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TZUNTIL:20271031T010000Z
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DTSTAMP:20260913T131610Z
DESCRIPTION:Global change\, such as land use intensification\, invasive spe
 cies and of course of climate change\, can disrupt biotic interactions\, f
 or example leading to emerging diseases or declines in population health. 
 We combine studies of wild assemblages of bees and other pollinators with 
 omics approaches and experimental studies to understand how global change 
 affects biotic interactions in these beneficial insects\, crucial for the 
 maintenance of biodiversity and human food security. For example\, we stud
 y how the anthropogenic de-novo acquisition of vector-borne transmission h
 as led to disease emergence and changes in pathogen ecology in wild and ma
 naged bees and how land-use intensification affects pollinator health. Thi
 s sheds light on fundamental evolutionary ecology\, such as what drives th
 e evolution of virulence\, but at the same time identifies conservation st
 rategies that can mitigate the effects of climate change on pollinator com
 munities.
DTSTART;TZID=Europe/Berlin:20251113T000000
DTEND;TZID=Europe/Berlin:20251113T235959
LOCATION:H6\, Geo
SUMMARY:Prof. Dr. Lena Wilfert\, University of Regensburg (Homepage): Polli
 nators in the Anthropocene: evolution and ecology of bees and their microb
 es in the face of global change
TRANSP:TRANSPARENT
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