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sib_pbpopts
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t 1 'www ' 1 ' WWW: Soil wetness (-) $'
t 1 'tsoildeep ' 2 ' DEEPT: Deep soil temperature (K) $'
t 1 'csolid ' 3 ' soil heat capacity $'
t 1 'node_z ' 4 ' layer node depth (meters) $'
t 1 'soilscale ' 5 ' soilscale (-)'
t 0 'hfss ' 1 ' SURFACE SENSIBLE HEAT FLUX(W/M^2) $'
t 0 'hfsl ' 2 ' SURFACE LATENT HEAT FLUX (W/M^2) $'
f 0 'stomres ' 3 ' stomatal resistance $'
t 0 'assimn ' 4 ' ASSIMN: Canopy net photosynthesis (micromoles/m^2/s) $'
t 0 'respg ' 5 ' ground respiration (micromoles/m^2/sec) $'
t 0 'nee ' 6 ' nee (respg-assimn)(micromoles C/m^2/sec) $'
f 0 'nee-cflux ' 7 ' nee (cflux) (micromoles C/m^2/sec) $'
f 0 'gt ' 8 ' surface (ground or snow) temperature(K) $'
f 0 'tcan ' 9 ' Tc: canopy temperature (K) $'
t 0 'ea ' 10 ' Ea: Canopy air space vapor pressure (mb) $'
t 0 'ta ' 11 ' Ta: Canopy air space temperature (K) $'
f 0 'em ' 12 ' Em: Mixing layer vapor pressure (mb) $'
f 0 'hura ' 13 ' RHA: Canopy air space relative humidity (-) $'
f 0 'capac1 ' 14 ' liquid on canopy (kg/m^2) $'
f 0 'capac2 ' 15 ' liquid on ground (kg/m^2) $'
f 0 'sn1 ' 16 ' snow on canopy (kg/m^2) $'
f 0 'nsl ' 17 ' number of snow layers $'
f 0 'areas ' 18 ' fractional snow coverage $'
f 0 'snow_mass ' 19 ' mass of snow on ground (kg/m^2) $'
f 0 'sn2 ' 20 ' depth of snow on ground (m) $'
t 0 'pco2ap ' 21 ' canopy air space pco2 (Pa) $'
t 0 'pco2c ' 22 ' chloroplast pco2 (Pa) $'
t 0 'pco2i ' 23 ' leaf internal pco2 (Pa) $'
t 0 'pco2s ' 24 ' leaf surface pco2 (Pa) $'
f 0 'runof ' 25 ' ROFF: total runoff (kg/m^2) $'
f 0 'q3l ' 26 ' QQQ: Subsurface runoff (kg/m^2) $'
f 0 'q3o ' 27 ' ROFFO: Overland runoff (kg/m^2) $'
t 0 'ra ' 28 ' RA: Aerodynamic resistance (s/m) $'
t 0 'rb ' 29 ' RB: Bulk canopy boundary layer resistance (s/m) $'
t 0 'rc ' 30 ' RC: Canopy resistance (s/m) $'
t 0 'rd ' 31 ' RD: Ground-canopy air space resistance (s/m) $'
f 0 'rsoil ' 32 ' RSOIL: Soil surface resistance (m/s) $'
t 0 'rstfac1 ' 33 ' RSTFAC(1): Humidity stress factor (-) $'
t 0 'rstfac2 ' 34 ' RSTFAC(2): Water stress factor (-) $'
t 0 'rstfac3 ' 35 ' RSTFAC(3): Temperature stress factor (-) $'
t 0 'rstfac4 ' 36 ' RSTFAC(4): Product of stress factors 1-3 (-) $'
t 0 'scatp ' 37 ' SCATP: Canopy transmittance + reflectance of PAR $'
t 0 'scatg ' 38 ' SCATG: Ground transmittance + reflectance of PAR $'
t 0 'park ' 39 ' PARK: Mean canopy absorption optical depth wrt PAR $'
t 0 'gmudmu ' 40 ' GMUDMU: Time mean leaf projection (-) $'
t 0 'aparkk ' 41 ' APARKK: Canopy PAR use factor (-) $'
t 0 'zlt ' 42 ' ZLT: Total leaf area index (-) $'
t 0 'green ' 43 ' GREEN: Fraction of zlt that is green (-) $'
f 0 'chf ' 44 ' CHF: Canopy heat storage flux (W/m^22) $'
