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DTSTAMP:20220812T074358Z
LOCATION:Montreal Room
DTSTART;TZID=Europe/Stockholm:20220627T101500
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UID:submissions.pasc-conference.org_PASC22_sess106_key101@linklings.com
SUMMARY:IK01 - From High-Resolution to Global Storm Resolving Models: Achi
 evements and Perspectives
DESCRIPTION:Keynote\n\nIK01 - From High-Resolution to Global Storm Resolvi
 ng Models: Achievements and Perspectives\n\nVidale\n\nThe increase in avai
 lability of high-performance computing has enabled global coupled models t
 o resolve some of the fundamental processes governing the climate system. 
 More explicit representation of eddies in the ocean and of weather systems
  in the atmosphere impacts the general circulation and reduces inter-model
  disagreement.<br /><br />More realistic simulation of the global hydrolog
 ical cycle at resolutions below 50 km underpins more trustworthy projectio
 ns of the availability of heat, carbon and water to land vs ocean ecosyste
 ms. Global “weather-resolving” models produce reliable global teleconnecti
 ons that govern regional changes in weather and climate, including extreme
 s (e.g. tropical cyclones). Resolving the ocean mesoscale produces “out-of
 -trajectory” future climates for Europe.<br /><br />Global storm-resolving
  models now operate in the resolution range of 1-10 km, removing some long
 -standing errors in the simulation of precipitation (location, organizatio
 n, diurnal cycle, intensity/frequency). However, uncertainties remain with
  respect to the adequacy of key parameterisations at such scales, motivati
 ng research on global cloud-resolving capability.\n\nDomain: Climate, Weat
 her and Earth Sciences
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