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TZID:Europe/Berlin
TZUNTIL:20251026T010000Z
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DTSTART:20231029T030000
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UID:www.bayceer.uni-bayreuth.de-bayceer-t168965id
DTSTAMP:20260818T143933Z
DESCRIPTION:A future warmer and drier climate will heavily restrict tree wa
 ter uptake\, transpiration and photosynthesis\, and thereby affect the who
 le soil-plant-atmosphere continuum. Trees can acclimate to environmental c
 hange\, but the extent to which they are capable to modify leaf physiology
 \, leaf anatomy or whole-plant morphology under heat and drought stress ar
 e not well known. This has consequences both for trees in forests\, where 
 long-term responses of species with different water-use strategies are bei
 ng investigated\, as well as in cities\, where trees have important benefi
 cial effects on human well-being.\nIn this colloquium I will lay out where
  we are in our current understanding of the physiological\, anatomical and
  morphological acclimation responses of trees to heat and drought stress. 
 The study systems include experimental set-ups with heat and drought treat
 ments\, as well as field studies in forest ecosystems. In several recent r
 esearch projects\, we have been observing acclimation in a number of tree 
 functional traits\, but many traits also seem to be relatively static. Usi
 ng mechanistic soil-plant-atmosphere models I've been studying the consequ
 ences this has on the whole-plant carbon and water budget. I will conclude
  the talk by going from the forest to the city and present the challenges 
 trees face in this environment\, as well as their benefits and how we can 
 better understand them to improve urban green infrastructure.\n&nbsp\;\n**
 *invited by BayCEER-member Lisa H&uuml\;lsmann
DTSTART;TZID=Europe/Berlin:20231109T121500
DTEND;TZID=Europe/Berlin:20231109T134500
SUMMARY:Dr. Christoph Bachofen\, EPFL Lausanne\, Plant Ecology Research Lab
 oratory (Homepage): From the forest to the city: understanding tree intera
 ctions with the urban microclimate
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