You signed in with another tab or window. Reload to refresh your session.You signed out in another tab or window. Reload to refresh your session.You switched accounts on another tab or window. Reload to refresh your session.Dismiss alert
In some cases, SNO3, SNH4 and UREA in the soil layers are getting negative values. This is happening because calculated values of DLTSNO3, DLTSNH4, and DLTUREA are negative (which is acceptable), but these calculated values sometimes exceed the actual values of SNO3, SNH4, and UREA in the soil layer (which is incorrect). It is necessary to Identify what is happening with DLTSNO3, DLTSNH4 and DLTUREA.
The text was updated successfully, but these errors were encountered:
Yes, it is related to it but we still need to conduct a further investigation on DLTSNO3, DLTSNH4, and DLTUREA. We are planning to do that during the DSSAT Sprint.
File: SOILNI.for.
Lines:
SNO3(L) = SNO3(L) + DLTSNO3(L)
SNH4(L) = SNH4(L) + DLTSNH4(L)
UREA(L) = UREA(L) + DLTUREA(L)
In some cases, SNO3, SNH4 and UREA in the soil layers are getting negative values. This is happening because calculated values of DLTSNO3, DLTSNH4, and DLTUREA are negative (which is acceptable), but these calculated values sometimes exceed the actual values of SNO3, SNH4, and UREA in the soil layer (which is incorrect). It is necessary to Identify what is happening with DLTSNO3, DLTSNH4 and DLTUREA.
The text was updated successfully, but these errors were encountered: