Climate adaptation is a dynamic and complex process. This includes risk assessment, adaptation planning, implementation, and monitoring at different scales. Adaptation strategies vary according to specific types of climate hazards, geographical scales, and time frames. However, limited knowledge while dealing with several uncertainties is a major challenge. CSTEP's scientific strategies can help policymakers design and prioritise adaptation measures to meet our climate agenda.

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It’s Time to Feed Our Soil

Soil — the second-largest natural carbon sink after oceans — has an enormous capacity to capture atmospheric carbon dioxide.
When functioning with loads of microorganisms, adequate water, air, minerals, and organic matter, soils are very much alive and healthy, sustaining ecosystems.

COP27: Reflections on Adaptation and Loss & Damage

The Climate, Environment and Sustainability team at CSTEP organised a discussion on 12 December 2022 to reflect on the key conversations that happened during COP27. The objective was to encourage dialogue among the climate community in India to speed up adaptation processes. For more details, please refer to the concept note and agenda.

 

Watch the full recording of the event here.

 

 

Towards a Policy Framework for Financing Future Loss and Damage

The inclusion of loss and damage (L&D) to the COP27 agenda is a positive first step in achieving climate justice. While vulnerable nations have been fighting for its inclusion into global discourses for decades, the recent climate-induced disasters across the world, especially in Pakistan, have played a pivotal role in its induction.

Urban Climate Resilience: A Case for Used-Water Treatment

The world is urbanising at a rapid pace. The United Nation’s report, World Urbanization Prospects: The 2018 Revision, predicts that close to 70% of the world’s population will reside in an urban area by 2050, placing an enormous burden on natural resources, especially water.

Given that the impacts of climate change will be felt acutely by cities, especially in the Global South, there is a need to adopt new processes — such as used-water reuse — to help secure their future.

OPINION: Knowing what is at stake - Climate risk assessment for resilience and adaptation

Climate change will amplify the existing risks and create new risks for natural and socio-economic systems. These risks are unevenly distributed and experienced. They are often greater for the disadvantaged or marginalised people (particularly women and girls), and also depend on the geographic location of these communities or ecological systems, such as coasts or mountains. Failing to assess climate risks—current and future—can lead to resource wastage, or worse, maladaptation.

District-Level Changes in Climate: Historical Climate and Climate Change Projections for the North-Eastern States of India

The impacts of climate variability, climate change, and extreme events are visible globally and in India. The Global Climate Risk Index 2021 ranks India seventh, considering the extent to which India has been affected by the impacts of weather-related loss events (storms, floods, heatwaves, etc.). The index signals that the repercussions of escalating climate change are exacerbating and can no longer be ignored.

Realigning Developmental Programmes for Reducing Climate Vulnerability for Adaptation: Case Study of Mahatma Gandhi National Rural Employment Guarantee Scheme in India

India is vulnerable, in varying degrees, to multiple disasters. The risks are compounded due to inherent vulnerabilities related to socio-economic conditions, environmental and climate change. India has several flagship programmes with large budgets, delivering serendipitous adaptation. The MGNREGS is one such programme implementing works related to Natural Resource Management.

Warming Up to Climate Action – Agriculture and Buildings

This series of articles is a joint editorial initiative of ETEnergyworld and CSTEP. It will discuss some of the key sectors in terms of their contribution to India's total greenhouse gas emissions. In the first part of this series, we discussed the transport sector from a climate point of view and argued that a transport decarbonisation strategy should include diverse options for all segments to complement electrification.