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TZUNTIL:20250330T010000Z
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DTSTART:20221030T030000
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RDATE:20241027T030000
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DTSTAMP:20260813T231607Z
DESCRIPTION:Semi-arid rangelands are dryland ecosystems that provide import
 ant ecosystem services and are predicted to be highly vulnerable to drough
 t and land use increase as main drivers of global change. Although annual 
 plants are the dominant life form in many semi-arid rangelands\, most of t
 he knowledge on drylands vegetation responses to global change is based on
  perennial plant species. To improve projections of global change impacts 
 on community composition and ecosystem function of dryland ecosystems\, we
  need to gain a greater understanding of the mechanisms underlying drought
  and grazing responses in winter annuals. In this talk\, I will summarise 
 our recent results on a novel functional trait framework for winter annual
 s from semi-arid rangelands\, providing data on their key strategies for d
 rought and grazing resistance\, how they relate to community-level respons
 es to grazing and drought in the short and long term\, and to their distri
 bution over a steep rainfall gradient in the eastern Mediterranean.\n&nbsp
 \;\n**Adjunct BayCEER member\, invited by BayCEER member Bettina Engelbrec
 ht
DTSTART;TZID=Europe/Berlin:20230713T121500
DTEND;TZID=Europe/Berlin:20230713T134500
SUMMARY:Leonor Álvarez-CansinoProf. Dr. Leonor Álvarez-Cansino\, Department
  of Plant Biology and Ecology\, University of Seville\, Spain (Homepage): 
 A trait-based conceptual framework for annual plants responses to drought 
 and grazing in semi-arid rangelands
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