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Update MEDUSA DOCU : Rivers authored by julpal's avatar julpal
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...@@ -120,8 +120,8 @@ first runs did not work because of something in the newly made river input files ...@@ -120,8 +120,8 @@ first runs did not work because of something in the newly made river input files
The difference decrease in `LS400`, but the interesting bit here, is that we loose DIC compare to the `no-river` run, although we add the river nutrients... The difference decrease in `LS400`, but the interesting bit here, is that we loose DIC compare to the `no-river` run, although we add the river nutrients...
Looking at the river, we might understand what's going on : Looking at the river, we might understand what's going on :
Here `LS200`: Here `LS200`:
<img src="uploads/21b7054deefbdae89b3eaf6395662829/image.png" width=49%> <img src="uploads/21b7054deefbdae89b3eaf6395662829/image.png" width=49%>
<img src="uploads/d627423cc33edc7804850527fdaa68de/image.png" width=49%> <img src="uploads/d627423cc33edc7804850527fdaa68de/image.png" width=49%>
The problem seems to come from the mismatch between DIN and DIC riverine inputs. PP is boosted by the N supply, where no DIC is added and where fresh water arrives. DIC is driven down by the PP, and probably bellow 0.0 because of the fresh water and advection. The problem seems to come from the mismatch between DIN and DIC riverine inputs. PP is boosted by the N supply, where no DIC is added and where fresh water arrives. DIC is driven down by the PP, and probably bellow 0.0 because of the fresh water and advection.
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