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  2. Environment and Ecology

Carbon Credits and Sustainable Development

Published on: 17-Oct-2025

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Carbon Credits and Sustainable Development

Article Summary

Summary of Article on Environmental and Carbon Credit Strategies

Key Issues & Concepts:

  • Growth Model and Environmental Limits: The traditional growth model, rooted in the Industrial Revolution, risks surpassing planetary boundaries. Transitioning to a sustainable model is necessary, especially for developing nations facing poverty.
  • Decoupling Growth from Pollution: The focus should be on increasing economic growth without high pollution levels through cleaner technologies and sustainable practices.

Carbon Credits:

  • Definition: A carbon credit signifies a certified reduction or removal of greenhouse gases, often used to offset emissions by firms transitioning to greener processes.
  • Carbon Credit Trading Scheme (CCTS): India is establishing its own carbon market with emission-intensity benchmarks for energy-intensive sectors, including voluntary offsets. Draft methods for biomass, compressed biogas, and low-emission agriculture are in place.
  • Global Market Trends: Approximately 175 million to 180 million carbon credits are retired annually, mainly from renewable projects.

Agricultural Projects and Challenges:

  • Only 4 out of 64 Indian agricultural projects under the Verra registry have issued credits due to weak engagement with farmers.
  • Rewards from carbon projects risk perpetuating exploitative power structures reminiscent of colonial practices.

Case Studies:

  • Northern Kenya Rangelands Project: Launched in 2012, this project aimed for significant CO2 reduction but faced scrutiny for inadequate community consent and rights violations. The project was scrutinized for bypassing consent and affecting local land rights, leading to a suspension of credit issuance.
  • Lake Turkana Wind Power Project: Encroached on community grazing lands, raising concerns about sustainability versus local rights.

Application to India:

  • Indian projects, particularly in afforestation and agriculture, might disrupt customary land use without community consent, echoing the challenges observed in Kenya.
  • Concerns regarding caste-based exclusions in benefit distribution from carbon projects have been raised.

Recommendations:

  • Community Rights and Benefit Sharing: Emphasizing the protection of land rights and equitable distribution of benefits is crucial to avoid repeating colonial exploitation.
  • Balanced Regulatory Framework: India’s Carbon Credit Trading Scheme needs a transparent and participatory approach to safeguard community interests without imposing burdens.

Conclusion:

For effective climate action in India, stakeholder consultation and adaptive regulations are required to uphold justice in carbon markets. Failure to address these issues may replicate exploitative models under the guise of sustainability while marginalizing vulnerable groups.


Constitutional and Legal Context:

  • No specific constitutional articles or legislative references were made in the article.

Government Schemes and Policies:

  • Establishment of the Carbon Credit Trading Scheme (CCTS) aimed at setting emission-intensity benchmarks.

Notable Economic Data:

  • An estimated market of approximately 175 million to 180 million carbon credits retired annually.

International Agreements:

  • Reference to global carbon markets and the operation of the Verra registry for carbon credit projects.

Science & Technology Updates:

  • Adoption of cleaner technologies for growth and sustainability; exploration of renewable energy and sustainable agricultural practices.

Environmental Context:

  • Focus on sustainable methods of agriculture and renewable energy sources to mitigate climate change impacts.

Final Note:

These highlights underline the importance of integrating environmental justice with economic development, ensuring that all strata of society benefit from climate initiatives.

Key Terms & Concepts

Carbon Credit Trading Scheme (CCTS)Regulates carbon market in India
REDD+Nature-based carbon offset project
CIMMYTResearch center for agriculture
K.S. AdityaScientist at ICAR-IARI
Kenyan judgementsLegal outcomes on land rights
1.9 million hectaresProject area for carbon project
50 million tonnes of CO2CO2 removal target for project
175 million–180 millionAnnual carbon credits retired
Lake Turkana Wind Power projectEnergy project affecting communities
Renewable energyCleaner energy source
Micro-irrigationSustainable farming practice
Environmental degradationContext for carbon projects

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  • Climate Change Influence: Human-induced climate change was highlighted as a significant destabilizing factor, causing increased temperatures and altered precipitation patterns.
  • Scientific Insights

    • Avalanche Rarity: Such large rock avalanches are estimated to occur once every 1,000 to 10,000 years.
    • Glacier Thinning: The Langtang Lirung glacier has been receding at an accelerated rate, losing mass at about half a meter per year, with a current recession rate of 1-2.3% per annum over the last 16 years.
    • Future Risks: Ongoing glacier decline and permafrost degradation are expected to continue, necessitating urgent climate action.

    Recommendations

    • Monitoring and Data Sharing: The study calls for enhanced observation and hazard monitoring in the Himalayas, as well as trans-boundary data sharing to minimize future risks.
    • Transition from Fossil Fuels: A rapid shift away from fossil fuel dependency is essential to mitigate further climate impacts.

    Policy Implications

    • Climate Finance: There is an urgent need to fulfill climate finance commitments for adaptation, particularly in high mountain regions like the Himalayas.

    Conclusion

    The study underscores the complex interplay between climate change and geological factors in triggering natural disasters, emphasizing the need for proactive measures in climate policy and environmental monitoring to safeguard vulnerable regions.