f 0 'shf ' 45 ' SHF: Soil heat storage flux (W/m^2) $'
t 0 'hfc ' 46 ' HC: Canopy sensible heat flux (W/m^2) $'
t 0 'hfg ' 47 ' HG: Soil surface sensible heat flux (W/m^2) $'
t 0 'hfect ' 48 ' ECT: Canopy latent heat flux,transpiration (W/m^2) $'
t 0 'hfeci ' 49 ' ECI: Canopy latent heat flux, intercepted (W/m^2) $'
f 0 'hfegs ' 50 ' EGS: Soil surface latent heat flux (W/m^2) $'
f 0 'hfegi ' 51 ' EGI: Soil surface latent heat flux,intercepted (W/m^2) $'
f 0 'ess ' 52 ' ESS: snow surface latent heat flux (W m^-2) $'
t 0 'omepot ' 53 ' OMEPOT: Pot light limited photosynthesis(moles/m^2/s) $'
t 0 'assimpot ' 54 ' ASSIMPOT: Pot biochemical limited photosynthesis(moles/m^2/s) $'
f 0 'assimnp ' 55 ' ASSIMNP: Assimn scaled by aparkk (moles/m^2/s) $'
f 0 'antemp ' 56 ' ANTEMP: Assimn bottom stopped at zero (moles/m^2/s) $'
f 0 'wsfws ' 57 ' WSFWS: Intermediate assimpot weighted water stress factor $'
f 0 'wsfht ' 58 ' WSFHT:Intermediate assimpot weighted high temp stress factor $'
f 0 'wsflt ' 59 ' WSFLT:Intermediate assimpot weighted low temp stress factor $'
f 0 'wags ' 60 ' WAGS: Intermediate antemp weighted stomatal conductance$'
f 0 'wegs ' 61 ' WEGS: Intermediate evaporation weighted stomatal conductance $'
t 0 'apar ' 62 ' APAR: Absorbed fraction of incident PAR (-) $'
t 0 'assimci ' 63 ' ASSIMCI: Potential stress limited photosynthesis(moles/m^2/s) $'
f 0 'wci ' 64 ' WCI: Intermediate antemp weighted intercellular co2 $'
f 0 'pfd ' 65 ' PFD: Incident PAR photon flux density(moles/m^2/s) $'
f 0 'evt ' 66 ' EVT: Evapotranspiration(moles/m^2/s) $'
t 0 'assim ' 67 ' ASSIM: Canopy photosynthesis(micromoles/m^2/s) $'
f 0 'whs ' 68 ' WHS: Intermediate antemp weight surface relative humidity $'
f 0 'cu ' 69 ' CU $'
f 0 'ct ' 70 ' CT $'
f 0 'ventmf ' 71 ' VENTMF: Ventilation mass flux $'
f 0 'tssib ' 72 ' ts_sib : Driver data-temperature (K) $'
f 0 'tsib ' 73 ' t_sib: Driver Data-Potential temperature (K) $'
f 0 'shsib ' 74 ' sh_sib: Driver Data-mixed layer H2O mixing ratio (kg/kg) $'
t 0 'radvbc ' 75 ' radvbc: Driver Data-visible beam radiation (W/m^2) $'
t 0 'radvdc ' 76 ' radvdc: Driver Data-visible diffuse radiation (W/m^2) $'
t 0 'radnbc ' 77 ' radnbc: Driver Data-NIR beam radiation (W/m^2) $'
t 0 'radndc ' 78 ' radndc: Driver Data-NIR diffuse radiation (W/m^2) $'
t 0 'dlwbotsib ' 79 ' dlwbot_sib: Driver Data-longwave downward radiation (W/m^2) $'
t 0 'spdmsib ' 80 ' spdm_sib: Driver Data-windspeed (m/s) $'
f 0 'pl2g ' 81 ' pl2g: Driver Data-pressure (mb) $'
f 0 'dlsprsib ' 82 ' dlspr_sib: Driver Data-largescale precipitation (mm/hr) $'
f 0 'dcuprsib ' 83 ' dcupr_sib: Driver Data-cumulus precipitation (mm/hr) $'
t 0 'radc31 ' 84 ' radc3_1: net radiation flux of canopy (W/m^2) $'
t 0 'radc32 ' 85 ' radc3_2: net radiation flux of ground (W/m^2) $'
