with significant annual generation. Applications: Power generation: Potential to generate 18,000 MW from biomass. Transport sector: Conversion into biofuels such as biodiesel, bioethanol, and bio-CNG. Industrial use: In sectors like food processing, textiles, and paper manufacturing. Cooking: As a major source of cooking fuel. Government Initiatives: National Bioenergy Programme: Launched in 2021, extended to 2026, includes waste-to-energy, biomass, and biogas production sub-programs. National Biofuels Policy, 2018: Targets blending biofuels with fossil fuels by 2030. National Bioenergy Mission: Promotes research and development of bioenergy technologies. SATAT Initiative: Encourages the use of biofuels in the transport sector. Challenges to Bioenergy Production: Policy Limitations: Existing policies are not comprehensive enough. Funding: Inadequate fiscal incentives and financial support. Infrastructure: Fragmented and costly bioenergy production chain. Research and Development: Lack of focus on advanced bioenergy technologies. Competition from Other Renewables: Solar and wind energy receive better policy and funding support. Conclusion: Bioenergy is crucial for sustainable development, reducing carbon emissions, and enhancing national energy security. Progress can be accelerated through government-private sector collaboration, increased financial incentives, and technological innovation.
Key Demand of the question:
To discuss the potential of bioenergy in India, the challenges hindering its progress, and the government initiatives aimed at promoting bioenergy.
Structure of the Answer:
Introduction: Introduce bioenergy and its potential to meet India’s energy demands sustainably.
• Bioenergy Potential: Abundant Biomass: Agricultural and forest residues. Used cooking oil, acid oil, algal feedstock, and damaged food grains. Municipal solid waste, with significant annual generation. Applications: Power generation: Potential to generate 18,000 MW from biomass. Transport sector: Conversion into biofuels such as biodiesel, bioethanol, and bio-CNG. Industrial use: In sectors like food processing, textiles, and paper manufacturing. Cooking: As a major source of cooking fuel.
• Abundant Biomass: Agricultural and forest residues. Used cooking oil, acid oil, algal feedstock, and damaged food grains. Municipal solid waste, with significant annual generation.
• Agricultural and forest residues.
• Used cooking oil, acid oil, algal feedstock, and damaged food grains.
• Municipal solid waste, with significant annual generation.
• Applications: Power generation: Potential to generate 18,000 MW from biomass. Transport sector: Conversion into biofuels such as biodiesel, bioethanol, and bio-CNG. Industrial use: In sectors like food processing, textiles, and paper manufacturing. Cooking: As a major source of cooking fuel.
• Power generation: Potential to generate 18,000 MW from biomass.
• Transport sector: Conversion into biofuels such as biodiesel, bioethanol, and bio-CNG.
• Industrial use: In sectors like food processing, textiles, and paper manufacturing.
• Cooking: As a major source of cooking fuel.
• Government Initiatives: National Bioenergy Programme: Launched in 2021, extended to 2026, includes waste-to-energy, biomass, and biogas production sub-programs. National Biofuels Policy, 2018: Targets blending biofuels with fossil fuels by 2030. National Bioenergy Mission: Promotes research and development of bioenergy technologies. SATAT Initiative: Encourages the use of biofuels in the transport sector.
• National Bioenergy Programme: Launched in 2021, extended to 2026, includes waste-to-energy, biomass, and biogas production sub-programs.
• National Biofuels Policy, 2018: Targets blending biofuels with fossil fuels by 2030.
• National Bioenergy Mission: Promotes research and development of bioenergy technologies.
• SATAT Initiative: Encourages the use of biofuels in the transport sector.
• Challenges to Bioenergy Production: Policy Limitations: Existing policies are not comprehensive enough. Funding: Inadequate fiscal incentives and financial support. Infrastructure: Fragmented and costly bioenergy production chain. Research and Development: Lack of focus on advanced bioenergy technologies. Competition from Other Renewables: Solar and wind energy receive better policy and funding support.
• Policy Limitations: Existing policies are not comprehensive enough.
• Funding: Inadequate fiscal incentives and financial support.
• Infrastructure: Fragmented and costly bioenergy production chain.
• Research and Development: Lack of focus on advanced bioenergy technologies.
• Competition from Other Renewables: Solar and wind energy receive better policy and funding support.
Conclusion: Bioenergy is crucial for sustainable development, reducing carbon emissions, and enhancing national energy security. Progress can be accelerated through government-private sector collaboration, increased financial incentives, and technological innovation.
Introduction
Bio-energy is a type of renewable energy that is derived from biomass i.e., organic matter produced by living organisms. This organic matter can be transformed into energy via processes such as combustion, fermentation, and pyrolysis among others.
Biofuels: Potential
India has the potential to produce reliable, cost-effective and environmentally sustainable bio-energy due to the following factors:
• The abundance of biomass, especially agricultural and forest residues.
• India can also tap into used cooking oil, acid oil, algal feedstock, and damaged food grains as well.
• India generates around 62 million metric tonnes of municipal solid wastes annually and this is set to increase to 165 million metric tonnes.
• With a huge rural population, the production of bio-energy in rural areas can be scaled up.
And bio-energy can be potentially used in the following sectors:
• Power generation: As per the Ministry of New and Renewable Energy, India has the potential to generate 18,000 MW of power from biomass.
