On 19 November in Dhaka, adelphi partnered with the International Centre for Climate Change and Development (ICCCAD) to hold a roundtable and discussion on climate change and fragility risks in South Asia.
As disasters wreak havoc all over South Asia, health impacts have increasingly emerged as a major concern for communities and governments in the region. It underscores the need for concerted efforts towards building synergies between the Paris Agreement, the Sendai Framework for Disaster Risk Reduction and the 2030 Sustainable Development Agenda, particularly now, in the post-disaster reconstruction phase, to ensure “building back better” and future disaster prevention.
As India grapples with the worsening impacts of climate change, the need to strengthen its adaptation efforts has become more significant than ever. Climate diplomacy and mainstreaming climate adaptation into the most vulnerable sectors could provide some solutions to overcoming barriers, such as the lack of sustainable funding.
A multi-sectoral and multilateral approach to South Asia's rivers could provide sustainable development, but it needs to include those already marginalised by a narrow development path.
Women are vital for effective climate policy making and implementation. In South Asia, more needs to be done on systematically integrating women into policy processes - as active stakeholders and not merely as victims of climate risks.
The so-called Vulnerable Twenty (V20) Group was established in October 2015 with the inaugural meeting of the V20 Ministers of Finance at the Climate Vulnerable Forum in Lima, Peru. The V20 can be considered as an example of the importance of early action in the field of adaptation in order to initiate a transformative change towards resilient societies.
A new report released in May by Displacement Solutions and Yangon-based Ecodev urges the government of Myanmar to immediately establish a Myanmar National Climate Land Bank (MNCLB) to prepare the country and its people for massive climate displacement.
A new USAID report focuses on the intersection of climate exposure and state fragility worldwide. It finds that the factors that make a country vulberable to large-scale conflict are similar to those that make it vulnerable to climate change. The report thus offers a way for global audiences with an interest in climate and security to identify places of high concern.
In July 2018, a partially completed dam in Laos’ Attapeu province collapsed, washing away people and villages in its path. Hundreds of people were missing and more than six thousand lost their homes. And after last summer’s hurricanes, U.S. citizens in Houston and Puerto Rico escaped death but were forced to evacuate when dams were flooded. Dam failure can be catastrophic for people, property, and power – and the risks are rising.
In 2018, many countries, including India, have been at the receiving end of the worst disasters the world has ever witnessed. It is imperative that they adopt a human security approach to achieve “freedom from hazard impacts” – nationally through a scientific disaster risk reduction strategy, and internationally through climate diplomacy.
The experience of the Saralbhanga River, which flows from Bhutan to India, shows the power of involving local people in river management.
China’s vision of a global energy system overemphasises the benefits of connectivity. Planners and investors also have to consider the potential impacts on biodiversity and local community livelihoods from different power generation methods and find ways to prevent them.
Ignoring cross border impacts of large infrastructure projects will spark conflict along rivers, argues Peter King. National level environmental impact assessments that ignore cross border impacts are likely to create conflict between countries.
Peat areas have played a pivotal role in conflicts globally, and have also been a point of contention during post-conflict recovery. Communities in Southeast Asia as well as in the countries of the Congo are facing challenges as finding political solutions for this problem.