f 0 'cosz ' 86 ' solar zenith angle $'
f 0 'd13cca ' 87 ' del 13C of canopy air space $'
f 0 'd13cm ' 88 ' del 13C of mixed layer $'
f 0 'd13cresp ' 89 ' del 13C of respiration $'
f 0 'kiepsc3 ' 90 ' KIE during C3 photosynthesis $'
f 0 'kiepsc4 ' 91 ' KIE during C4 photosynthesis $'
f 0 'd13cassc3 ' 92 ' d13 of CO2 assimilated by C3 plants $'
f 0 'd13cassc4 ' 93 ' d13 of CO2 assimilated by C4 plants $'
f 0 'd13casstot ' 94 ' d13 of CO2 assimilated by all plants $'
f 0 'flux13c ' 95 ' turbulent flux of 13CO2 out of the canopy $'
f 0 'flux12c ' 96 ' turbulent flux of 12CO2 out of the canopy $'
f 0 'flx_turb ' 97 ' turbulent flux $'
f 0 'td-4 ' 98 ' snow temperature layer -4 (K) $'
f 0 'td-3 ' 99 ' snow temperature layer -3 (K) $'
f 0 'td-2 ' 100 ' snow temperature layer -2 (K) $'
f 0 'td-1 ' 101 ' snow temperature layer -1 (K) $'
f 0 'td-0 ' 102 ' snow temperature layer -0 (K) $'
t 0 'td1 ' 103 ' soil temperature layer 1 (K) $'
f 0 'td2 ' 104 ' soil temperature layer 2 (K) $'
f 0 'td3 ' 105 ' soil temperature layer 3 (K) $'
f 0 'td4 ' 106 ' soil temperature layer 4 (K) $'
f 0 'td5 ' 107 ' soil temperature layer 5 (K) $'
f 0 'td6 ' 108 ' soil temperature layer 6 (K) $'
f 0 'td7 ' 109 ' soil temperature layer 7 (K) $'
f 0 'td8 ' 110 ' soil temperature layer 8 (K) $'
f 0 'td9 ' 111 ' soil temperature layer 9 (K) $'
f 0 'td10 ' 112 ' soil temperature layer 10 (K) $'
f 0 'www_liq-4 ' 113 ' snow liquid layer -4 (kg/m^2) $'
f 0 'www_liq-3 ' 114 ' snow liquid layer -3 (kg/m^2) $'
f 0 'www_liq-2 ' 115 ' snow liquid layer -2 (kg/m^2) $'
f 0 'www_liq-1 ' 116 ' snow liquid layer -1 (kg/m^2) $'
f 0 'www_liq-0 ' 117 ' snow liquid layer -0 (kg/m^2) $'
t 0 'www_liq1 ' 118 ' soil liquid layer 1 (kg/m^2) $'
f 0 'www_liq2 ' 119 ' soil liquid layer 2 (kg/m^2) $'
f 0 'www_liq3 ' 120 ' soil liquid layer 3 (kg/m^2) $'
f 0 'www_liq4 ' 121 ' soil liquid layer 4 (kg/m^2) $'
f 0 'www_liq5 ' 122 ' soil liquid layer 5 (kg/m^2) $'
f 0 'www_liq6 ' 123 ' soil liquid layer 6 (kg/m^2) $'
f 0 'www_liq7 ' 124 ' soil liquid layer 7 (kg/m^2) $'
f 0 'www_liq8 ' 125 ' soil liquid layer 8 (kg/m^2) $'
f 0 'www_liq9 ' 126 ' soil liquid layer 9 (kg/m^2) $'
f 0 'www_liq10 ' 127 ' soil liquid layer 10 (kg/m^2) $'
f 0 'www_ice-4 ' 128 ' snow ice layer -4 (kg/m^2) $'
f 0 'www_ice-3 ' 129 ' snow ice layer -3 (kg/m^2) $'
f 0 'www_ice-2 ' 130 ' snow ice layer -2 (kg/m^2) $'
f 0 'www_ice-1 ' 131 ' snow ice layer -1 (kg/m^2) $'
f 0 'www_ice-0 ' 132 ' snow ice layer -0 (kg/m^2) $'
f 0 'www_ice1 ' 133 ' soil ice layer 1 (kg/m^2) $'
f 0 'www_ice2 ' 134 ' soil ice layer 2 (kg/m^2) $'
f 0 'www_ice3 ' 135 ' soil ice layer 3 (kg/m^2) $'
f 0 'www_ice4 ' 136 ' soil ice layer 4 (kg/m^2) $'
f 0 'www_ice5 ' 137 ' soil ice layer 5 (kg/m^2) $'
