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@ -176,7 +176,7 @@ One might be interested in carbon fluxes like Net Ecosystem Exchange (NEE), Gros
Below we list the most common output variables that can be calculated by the model.
#+BEGIN_SRC text
50 tsoil[0] - soil temperature of the topmost soil layer (0-3 cm) [Celsius]
50 tsoil[0] - soil temperature of the topmost soil layer (0-3 cm) [Celsius]
171 evapotranspiration [kgH2O/m2/day, equivalent with mm/day]
518 soil1c_total - total soil organic carbon content in the 1st soil pool [kgC/m2]
519 soil2c_total - total soil organic carbon content in the 2nd soil pool [kgC/m2]
@ -186,7 +186,7 @@ Below we list the most common output variables that can be calculated by the mod
313 fruitc - carbon content of the fruit/yield pool [kgC/m2] (this is used for frop yield estimation)
2527 plant height [m]
2528 NDVI [dimless]
2520 proj_lai - this is what we typically refer as Leaf Area Index [LAI]
2520 proj_lai - this is what we typically refer as Leaf Area Index (LAI) [m2/m2]
2603 vwc[0] - volumetric soil water content of the 1st layer (0-3 cm) [m3/m3]
2604 vwc[1] - volumetric soil water content of the 2nd layer (3-10 cm) [m3/m3]
2605 vwc[2] - volumetric soil water content of the 3rd layer (10-30 cm) [m3/m3]
@ -198,7 +198,7 @@ Below we list the most common output variables that can be calculated by the mod
3005 daily_nep - daily Net Ecosystem Production (estimated by -NEE) [kgC/m2/day]
3009 daily_gpp - daily Gross Primary Production [kgC/m2/day]
3037 cum_yieldC_HRV - harvested fruit that is crop yield in case of croplands [kgC/m2]
75 GDD - growing degree day, used for the phenophase length calculations
75 GDD - growing degree day, used for the phenophase length calculations
1531 SUM of the soil mineral NH4+ in the total soil column [kgN/m2]
1532 SUM of the soil mineral NO3- in the total soil column [kgN/m2]
3013 daily soil respiration [kgC/m2/day]
@ -207,11 +207,11 @@ Below we list the most common output variables that can be calculated by the mod
316 soft stem C - total soft stem carbon content [kgC/m2] (only for herbaceous vegetation)
407 standing dead biomass [kgC/m2] - that is the inactive standing plant pool not yet part of the litter pool
319 livestemC - aboveground live woody biomass [kgC/m2]
322 deadstemC - aboveground dead woody biomass [kg/m2]
322 deadstemC - aboveground dead woody biomass [kgC/m2]
401 CWD - coarse woody debris [kgC/m2]
#+END_SRC
A note from the Biome-BGC User's Guide: "Livewood is defined as the actively respiring woody tissue, that is, the lateral sheathing meristem of phloem tissue, plus any ray parenchyma extending radially into thexylem tissue. Deadwood consists of all the other woody material, including the heartwood, the xylem, and the bark."
A note from the Biome-BGC User's Guide: "Livewood is defined as the actively respiring woody tissue, that is, the lateral sheathing meristem of phloem tissue, plus any ray parenchyma extending radially into thexylem tissue. Deadwood consists of all the other woody material, including the heartwood, the xylem, and the bark." In this sense aboveground woody biomass can be calculated as the sum of output variables 319 and 322.
*** Perform Quick experiments