• Transport sector: Bio-energy can be converted into bio-fuels such as bio-diesel, bio-ethanol, bio-CNG and can be used in vehicles.
• Manufacture/Industrial sector: In industries like food processing, textiles, paper manufacturing, bio-energy can be used.
• Cooking: Bio-energy can be a major source of cooking.
Government Initiatives
The following are some of the efforts taken by the government to promote the production and use of bio-energy in India:
• National Bioenergy Programme: Launched in 2021 and extended up to 2026. The program consists of sub-programs relating to waste to energy, biomass and biogas production.
• National Biofuels Policy of 2018: Achieve targetted blending of biofuels with fossil-based fuels by 2030.
• National Bioenergy Mission: This seeks to promote research and development of technologies related to bio-energy.
• SATAT Initiative: The use of bio-fuels such as bio-CNG in the transport sector.
Challenges to Bio-Energy Production
However, despite the potential and government efforts, the progress in relation to bio-energy has been rather slow due to the following factors:
• Poor government efforts: Current policies such as the National Bio-fuels Policy of 2018 and the National Bio-Energy Programme are not comprehensive enough.
• Funding: Fiscal incentives towards bio-energy are not encouraging.
• Power generation infrastructure: Entire chain of bio-energy production such as collection, storage, transportation and production are highly fragmented and is not cost-effective.
• Research and Development: India lacks a strong technology focus, which is imperative for the development of advanced bio-energy.
• Other renewable sources: Other sources like solar energy or wind energy have received better policy and funding support and are better developed in India. Hence, they offer stiff competition to bio-energy.
Conclusion
Bio-energy is critical for sustainable development, reduction of carbon emissions and mainly for providing India with a higher degree of national energy security by supplementing conventional energy resources. This can be furthered with government-private sector collaboration and increased financial incentives.
ETHICS
3Q. What are the sources of ethical guidance? How do these factors collectively assist a public servant in making ethical decisions? [10M, 150words]
Key Demand of question: Define sources of ethical guidance and explain their role in public service. Structure of the answer: Introduction: Start with the definition of ethical guidance. Body: Briefly explain each source such as law, rules, regulation, and conscience. Discuss how the assist public servants in ethical decision-making. Conclusion: Conclude by highlighting its significance.
Key Demand of question:
Define sources of ethical guidance and explain their role in public service.
Structure of the answer:
Introduction: Start with the definition of ethical guidance.
Body:
• Briefly explain each source such as law, rules, regulation, and conscience.
• Discuss how the assist public servants in ethical decision-making.
Conclusion:
Conclude by highlighting its significance.
Introduction:
Ethical guidance refers to the principles and frameworks that help individuals and organizations make morally sound decisions and actions. It builds systematic approaches and methodologies for analyzing ethical dilemmas and making decisions that align with both moral principles and legal requirements.
Some of the sources of ethical guidance are:
• Laws: Enacted through legislative processes and subject to high compliance due to criminal consequences of violations. Provide a broad framework for behavior, ensuring adherence to societal standards.
E.g. Anti-corruption laws that dictate ethical behavior in public office.
• Rules: Developed within organizations to guide specific behaviors and operations. Aim to ensure the smooth and efficient functioning of departments.
E.g. Organizational codes of conduct that outline acceptable employee behavior.
• Regulations: Detailed guidelines derived from laws, providing a structured approach to compliance. Serve as operational directives, ensuring specific legal mandates are met.
E.g. Financial regulations that govern public sector accounting practices.
• Conscience: Inner voice guiding personal ethics and moral decisions, independent of external enforcement. Reflects individual values and instincts, often driving ethical behavior even without legal requirements.
E.g. A public servant choosing to disclose a conflict of interest based on personal integrity.
These factors collectively assist a public servant in making ethical decisions through:
• Ethical dilemmas resolution: Public servants often face situations where legal requirements and personal ethics conflict. Laws provide a clear baseline, but conscience can drive ethical reform and transparency.
E.g. Aruna Roy’s advocacy for the Right to Information Act.
• Confidentiality and discretion: Laws mandate the confidentiality of certain information. Conscience guides the ethical handling of sensitive information beyond mere compliance.
E.g. Indian diplomats managing sensitive information with ethical discretion.
• Service to the public: Laws and organizational rules guide the overarching aim of serving the public. Personal ethics ensure that decisions align with the greater good and public welfare.
E.g. Sreedharan’s alignment of legal, institutional, and ethical values in the Delhi Metro project.
• Conscience-driven decision-making: Individual conscience allows public servants to make ethically sound decisions, even in the absence of explicit laws. Personal ethics can drive significant reforms and uphold integrity in public service.
E.g. T.N. Seshan’s electoral reforms driven by a strong moral compass.
• Integrity and honesty: Commitment to laws and rules, combined with personal conscience, upholds core values in public service. Public servants’ integrity and dedication inspire ethical behavior and trust.
E.g. Dr. APJ Abdul Kalam’s integrity as President of India.
Conclusion:
The effective blend of legal standards, regulations, and personal integrity is fundamental to ethical public service. This alignment enables public servants to make decisions that are both legally compliant and morally right.
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