f 0 'www_ice6 ' 138 ' soil ice layer 6 (kg/m^2) $'
f 0 'www_ice7 ' 139 ' soil ice layer 7 (kg/m^2) $'
f 0 'www_ice8 ' 140 ' soil ice layer 8 (kg/m^2) $'
f 0 'www_ice9 ' 141 ' soil ice layer 9 (kg/m^2) $'
f 0 'www_ice10 ' 142 ' soil ice layer 10 (kg/m^2) $'
f 0 'www_tot_sl ' 143 ' total soil water- all layers, water and ice (kg/m^2)$'
t 0 'vwc1 ' 144 ' volumetric water content, layer 1 (m^3/m^3) $'
f 0 'vwc2 ' 145 ' volumetric water content, layer 2 (m^3/m^3) $'
f 0 'vwc3 ' 146 ' volumetric water content, layer 3 (m^3/m^3) $'
f 0 'vwc4 ' 147 ' volumetric water content, layer 4 (m^3/m^3) $'
f 0 'vwc5 ' 148 ' volumetric water content, layer 5 (m^3/m^3) $'
f 0 'vwc6 ' 149 ' volumetric water content, layer 6 (m^3/m^3) $'
f 0 'vwc7 ' 150 ' volumetric water content, layer 7 (m^3/m^3) $'
f 0 'vwc8 ' 151 ' volumetric water content, layer 8 (m^3/m^3) $'
f 0 'vwc9 ' 152 ' volumetric water content, layer 9 (m^3/m^3) $'
f 0 'vwc10 ' 153 ' volumetric water content, layer 10 (m^3/m^3) $'
t 0 'rst1 ' 154 ' stomatal resistance, phystype 1 (sec/meter) $'
t 0 'rst2 ' 155 ' stomatal resistance, phystype 2 (sec/meter) $'
t 0 'rst3 ' 156 ' stomatal resistance, phystype 3 (sec/meter) $'
t 0 'rst4 ' 157 ' stomatal resistance, phystype 4 (sec/meter) $'
t 0 'rst5 ' 158 ' stomatal resistance, phystype 5 (sec/meter) $'
f 0 'assimn1 ' 159 ' net assimilation, phystype 1 (mmol/m^2/sec) $'
f 0 'assimn2 ' 160 ' net assimilation, phystype 2 (mmol/m^2/sec) $'
f 0 'assimn3 ' 161 ' net assimilation, phystype 3 (mmol/m^2/sec) $'
f 0 'assimn4 ' 162 ' net assimilation, phystype 4 (mmol/m^2/sec) $'
f 0 'assimn5 ' 163 ' net assimilation, phystype 5 (mmol/m^2/sec) $'
f 0 'pco2c-1 ' 164 ' chloroplast CO2 partial pressure, phystype 1 (mb) $'
f 0 'pco2c-2 ' 165 ' chloroplast CO2 partial pressure, phystype 2 (mb) $'
f 0 'pco2c-3 ' 166 ' chloroplast CO2 partial pressure, phystype 3 (mb) $'
f 0 'pco2c-4 ' 167 ' chloroplast CO2 partial pressure, phystype 4 (mb) $'
f 0 'pco2c-5 ' 168 ' chloroplast CO2 partial pressure, phystype 5 (mb) $'
f 0 'pco2i-1 ' 169 ' leaf internal CO2 partial pressure, phystype 1 (mb) $'
f 0 'pco2i-2 ' 170 ' leaf internal CO2 partial pressure, phystype 2 (mb) $'
f 0 'pco2i-3 ' 171 ' leaf internal CO2 partial pressure, phystype 3 (mb) $'
f 0 'pco2i-4 ' 172 ' leaf internal CO2 partial pressure, phystype 4 (mb) $'
f 0 'pco2i-5 ' 173 ' leaf internal CO2 partial pressure, phystype 5 (mb) $'
f 0 'pco2s-1 ' 174 ' leaf surface CO2 partial pressure, phystype 1 (mb) $'
f 0 'pco2s-2 ' 175 ' leaf surface CO2 partial pressure, phystype 2 (mb) $'
f 0 'pco2s-3 ' 176 ' leaf surface CO2 partial pressure, phystype 3 (mb) $'
f 0 'pco2s-4 ' 177 ' leaf surface CO2 partial pressure, phystype 4 (mb) $'
f 0 'pco2s-5 ' 178 ' leaf surface CO2 partial pressure, phystype 5 (mb) $'
