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DTSTART;TZID=Europe/Stockholm:20230626T120000
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UID:submissions.pasc-conference.org_PASC23_sess175_pap110@linklings.com
SUMMARY:Longitudinal Effects on Plant Species Involved in Agriculture and 
 Pandemic Emergence Undergoing Changes in Abiotic Stress
DESCRIPTION:Paper\n\nMikaela Cashman (Lawrence Berkeley National Laborator
 y); Verónica G. Melesse Vergara and John Lagergren (Oak Ridge National Lab
 oratory); Matthew Lane, Jean Merlet, and Mikaela Atkinson (University of T
 ennessee); Jared Streich (Oak Ridge National Laboratory); Christopher Brad
 burne (Johns Hopkins Whiting School of Engineering); Raina Plowright (Corn
 ell University); and Wayne Joubert and Daniel Jacobson (Oak Ridge National
  Laboratory)\n\nIn this work we identify changes in high-resolution zones 
 across the globe linked by environmental similarity that have implications
  for agriculture, bioenergy, and zoonosis. We refine exhaustive vector com
 parison methods with improved similarity metrics as well as provide multip
 le methods of amalgamation across 744 months of climatic data. The results
  of the vector comparison are captured as networks which are analyzed usin
 g static and longitudinal comparison methods to reveal locations around th
 e globe experiencing dramatic changes in abiotic stress. Specifically we (
 i) incorporate updated similarity scores and provide a comparison between 
 similarity metrics, (ii) implement a new feature for resource optimization
 , (iii) compare an agglomerative view to a longitudinal view, (iv) compare
  across 2-way and 3-way vector comparisons, (v) implement a new form of an
 alysis, and (vi) demonstrate biological applications and discuss implicati
 ons across a diverse set of species distributions by detecting changes tha
 t affect their habitats. Species of interest are related to agriculture (e
 .g., coffee, wine, chocolate), bioenergy (e.g., poplar, switchgrass, penny
 cress), as well as those living in zones of concern for zoonotic spillover
  that may lead to pandemics (e.g., eucalyptus, flying foxes).\n\nDomain: L
 ife Sciences\n\nSession Chair: Yan Liu (EPFL)
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