UPSC Editorial Analysis: Zeroing in on Methane Diplomacy at COP29
Kartavya Desk Staff
Source: The Hindu
General Studies-3; Topic: Environment and Climate Change
Introduction:
From November 11 to 22, 2024, global leaders will meet in Baku, Azerbaijan, for COP29, where discussions will revolve around setting a new global climate finance goal, known as the “new collective quantified goal” (NCQG).
A major theme at this conference will be methane diplomacy, with a focus on reducing methane emissions, which are responsible for approximately 30% of global warming since the pre-industrial era.
Background:
• Methane’s Climate Impact: Methane is significantly more potent than carbon dioxide, with 28 times the global warming potential over a 100-year period and 84 times over a 20-year period.
• Previous Efforts: At COP28, the U.S. and China collaborated to address non-CO2 greenhouse gases. China released a national methane control plan, marking progress in global cooperation on this front.
• India’s Position: As the third-largest emitter of methane, India has significant stakes in global methane reduction strategies but remains hesitant to adopt stringent economy-wide methane targets due to the dominance of agriculture in its emissions profile.
Present Status:
• Global Context: The U.S.-China methane partnership, initiated at COP28, emphasizes methane reduction as a critical component of climate strategy.
• India’s Methane Emissions: In 2016, India emitted 409 million tons of CO2-equivalent methane, with agriculture (mainly livestock and rice cultivation) contributing 74%, waste 14%, energy 11%, and industrial processes 1%.
• Local Challenges: Fires at waste dumpsites, such as the 2022 Bhalswa fire in Delhi, have severe environmental and health consequences. Moreover, methane emissions data from Indian cities like Delhi and Mumbai are often underreported, complicating mitigation efforts.
• Moreover, methane emissions data from Indian cities like Delhi and Mumbai are often underreported, complicating mitigation efforts.
Government Initiatives:
• Waste Management: Regulatory Framework: India has established regulations for waste management but faces implementation challenges due to weak local capacity. Innovative Models: Indore has developed a citywide organic waste sorting system linked to a biomethane plant, producing fuel for public transport. GOBARdhan Scheme: Part of the Swachh Bharat Mission-Urban 2.0, this scheme promotes biogas production from cattle waste in rural areas.
• Regulatory Framework: India has established regulations for waste management but faces implementation challenges due to weak local capacity.
• Innovative Models: Indore has developed a citywide organic waste sorting system linked to a biomethane plant, producing fuel for public transport.
• GOBARdhan Scheme: Part of the Swachh Bharat Mission-Urban 2.0, this scheme promotes biogas production from cattle waste in rural areas.
• Agricultural Sector: Climate-Resilient Agriculture: The National Mission for Sustainable Agriculture (NMSA) promotes practices to reduce methane emissions in rice cultivation. National Livestock Mission: Encourages methods like green fodder production and efficient feeding practices to cut livestock-related methane emissions.
• Climate-Resilient Agriculture: The National Mission for Sustainable Agriculture (NMSA) promotes practices to reduce methane emissions in rice cultivation.
• National Livestock Mission: Encourages methods like green fodder production and efficient feeding practices to cut livestock-related methane emissions.
International Best Practices:
• United States: The U.S. employs comprehensive methane reduction strategies, including regulations on oil and gas methane leaks and investment in methane abatement technologies.
• European Union: Implements strict methane monitoring and reduction policies across agriculture and waste sectors.
• China: Released a national methane control plan in 2023, focusing on capacity building rather than explicit mitigation targets, signalling growing global cooperation on methane.
Challenges:
• Agricultural Dependency: India’s agriculture, particularly livestock and rice cultivation, is methane-intensive, making economy-wide targets politically and economically sensitive.
• Data Gaps: Methane emission estimates are often unreliable. Satellite data indicate that emissions from waste dumpsites in cities like Mumbai are much higher than officially reported.
• Capacity Constraints: Weak municipal infrastructure and inadequate waste management facilities hinder effective methane mitigation.
• Financing: Limited access to international climate finance and technical assistance slows down the implementation of methane abatement projects.
Opportunities and Strategic Leverage:
• COP29 and Methane Diplomacy: The U.S.-China partnership on methane offers India a strategic opening to seek international support for sector-specific methane reduction efforts.
• Waste Sector Focus: By emphasizing waste management, India can secure financing and technical assistance to improve waste infrastructure and methane capture projects.
• Agriculture-Specific Innovations: Targeted assistance can help India develop and adopt methane-reducing practices in agriculture, such as alternative wetting and drying techniques in rice cultivation.
Way Forward:
• Enhancing Local Capacity: Strengthen municipal waste management systems through capacity-building programs and technological upgrades.
• Improving Data Accuracy: Invest in better data collection methods, including satellite monitoring, to accurately quantify and manage methane emissions.
• Scaling Innovative Models: Replicate successful waste-to-energy models like Indore’s across other cities to maximize methane abatement.
• Engaging in Methane Diplomacy: Use COP29 as a platform to negotiate sector-specific support for methane mitigation, leveraging the U.S.-China partnership.
• Investing in Research and Development: Promote research into methane reduction technologies, especially for agriculture, and incentivize farmers to adopt climate-friendly practices.
Conclusion:
Methane reduction is a crucial and actionable area in the fight against climate change. India, with its significant methane emissions, has both challenges and opportunities. By leveraging global partnerships, such as the U.S.-China collaboration, and proactively seeking international support at COP29, India can accelerate its methane abatement efforts.
Scaling up proven solutions, improving data accuracy, and enhancing local capacities are critical steps toward achieving this goal, contributing to global climate stability.
Practice Question:
“Methane reduction is an effective strategy for mitigating near-term climate change impacts. Discuss India’s challenges and opportunities in reducing methane emissions and the role of international cooperation in addressing them.” (250 words)