Subsidence formula (Subsidence Overlay): Difference between revisions
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The total subsidence for year y is calculated as: | The total subsidence for year y is calculated as: | ||
<math>S_{y,max} = d_{tl,c} \cdot p_{c} - | <math>S_{y,max} = d_{tl,c} \cdot p_{c} - S_{y-1}</math> | ||
<math>S_{O,y} = min(S_{y,max},S_{O,y})</math> | <math>S_{O,y} = min(S_{y,max},S_{O,y})</math> | ||
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: <math>S_{O,y}</math> is the [[Oxidation formula (Subsidence Overlay)|subsidence due to oxidation]] in year y. | : <math>S_{O,y}</math> is the [[Oxidation formula (Subsidence Overlay)|subsidence due to oxidation]] in year y. | ||
: <math>S_{C,y}</math> is the [[Compaction formula (Subsidence Overlay)|subsidence due to compactions]] in year y.<noinclude> | : <math>S_{C,y}</math> is the [[Compaction formula (Subsidence Overlay)|subsidence due to compactions]] in year y.<noinclude> | ||
{{ | {{SubsidenceOverlay_nav}} | ||
</noinclude> | </noinclude> |
Latest revision as of 14:11, 23 February 2023
The total subsidence for year y is calculated as:
where
- is the peat fraction of the respective grid cell c.
- is the top layer thickness of the respective grid cell c.
- is the maximum possible subsidence in year y.
- is the total subsidence in year y
- is the subsidence due to oxidation in year y.
- is the subsidence due to compactions in year y.