Writing in Nature today, a group of 12 scholars from across the developing world made an unprecedented call for developing countries to lead on the research and evaluation of solar radiation management (SRM) geoengineering.
The consequences of solar geoengineering are still uncertain and developing countries could be most affected by its use. SRM would lower global temperatures and so could reduce some of the harmful effects of climate change that affect poor countries, such as higher temperatures, changes to rainfall patterns and stronger tropical cyclones. But it could have unexpected and damaging side effects, could cause international tensions and could distract policymakers from cutting carbon emissions. Without leadership from the Global South, Northern voices will set the policy agenda and developing countries will be left behind.
Read the full commentary in Nature.
Most research to date has taken place in Europe and North America. The Comment in Nature argues that developing countries have the most to gain or lose from SRM and should be central to international efforts to understand the technology.
The Comment’s co-signatories are a diverse group of distinguished scientists and NGO leaders, all of whom ran pioneering workshops to expand discussion of SRM in their countries or regions: Bangladesh, Brazil, China, Ethiopia, India, Jamaica, Kenya, Pakistan, the Pacific, the Philippines and Thailand.
Dr. Atiq Rahman, Director of the Bangladesh Centre for Advanced Studies and the Comment’s lead author, said: “Clearly SRM could be dangerous but we need to know whether, for countries like Bangladesh, it would be more or less risky than passing the 1.5C warming goal agreed by the UNFCCC. This matters greatly to people from developing countries and our voices need to be heard”.
Prof Paulo Artaxo, a Brazilian physicist and IPCC lead author, who helped organise the first major workshop on SRM in Brazil, agreed: “I support aggressive mitigation and am dubious that SRM will ever be safe enough to use, but developing countries have to lead on research to better understand what it might mean for them”.
The Comment is linked to the launch of a new SRM modelling fund for scientists in the South. The DECIMALS fund (Developing Country Impact Modelling Analysis for SRM) will provide grants to scientists who want to understand how SRM might affect their regions. It is being administered by The World Academy of Sciences (TWAS) and the SRM Governance Initiative, with funding support from the Open Philanthropy Project. The call for proposals is open until 29 May 2018 and scientists from across the Global South are encouraged to apply if they would like to better understand the impacts of SRM while stimulating a wider conversation about its risks and benefits. See full information about the grants, applicant eligibility, and the application process.
The Comment’s authors and co-signatories:
Dr. A Atiq Rahman
Executive Director, Bangladesh Centre for Advanced Studies (BCAS)
Prof Paulo Artaxo
Professor of Environmental Physics, University of São Paulo, Brazil
Dr Asfawossen Asrat
Professor of Geology, Addis Ababa University, Ethiopia
Project Director of the SRM Governance Initiative
Prof Tara Dasgupta
President, Caribbean Academy of Sciences - Jamaica
Dr Arunabha Ghosh,
CEO, Council on Energy, Environment and Water, India
Dr Aphiya Hathayatham
Vice President, National Science Museum of Thailand
Dr Rodel Lasco
Senior Scientist, World Agroforestry Centre (ICRAF), Philippines
Mr Penehuro Lefale
Director, LeA International, New Zealand
Prof John Moore
Chief Scientist, College of Global Change and Earth System Science, Beijing Normal University, China
Dr Abid Qaiyum Suleri
Executive Director, The Sustainable Development Policy Institute, Pakistan
Prof Nelson Torto
Executive Director, The African Academy of Sciences, Kenya
Details of publication:
Atiq Rahman, P Artaxo, A Asrat and A Parker (2018) “Developing countries must lead on solar geoengineering research” - Published in Nature