Published on: October 27, 2021



What is in news : The report ‘Mapping India’s Climate Vulnerability – A District-level Assessment’, which has been supported by the India Climate Collaborative and Edelgive Foundation was released by Council on Energy, Environment and Water (CEEW)

Details :

  • first-of-its-kind Climate Vulnerability Index
  • States of Assam, Andhra Pradesh, Maharashtra, Karnataka and Bihar are the most vulnerable to extreme climate events such as floods, droughts and cyclones
  • Analysed 640 districts in India and found that 463 of these are vulnerable to extreme floods, droughts and cyclones.
  • Dhemaji and Nagaon in Assam, Khammam in Telangana, Gajapati in Odisha, Vizianagaram in Andhra Pradesh, Sangli in Maharashtra and Chennai in Tamil Nadu are among India’s most climate vulnerable districts.45 per cent of these districts have undergone “unsustainable landscape and infrastructure changes”.
  • More than 80 per cent of Indians live in districts vulnerable to climate risks, that is, 17 of 20 people in the country are vulnerable to climate risks
  • States in India’s northeast are more vulnerable to floods, while the ones in the south and central are most vulnerable to extreme droughts.
  • Highly vulnerable states like Maharashtra, Tamil Nadu, Odisha, Karnataka and Gujarat have improved their respective DDMPs and climate-proofed critical infrastructures in recent years.


Combating the rising frequency and scale of extreme climate events is fiscally draining for developing countries such as India. At COP-26, developed countries must regain trust by delivering the USD 100 billion promised since 2009 and commit to stepping up climate finance over the coming decade. Further, India must collaborate with other countries to create a Global Resilience Reserve Fund, which could act as insurance against climate shocks. This would ease the fiscal pressure on the most climate vulnerable countries, especially from the Global South. Finally, developing a Climate Risk Atlas for India would help policymakers to better identify and assess risks arising from extreme climate events