IUGG meeting
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Govindasamy Bala
Feb 8, 2023, 5:26:55 AM2/8/23
to geoengineering, Andrew Lockley, Andy Parker, longcao, Schmidt, Hauke, Simone Tilmes, John Moore, Kravitz, Ben, Irvine, Peter, Mike MacCracken
A gentle reminder.
The abstract submission deadline for the IUGG session on SRM in Berlin is 14 Feb 2023
M07 Earth System Response to Solar Radiation Modification: Modeling, Impacts and Uncertainties
Convener(s): Govindasamy Bala (India), Hauke Schmidt (Germany)Co-Convener(s): Long Cao (China), Simone Tilmes (USA), John Moore (China, Finland), Michael MacCracken (USA)
Description
To achieve temperature stabilization goals set by the Paris Agreement requires substantial reduction in greenhouse emissions and even net negative CO2 emissions, which is a grand challenge for the human society. Solar radiation modification (SRM), a class of climate intervention options that aims to cool the Earth by deflecting some more sunlight back to space, has attracted growing interest. Enhancement of the burden of reflective aerosols in the stratosphere, increasing the reflectivity of marine clouds by injecting cloud condensation nuclei and painting the urban roofs white are some examples. SRM research is still at an early stage, in particular with regard to efficiency, impacts and uncertainties of the different proposals. This session welcomes contributions to all aspects of SRM research, including modeling study of climate and Earth system response to various forms of SRM, benefits and side effects of different SRM approaches from local to global scales, and uncertainties underlying climate processes, geophysical response and ecosystem and societal impact of SRM. We also welcome studies on the engineering aspects of different SRM schemes and international governance of SRM.
To achieve temperature stabilization goals set by the Paris Agreement requires substantial reduction in greenhouse emissions and even net negative CO2 emissions, which is a grand challenge for the human society. Solar radiation modification (SRM), a class of climate intervention options that aims to cool the Earth by deflecting some more sunlight back to space, has attracted growing interest. Enhancement of the burden of reflective aerosols in the stratosphere, increasing the reflectivity of marine clouds by injecting cloud condensation nuclei and painting the urban roofs white are some examples. SRM research is still at an early stage, in particular with regard to efficiency, impacts and uncertainties of the different proposals. This session welcomes contributions to all aspects of SRM research, including modeling study of climate and Earth system response to various forms of SRM, benefits and side effects of different SRM approaches from local to global scales, and uncertainties underlying climate processes, geophysical response and ecosystem and societal impact of SRM. We also welcome studies on the engineering aspects of different SRM schemes and international governance of SRM.
With Best Wishes,
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G. Bala
Professor
Center for Atmospheric and Oceanic Sciences
Indian Institute of Science
Bangalore - 560 012
India
Tel: +91 80 2293 3428; +91 80 2293 2505
Fax: +91 80 2360 0865; +91 80 2293 3425
Email: gb...@iisc.ac.in; bala.gov@gmail.com
Google Scholar
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G. Bala
Professor
Center for Atmospheric and Oceanic Sciences
Indian Institute of Science
Bangalore - 560 012
India
Tel: +91 80 2293 3428; +91 80 2293 2505
Fax: +91 80 2360 0865; +91 80 2293 3425
Email: gb...@iisc.ac.in; bala.gov@gmail.com
Google Scholar
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