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TZUNTIL:20231029T010000Z
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DTSTAMP:20260815T205828Z
DESCRIPTION:Belowground symbiotic relationships of plants\, such as mycorrh
 iza\, represent important but yet underappreciated dimension of plant func
 tional diversity. While nearly all plant species on Earth possess one or m
 ultiple types of such relationships\, our understanding of their spatial d
 ynamics and response to environmental change is still in its infancy. Rece
 nt research has convincingly demonstrated that these symbioses constitute 
 a critical part of plant trait suits representing plant nutrient acquisiti
 on and conservation strategies. Till resent\, absence of global datasets d
 escribing geographic distribution of mycorrhizal types retarded research a
 imed to quantify global variation in plant traits related to mycorrhizas. 
 However\, in the past few years a good progress has been achieved in creat
 ion of large datasets describing variation and geographical distribution p
 atterns of mycorrhizal symbiosis. I will discuss the recent developments i
 n our understanding the of global variation in intensity and types of myco
 rrhizal root colonization\, environmental drivers thereof\, and potential 
 implications to ecosystem functioning.\n&nbsp\;\n*** invited by Prof. Joha
 nna Pausch\, Agroecology
DTSTART;TZID=Europe/Berlin:20211209T121500
DTEND;TZID=Europe/Berlin:20211209T134500
LOCATION:postponed to summer `22
SUMMARY:Prof. Dr. Nadia Soudzilovskaia\, Associate Professor\, Universiteit
  Leiden & Professor Ecosystem Functioning\, Hasselt University Belgium (Ho
 mepage): Understanding mycorrhizal functions across scales
TRANSP:TRANSPARENT
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