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SUMMARY:Land surface model TerM: design\, applications and HPC aspects
DTSTART;VALUE=DATE-TIME:20231206T090000Z
DTEND;VALUE=DATE-TIME:20231206T091500Z
DTSTAMP;VALUE=DATE-TIME:20260310T194235Z
UID:indico-contribution-1910@events.chpc.ac.za
DESCRIPTION:Speakers: Victor Stepanenko (Moscow State University)\nTerrest
 rial model (TerM) is the land surface scheme developed jointly at the Inst
 itute of Numerical Mathematics RAS and Moscow State University. It has bee
 n originally a part of INM-CM Easth system model and SL-AV weather forecas
 ting system\, and is responsible for providing fluxes of radiation\, heat\
 , moisture and greenhouse gases to the atmosphere from the land surface. T
 erM uses multilayer soil\, snow and lake models\, vegetation controls on e
 vaporation and energy exchange\, terrestrial carbon and methane cycles. Te
 rM is currently implemented also in a standalone mode\, enabling more flex
 ibility in land surface research. The standalone TerM includes advanced ri
 ver routing scheme\, and can be used in single-column\, regional and globa
 l domains of arbitrary longitude-latitude regular mesh\, forced by meteoro
 logical observations\, reanalysis\, or climate models data. It is suppleme
 nted with preprocessing system supplying external data on land cover types
 \, soil\, lakes\, rivers\, etc. To increase the model performance\, an aut
 omatic calibration system is developed. The model is implemented for multi
 core systems using MPI+OpenMP technologies. We present examples of the Ter
 M application for hydrological and carbon cycle studies.\n\nhttps://events
 .chpc.ac.za/event/125/contributions/1910/
LOCATION:Skukuza 1-1-2 - Ndau
URL:https://events.chpc.ac.za/event/125/contributions/1910/
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