The MEMC model configuration for CORPSE
CORPSE_config.RdThe CORPSE configuration is based off of Sulman et al. 2018. This model uses RMM for DOM uptake, LM for POM decomposition, and LM for MB decay; see dynamics for more details.
Format
An object created from memc_configure, containing the following elements.
- name
CORPSE
- table
table of the dynamics used by this model configuration; see dynamics for more details.
- params
data table of the model parameters; see memc_params for more details.
- state
vector of the initial state values; see memc_initial_state for more details.
References
Sulman et al.: Multiple models and experiments underscore large uncertainty in soil carbon dynamics, Biogeochemistry, 141, 109–123, 2018. https://doi.org/10.1007/s10533-018-0509-z
See also
Other configurations:
BAMS_config,
COMISSION_config,
MEMS_config,
MEND_config,
MIMCS_config
Examples
## Use memc_solve to run the simulation using this configuration.
print(CORPSE_config)
#> $name
#> [1] "CORPSE"
#>
#> $table
#> model DOMuptake POMdecomp MBdecay
#> 1 CORPSE RMM LM LM
#>
#> $params
#> parameter description
#> 1 V_p maximum specific decomposition rate for POM by EP
#> 2 K_p half-saturation constant for decomposition of POM
#> 3 V_m maximum specific decomposition rate for MOM by EM
#> 4 K_m half-saturation constant for decomposition of MOM
#> 5 V_d maximum specific uptake rate of D for growth of MB
#> 6 K_d half-saturation constant of uptake of D for growth of MB
#> 7 f_d fraction of decomposed P allocated to DOM
#> 8 g_d fraction of dead B allocated to DOM
#> 9 p_ep fraction of mR for production of EP
#> 10 p_em fraction of mR for production of EM
#> 11 r_ep turnover rate of EP
#> 12 r_em turnover rate of EM
#> 13 Q_max maximum DOC sorption capacity
#> 14 K_ads specific adsorption rate
#> 15 K_des desorption rate
#> 16 dd_beta strength of density dependent microbial decay
#> 17 Input_POM POM input
#> 18 Input_DOM DOM input
#> 19 CUE carbon use efficiency
#> units value
#> 1 mgC mgC^-1 d^-1 14.000
#> 2 mgC / g soil 50.000
#> 3 mgC mgC^-1 d^-1 0.250
#> 4 mg C/g soil 250.000
#> 5 mgC mgC^-1 d^-1 3.000
#> 6 mg C/g soil 0.250
#> 7 <NA> 0.500
#> 8 <NA> 0.500
#> 9 <NA> 0.010
#> 10 <NA> 0.010
#> 11 mgC mgC^-1 d^-1 0.001
#> 12 mgC mgC^-1 d^-1 0.001
#> 13 mgC / g soil 3.400
#> 14 mgC mgC^-1 d^-1 0.006
#> 15 mgC mgC^-1 d^-1 0.001
#> 16 <NA> 1.000
#> 17 mg C 0.000
#> 18 mg C 0.000
#> 19 0.400
#>
#> $state
#> POM MOM QOM MB DOM EP EM IC
#> 10.00000 5.00000 0.10000 2.00000 1.00000 0.00001 0.00001 0.00000
#> Tot
#> 18.10002
#>
memc_solve(mod = CORPSE_config, time = 1:10)
#> time variable value units name
#> <num> <fctr> <num> <char> <char>
#> 1: 1 POM 1.000000e+01 mg C/g soil CORPSE
#> 2: 2 POM 8.702262e-02 mg C/g soil CORPSE
#> 3: 3 POM 4.495537e-02 mg C/g soil CORPSE
#> 4: 4 POM 2.186990e-02 mg C/g soil CORPSE
#> 5: 5 POM 1.058152e-02 mg C/g soil CORPSE
#> 6: 6 POM 5.117130e-03 mg C/g soil CORPSE
#> 7: 7 POM 2.474830e-03 mg C/g soil CORPSE
#> 8: 8 POM 1.197683e-03 mg C/g soil CORPSE
#> 9: 9 POM 5.800361e-04 mg C/g soil CORPSE
#> 10: 10 POM 2.810992e-04 mg C/g soil CORPSE
#> 11: 1 MOM 5.000000e+00 mg C/g soil CORPSE
#> 12: 2 MOM 1.062332e+01 mg C/g soil CORPSE
#> 13: 3 MOM 1.107449e+01 mg C/g soil CORPSE
#> 14: 4 MOM 1.129847e+01 mg C/g soil CORPSE
#> 15: 5 MOM 1.140671e+01 mg C/g soil CORPSE
#> 16: 6 MOM 1.145872e+01 mg C/g soil CORPSE
