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DTSTAMP:20260408T004117Z
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DTSTART:20241206T130000Z
DTEND:20241206T150000Z
DESCRIPTION:The European Research Infrastructures (RI) on plant phenotyping
  (EMPHASIS)\, ecosystems experimentation ( AnaEE )\, long term observation
  ( eLTER ) and data management and bioinformatics (ELIXIR) join their forc
 es in the EU funded project PHENET to codevelop next generation of tools\,
  methods for the development of crop varieties\, agricultural management p
 ractices to face future climatic scenarios across Europe and accompany agr
 oecological transition. These tools are tested in a range of use cases add
 ressing specific scientific questions and will result in new services that
  will be implemented and available within the RIs involved in PHENET.\nWit
 h this webinar series we provide an overview of the nine PHENET use cases\
 , we address their scientific questions\, present the tools that will be d
 eveloped and provide a platform for a discussion and exchange with differe
 nt stakeholders from academia and industry. Each webinar will include mult
 iple speakers addressing a methodological section with presentation of lat
 est developments in hardware\, software\, modelling solutions followed by 
 applications of these methods to address relevant scientific questions ill
 ustrating how next generation phenotyping and envirotyping tools and metho
 ds can help\nto analyse different facets of the soil component\, to explor
 e the complex biotic interactions in agroecosystems\, to decipher the comp
 lex genotypes by environment interaction\, and to foresee how these tools 
 and methods can be used to assess crops and forests across scales.\n\nSpea
 kers\nBertrand Muller\, INRAE\n- Introduction of PHENET and the webinar\nI
 oannis Athanasiadis\, WUR\n- Artificial intelligence in plant phenotyping 
 towards end to end models\nDavid Rousseau\, Univ. Angers\n- Adaptable phen
 otyping devices with AI embedded targeted towards\nagroecological traits\n
 Raul Lopez Lozano\, INRAE \n- Model assisted wheat phenotyping to predict 
 genotype performance and adaptation to future environmental conditions\nWa
 lter Guerra\, Laimburg \n- High throughput phenotyping on apple
SUMMARY:Genotypes x environment interactions across scales
URL;VALUE=URI:https://www.phenet.eu/en/news-events/phenet_webinar_series/re
 gistration-phenet-webinar
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