CliMA Land and Emerald simulations archive

<p>There was a bug in <span>SIF-MIP V1</span>, as I did not compute the total SIF emission correctly.</p> <p>Model Input</p> <ul> <li>FDOY : Floating number for day of year</li> <li>CHL : Chlorophyll content [ &mu;g cm⁻&sup2; ]</li> <li>CI : Clumping index</li> <li>CO2 : CO2 concentration [ ppm ]</li> <li>LAI : Leaf area index</li> <li>RAD_LW : Longwave radiation [ W m⁻&sup2; ]</li> <li>P_ATM : Atmospheric pressure [ Pa ]</li> <li>PRECIP : Equivalent precipitation [ m hour⁻&sup1; ]</li> <li>RAD_DIF : Diffuse radiation [ W m⁻&sup2; ]</li> <li>RAD_DIR : Direct radiation [ W m⁻&sup2; ]</li> <li>T_AIR : Air temperature [ K ]</li> <li>WIND : Wind speed [ m s⁻&sup1; ]</li> <li>VCMAX25 : Maximum carboxylation rate at 25 Celcius [ &mu;mol m⁻&sup2; s⁻&sup1; ]</li> <li>VPD : Vapor pressure deficit [ Pa ]</li> </ul> <p>Model Output</p> <ul> <li>MOD_SWC_1 : Soil water content of the 1st layer</li> <li>MOD_SWC_ICE_1 : Soil ice content of the 1st layer (equivalent water)</li> <li>MOD_SWC_2 : Soil water content of the 2nd layer</li> <li>MOD_SWC_ICE_2 : Soil ice content of the 2nd layer (equivalent water)</li> <li>MOD_SWC_3 : Soil water content of the 3rd layer</li> <li>MOD_SWC_ICE_3 : Soil ice content of the 3rd layer (equivalent water)</li> <li>MOD_SWC_4 : Soil water content of the 4th layer</li> <li>MOD_SWC_ICE_4 : Soil ice content of the 4th layer (equivalent water)</li> <li>MOD_SWC_5 : Soil water content of the 5th layer</li> <li>MOD_SWC_ICE_5 : Soil ice content of the 5th layer (equivalent water)</li> <li>MOD_T_SOIL_1 : Soil temperature of the 1st layer [ K ]</li> <li>MOD_T_SOIL_2 : Soil temperature of the 2nd layer [ K ]</li> <li>MOD_T_SOIL_3 : Soil temperature of the 3rd layer [ K ]</li> <li>MOD_T_SOIL_4 : Soil temperature of the 4th layer [ K ]</li> <li>MOD_T_SOIL_5 : Soil temperature of the 5th layer [ K ]</li> <li>&Phi;D : Weighted yield for heat dissipitation</li> <li>&Phi;N : Weighted yield for non-photochemical quenching</li> <li>&Phi;F : Weighted yield for fluorescence</li> <li>&Phi;P : Weighted yield for photochemistry</li> <li>PAR : PAR photons reaching the upper canopy [ &mu;mol m⁻&sup2; s⁻&sup1; ]</li> <li>APAR : PAR photons absorbed by leaf [ &mu;mol m⁻&sup2; s⁻&sup1; ]</li> <li>PPAR : PAR photons absorbed by photosystems and light harvest complexes [ &mu;mol m⁻&sup2; s⁻&sup1; ]</li> <li>GPP : Gross primary productivity [ &mu;mol m⁻&sup2; s⁻&sup1; ]</li> <li>ET_VEGE : Transpiration of the vegetation of a 80 m&sup2; ground [ mol s⁻&sup1; ]</li> <li>ET_SOIL : Evaporation of the soil [ mol m⁻&sup2; s⁻&sup1; ]</li> <li>&Sigma;SIF_CHL : Total SIF emitted by chlorophyll [ W m⁻&sup2; ]</li> <li>&Sigma;SIF_LEAF : Total SIF escaped from leaf surface [ W m⁻&sup2; ]</li> <li>&Sigma;SIF : Total SIF escaped from the canopy [ W m⁻&sup2; ]</li> <li>SIF740 : SIF at 740 nm at viewer direction (nadir) [ mW m⁻&sup2; nm⁻&sup1; sr⁻&sup1; ]</li> <li>BETA : Beta factor for stomatal conductance based on soil water content</li> </ul>