#> 17: 7 MOM 1.148352e+01 mg C/g soil CORPSE
#> 18: 8 MOM 1.149517e+01 mg C/g soil CORPSE
#> 19: 9 MOM 1.150047e+01 mg C/g soil CORPSE
#> 20: 10 MOM 1.150268e+01 mg C/g soil CORPSE
#> 21: 1 QOM 1.000000e-01 mg C/g soil CORPSE
#> 22: 2 QOM 1.145557e-01 mg C/g soil CORPSE
#> 23: 3 QOM 1.189325e-01 mg C/g soil CORPSE
#> 24: 4 QOM 1.211477e-01 mg C/g soil CORPSE
#> 25: 5 QOM 1.224851e-01 mg C/g soil CORPSE
#> 26: 6 QOM 1.234069e-01 mg C/g soil CORPSE
#> 27: 7 QOM 1.241285e-01 mg C/g soil CORPSE
#> 28: 8 QOM 1.247537e-01 mg C/g soil CORPSE
#> 29: 9 QOM 1.253326e-01 mg C/g soil CORPSE
#> 30: 10 QOM 1.258897e-01 mg C/g soil CORPSE
#> 31: 1 MB 2.000000e+00 mg C/g soil CORPSE
#> 32: 2 MB 1.991354e+00 mg C/g soil CORPSE
#> 33: 3 MB 1.015993e+00 mg C/g soil CORPSE
#> 34: 4 MB 4.937394e-01 mg C/g soil CORPSE
#> 35: 5 MB 2.388665e-01 mg C/g soil CORPSE
#> 36: 6 MB 1.155142e-01 mg C/g soil CORPSE
#> 37: 7 MB 5.587535e-02 mg C/g soil CORPSE
#> 38: 8 MB 2.704091e-02 mg C/g soil CORPSE
#> 39: 9 MB 1.309532e-02 mg C/g soil CORPSE
#> 40: 10 MB 6.346966e-03 mg C/g soil CORPSE
#> 41: 1 DOM 1.000000e+00 mg C/g soil CORPSE
#> 42: 2 DOM 1.158808e+00 mg C/g soil CORPSE
#> 43: 3 DOM 5.128399e-01 mg C/g soil CORPSE
#> 44: 4 DOM 2.942097e-01 mg C/g soil CORPSE
#> 45: 5 DOM 1.929027e-01 mg C/g soil CORPSE
#> 46: 6 DOM 1.442428e-01 mg C/g soil CORPSE
#> 47: 7 DOM 1.208025e-01 mg C/g soil CORPSE
#> 48: 8 DOM 1.095501e-01 mg C/g soil CORPSE
#> 49: 9 DOM 1.042048e-01 mg C/g soil CORPSE
#> 50: 10 DOM 1.017287e-01 mg C/g soil CORPSE
#> 51: 1 EP 1.000000e-05 mg C/g soil CORPSE
#> 52: 2 EP 2.721961e-02 mg C/g soil CORPSE
#> 53: 3 EP 4.475479e-02 mg C/g soil CORPSE
#> 54: 4 EP 5.339768e-02 mg C/g soil CORPSE
#> 55: 5 EP 5.755449e-02 mg C/g soil CORPSE
#> 56: 6 EP 5.953327e-02 mg C/g soil CORPSE
#> 57: 7 EP 6.045858e-02 mg C/g soil CORPSE
#> 58: 8 EP 6.087460e-02 mg C/g soil CORPSE
#> 59: 9 EP 6.104440e-02 mg C/g soil CORPSE
#> 60: 10 EP 6.109512e-02 mg C/g soil CORPSE
#> 61: 1 EM 1.000000e-05 mg C/g soil CORPSE
#> 62: 2 EM 2.721961e-02 mg C/g soil CORPSE
#> 63: 3 EM 4.475479e-02 mg C/g soil CORPSE
#> 64: 4 EM 5.339768e-02 mg C/g soil CORPSE
#> 65: 5 EM 5.755449e-02 mg C/g soil CORPSE
#> 66: 6 EM 5.953327e-02 mg C/g soil CORPSE
#> 67: 7 EM 6.045858e-02 mg C/g soil CORPSE
#> 68: 8 EM 6.087460e-02 mg C/g soil CORPSE
#> 69: 9 EM 6.104440e-02 mg C/g soil CORPSE
#> 70: 10 EM 6.109512e-02 mg C/g soil CORPSE
#> 71: 1 IC 0.000000e+00 mg C/g soil CORPSE
#> 72: 2 IC 4.070518e+00 mg C/g soil CORPSE
#> 73: 3 IC 5.243301e+00 mg C/g soil CORPSE
#> 74: 4 IC 5.763793e+00 mg C/g soil CORPSE
#> 75: 5 IC 6.013364e+00 mg C/g soil CORPSE
#> 76: 6 IC 6.133953e+00 mg C/g soil CORPSE
#> 77: 7 IC 6.192299e+00 mg C/g soil CORPSE
#> 78: 8 IC 6.220554e+00 mg C/g soil CORPSE
#> 79: 9 IC 6.234252e+00 mg C/g soil CORPSE
#> 80: 10 IC 6.240900e+00 mg C/g soil CORPSE
#> 81: 1 Tot 1.810002e+01 mg C/g soil CORPSE
#> 82: 2 Tot 1.402950e+01 mg C/g soil CORPSE
#> 83: 3 Tot 1.285672e+01 mg C/g soil CORPSE
#> 84: 4 Tot 1.233623e+01 mg C/g soil CORPSE
#> 85: 5 Tot 1.208666e+01 mg C/g soil CORPSE
#> 86: 6 Tot 1.196607e+01 mg C/g soil CORPSE
#> 87: 7 Tot 1.190772e+01 mg C/g soil CORPSE
#> 88: 8 Tot 1.187947e+01 mg C/g soil CORPSE
#> 89: 9 Tot 1.186577e+01 mg C/g soil CORPSE
#> 90: 10 Tot 1.185912e+01 mg C/g soil CORPSE
#> time variable value units name