Difference between revisions of "Process representation across tools"
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! scope="col" style="background: #CEF2CE; width:15em" |ACRU4 | ! scope="col" style="background: #CEF2CE; width:15em" |ACRU4 | ||
! scope="col" style="background: #F2F2CE; width:15em" |SWAT2012 | ! scope="col" style="background: #F2F2CE; width:15em" |SWAT2012 | ||
− | ! scope="col" style="background: #CEE6F2; width:15em" |MIKE-SHE, [[Coverage of structural options within modelling tools#MIKE-SHE|semi-distributed & fully distributed]] | + | ! scope="col" style="background: #CEE6F2; width:15em" |MIKE-SHE,<br/>[[Coverage of structural options within modelling tools#MIKE-SHE|semi-distributed & fully distributed]] |
|- | |- | ||
| style="vertical-align: top" |'''Algorithm inputs''' | | style="vertical-align: top" |'''Algorithm inputs''' |
Revision as of 08:26, 24 November 2023
PAGE IN PROGRESS - MORE COMING SOON!
building process representation overview tables + links to more specific pages about individual processes
Canopy interception and evaporation vs throughfall
Algorithm description | WRSM-Pitman | SPATSIM-Pitman | ACRU4 | SWAT2012 | MIKE-SHE, semi-distributed & fully distributed |
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Algorithm inputs |
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Canopy interception is not explicitly modelled when using daily timestep modelling. |
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Function type | exponential & threshold | exponential & threshold | threshold | threshold | |
Thresholds |
yes:
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yes:
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yes:
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yes:
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