IGSD works to implement sub-national fast mitigation strategies, protect sinks, and study methane removal, among other efforts.

Strengthening and Expanding India’s Engagement on Fast Climate Mitigation

This IGSD project addresses non-CO2 climate pollutants in India and encourages and supports India’s leadership with this fast mitigation strategy.

Our India work includes developing and implementing strategic initiatives to reduce non-CO2 climate pollutants at both the national and the subnational state level by identifying technology solutions, fostering collaboration among states in India, and facilitating the flow of private and public investments.

Launched in 2023, IGSD is currently working with subnational governments in India’s nine largest states. Through policy research, capacity-building, and a commitment to fast action, IGSD aims to enhance climate resilience, slow near-term and long-term warming, and promote sustainable development in India.

Our India work also includes research on the science on teleconnections that impact Indian monsoons and the Himalayan glaciers as well as support for implementing India’s Arctic Policy.

Key Publications

Latest Op-Eds

Team

    • Zerin Osho – Director
    • Sunandini Seth – Program Coordinator
    • Shivang Agarwal – Technical Fellow
    • Akshat Patni – Technical Lead
    • Captain Anurag Bisen – Senior Advisor, Arctic Program
    • Nehal Sharma – Subnational & Arctic Program Lead
    • Nikhil Kumar – Communications Lead
    • Asad Ali – Communications Manager
    • Ravleen Kaur – Public Relations Specialist
    • Yukti Dabas – Project Development Lead
    • Abir Saraon – Partnerships Lead
    • Jahnavi Shah – Technical Associate
    • Pranjali Chowdhary – Research and Policy Associate
    • Bhhavya Kapoor – Research and Policy Associate
    • Saloni Srivastava – Research and Policy Associate
    • Ali Reza – Research and Policy Associate
    • Nandini Suri – Research and Policy Associate
    • Rishi Bakshi – Research and Policy Associate
    • Atharva Deshmukh – Research and Policy Associate
    • Rajagopal – Director of Finance & Administration

Contact: Sunandini Seth, sseth@igsd.org

While not short-lived, nitrous oxide (N2O) is a potent GHG with a 100-year global warming potential that is 273 times greater than CO2, contributing the equivalent of about 10% of today’s CO2 warming. It also is the most significant anthropogenic ozone-depleting substance not yet controlled by the Montreal Protocol.

The Montreal Protocol’s 2022 Quadrennial Assessment Report calculated that N2O emissions accelerated over the last 20 years and now exceed the highest projections. The anthropogenic N2O emissions in 2020 were the equivalent of more than 20% of the ozone-depleting potential of CFCs, which were the main ozone-depleting substances when the Montreal Protocol was agreed in 1987.

The Montreal Protocol has the capacity, flexibility, compliance mechanisms, and universal UN membership to control global N2O emissions, starting with emissions from the production of adipic and nitric acids.

IGSD is analyzing the possibility of amending the Montreal Protocol to bring N2O under the jurisdiction of the world’s most successful climate treaty.

See Global Nitrous Oxide Assessment (2024), UNEP & FAO.

See Primer on Nitrous Oxide, The Last Significant Ozone-Depleting Substance and Greenhouse Gas Not Regulated by the Montreal Protocol (2024), IGSD.

 

Coming soon!

Strengthening and Expanding India’s Engagement on Fast Climate Mitigation

This IGSD project addresses non-CO2 climate pollutants in India and encourages and supports India’s leadership with this fast mitigation strategy.

Our India work includes developing and implementing strategic initiatives to reduce non-CO2 climate pollutants at both the national and the subnational state level by identifying technology solutions, fostering collaboration among states in India, and facilitating the flow of private and public investments.

Launched in 2023, IGSD is currently working with subnational governments in India’s nine largest states. Through policy research, capacity-building, and a commitment to fast action, IGSD aims to enhance climate resilience, slow near-term and long-term warming, and promote sustainable development in India.

Our India work also includes research on the science on teleconnections that impact Indian monsoons and the Himalayan glaciers as well as support for implementing India’s Arctic Policy.

Key Publications

Latest Op-Eds

Team

    • Zerin Osho – Director
    • Sunandini Seth – Program Coordinator
    • Shivang Agarwal – Technical Fellow
    • Akshat Patni – Technical Lead
    • Captain Anurag Bisen – Senior Advisor, Arctic Program
    • Nehal Sharma – Subnational & Arctic Program Lead
    • Nikhil Kumar – Communications Lead
    • Asad Ali – Communications Manager
    • Ravleen Kaur – Public Relations Specialist
    • Yukti Dabas – Project Development Lead
    • Abir Saraon – Partnerships Lead
    • Jahnavi Shah – Technical Associate
    • Pranjali Chowdhary – Research and Policy Associate
    • Bhhavya Kapoor – Research and Policy Associate
    • Saloni Srivastava – Research and Policy Associate
    • Ali Reza – Research and Policy Associate
    • Nandini Suri – Research and Policy Associate
    • Rishi Bakshi – Research and Policy Associate
    • Atharva Deshmukh – Research and Policy Associate
    • Rajagopal – Director of Finance & Administration

Contact: Sunandini Seth, sseth@igsd.org

While not short-lived, nitrous oxide (N2O) is a potent GHG with a 100-year global warming potential that is 273 times greater than CO2, contributing the equivalent of about 10% of today’s CO2 warming. It also is the most significant anthropogenic ozone-depleting substance not yet controlled by the Montreal Protocol.

The Montreal Protocol’s 2022 Quadrennial Assessment Report calculated that N2O emissions accelerated over the last 20 years and now exceed the highest projections. The anthropogenic N2O emissions in 2020 were the equivalent of more than 20% of the ozone-depleting potential of CFCs, which were the main ozone-depleting substances when the Montreal Protocol was agreed in 1987.

The Montreal Protocol has the capacity, flexibility, compliance mechanisms, and universal UN membership to control global N2O emissions, starting with emissions from the production of adipic and nitric acids.

IGSD is analyzing the possibility of amending the Montreal Protocol to bring N2O under the jurisdiction of the world’s most successful climate treaty.

See Global Nitrous Oxide Assessment (2024), UNEP & FAO.

See Primer on Nitrous Oxide, The Last Significant Ozone-Depleting Substance and Greenhouse Gas Not Regulated by the Montreal Protocol (2024), IGSD.

 

Coming soon!

Other Efforts Resources

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