f 0 'pco2m ' 179 ' mixed layer pco2 (Pa)$'
f 0 'coszbar ' 180 ' coszbar $'
f 0 'sw_dwn ' 181 ' sw_dwn1: Driver data solar radiation (W/m^2)$'
f 0 'scale_sw ' 182 ' sw_dwn: Driver data cosz scaled solar radiation (W/m^2) $'
t 0 'radt1 ' 183 ' canopy net radiation $'
t 0 'radt2 ' 184 ' ground net radiation $'
t 0 'radt3 ' 185 ' snow net radiation $'
f 0 'cas_e_stor ' 186 ' change in CAS energy due to temperature change (W/m^2) $'
t 0 'radfac111 ' 187 ' radiation absorption factor 111'
t 0 'radfac121 ' 188 ' radiation absorption factor 121'
t 0 'radfac112 ' 189 ' radiation absorption factor 112'
t 0 'radfac122 ' 190 ' radiation absorption factor 122'
t 0 'radfac211 ' 191 ' radiation absorption factor 211'
t 0 'radfac221 ' 192 ' radiation absorption factor 221'
t 0 'radfac212 ' 193 ' radiation absorption factor 212'
t 0 'radfac222 ' 194 ' radiation absorption factor 222'
t 0 'respc1 ' 195 ' canopy manintenance respiration,phystype 1 (mmol/m^2/sec) $'
t 0 'respc2 ' 196 ' canopy manintenance respiration,phystype 2 (mmol/m^2/sec) $'
t 0 'respc3 ' 197 ' canopy manintenance respiration,phystype 3 (mmol/m^2/sec) $'
t 0 'respc4 ' 198 ' canopy manintenance respiration,phystype 4 (mmol/m^2/sec) $'
t 0 'respc5 ' 199 ' canopy manintenance respiration,phystype 5 (mmol/m^2/sec) $'
t 0 'respc6 ' 200 ' canopy manintenance respiration,summed all phystypes' (mmol/m^2/sec) $'
f 0 'tot_resp ' 201 ' total respiration (mmol/m^2/sec)$'
t 0 'clayfrac ' 202 'soil clay percentage $'
t 0 'sandfrac ' 203 'soil sand percentage $'
t 0 'biome ' 204 ' biome classification $'
t 0 'vcover ' 205 'plant fractional area $'
t 0 'gdd ' 206 'gdd $'
t 0 'tempf ' 207 ' tempf$'
t 0 'ta_bar ' 2008 'ta_bar$'
t 0 'rstfac_d ' 209 'rstfac_d$'
t 0 'assim_d ' 210 'assim_d $'
t 0 'w_main ' 211 'w_main $'
t 0 'leafwt_c ' 212 'leafwt_c $'
t 0 'phen_lai ' 213 'phen_lai $'
t 0 'alloc1 ' 214 'alloc1 $'
t 0 'alloc2 ' 215 'alloc2 $'
t 0 'alloc3 ' 216 'alloc3 $'
t 0 'alloc4 ' 217 'alloc4 $'
t 0 'cum_wt1 ' 218 'cum_wt1 $'
t 0 'cum_wt2 ' 219 'cum_wt2 $'
t 0 'cum_wt3 ' 220 'cum_wt3 $'
t 0 'cum_wt4 ' 221 'cum_wt4 $'
t 0 'cum_drywt1 ' 222 'cum_drywt1 $'
t 0 'cum_drywt2 ' 223 'cum_drywt2 $'
t 0 'cum_drywt3 ' 224 'cum_drywt3 $'
t 0 'cum_drywt4 ' 225 'cum_drywt4 $'
t 0 'phen_maintr1 ' 226 'phen_maintr1 $'
t 0 'phen_maintr2 ' 227 'phen_maintr2 $'
t 0 'phen_maintr3 ' 228 'phen_maintr3 $'
t 0 'phen_maintr4 ' 229 'phen_maintr4 $'
t 0 'phen_growthr1 ' 230 ' phen_growthr1 $'
t 0 'phen_growthr2 ' 231 ' phen_growthr2 $'
t 0 'phen_growthr3 ' 232 ' phen_growthr3 $'
t 0 'phen_growthr4 ' 233 ' phen_growthr4 $'
t 0 'pd ' 226 'pd $'
t 0 'emerg_d ' 227 'emerg_d $'
t 0 'ndf_opt ' 228 ' ndf_opt$'
t 0 'phen_switch' 229 'phen_switch $'
t 0 'tot_biomass' 230 ' total abovegound biomass (g m-2)$'