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TZUNTIL:20250330T010000Z
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UID:www.bayceer.uni-bayreuth.de-bayceer-t167914id
DTSTAMP:20260816T061859Z
DESCRIPTION:Finding alternative solutions to compensate for greenhouse gas 
 emissions produced by industrial countries has been growing in popularity 
 in recent years due to the lack of progress in transforming our economies 
 towards carbon neutrality and net zero CO2. Thus\, improving carbon storag
 e in soils and the biosphere as a promising nature-based solution to comba
 t climate change is receiving more and more attention with little understa
 nding how this can be achieved globally and in a sustainable way.\nMany of
  our expectations in finding nature-based solutions rely on vast\, less de
 veloped &ndash\;but nevertheless populated and rapidly changing&ndash\; re
 gions of the Global South. At the same time\, concepts and assumptions abo
 ut which solutions work for increasing long-term carbon capture in tropica
 l ecosystems are based on knowledge gathered largely from the Global North
  in often fundamentally different environmental settings and different dev
 elopment history.&nbsp\;\nIn my talk I will illustrate how these knowledge
  gaps and our lack of understanding of tropical carbon and nutrient cyclin
 g mislead us into thinking that we can find easy solutions in the Tropics 
 to mitigate climate change. I will pair my analysis with an outlook on the
  socioeconomic drivers behind land use change\, particularly in sub-Sahara
 n Africa as a constraint for nature based solutions.
DTSTART;TZID=Europe/Berlin:20230525T000000
DTEND;TZID=Europe/Berlin:20230525T235959
SUMMARY:Prof. Dr. Sebastian Dötterl\, Professur für Bodenressourcen\, ETH Z
 ürich (Homepage): Nature based solutions for climate mitigation in the Glo
 bal South: When missing understanding for tropical soils and ecosystems me
 ets socio-ecological reality
TRANSP:TRANSPARENT
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