Raw, Mapped, Un-merged Static Vegetation

Raw, Un-merged Static Vegetation Data                                                                                                                                                                                                                                                                                                                                          
Data is grouped roughly by type of parameter.                                                                                                                                                                                                                                                                                                                                                                              
Blue columns contain LSM-based data.                                                                                                                                                                                                                                                                                                                                                                              
Green columns contain observation-based data.                                                                                                                                                                                                                                                                                                                                                                              
                                                                                                                                                                                                                                                                                                                                                                               
Height of Canopy-Top Height of Canopy Canopy Canopy Height of Canopy-Base Height Canopy Roughness Length Aerodynamic Roughness Ground Roughness Roughness Surface Roughness Surface Roughness Minimum Stomatal Minimum Stomatal Minimum Stomatal Departure of Leaf Angles Leaf Angle Parameter Describing Departure Leaf-Angle Leaf Inverse SQRT Of Inverse Square Root Leaf Leaf Leaf Width Leaf Length Leaf Leaf Leaf Albedo, Leaf Reflectance, Leaf Reflectance, Leaf Reflectance, Leaf Reflectance, Vegetation Albedo For Vegetation Albedo For Leaf Reflectance+Transmittance Leaf Reflectance+Transmittance Stem Albedo, Soil / Litter Reflectance, Soil Reflectance, Leaf Albedo, Leaf Albedo, Leaf Reflectance, Leaf Reflectance, Leaf Reflectance, Leaf Reflectance, Vegetation Albedo For Vegetation Albedo For Stem Albedo, Soil / Litter Reflectance Soil Reflectance, Leaf Albedo, Leaf Transmittance, Leaf Transmittance, Leaf Transmittance, Leaf Transmittance, Leaf Transmittance, Stem Transmittance, Leaf Transmissivity, Leaf Transmittance, Leaf Transmittance, Leaf Transmittance, Leaf Transmittance, Leaf Transmittance, Stem Transmittance, Leaf Transmissivity, Maximum Leaf Minimum Leaf Maximum Minimum Canopy Leaf Maximum Stem (& Dead Matter) Stem Rooting Root Rooting Rooting Displacement Displacement Height Fractional Area Covered Maximal Fractional Difference Between Max. Frac. Maximum Fractional Diff. Between Max. Frac.Cover Canopy-Cover Fractional Area Covered Height of Maximum Inflection Height For Green Leaf Leaf Foliage Respiration At Vegetation Stem Maximum Rubisco Capacity, Intrinsic Quantam Tmin Needed For Stem Respiration At Respiration Rate At Leaf Water Potential At Which Leaf Water Potential At Which One-half Inhibition Avg. Resistance to Moisture Transport Resistance Imposed By Soil Moisture Potential Above Which Soil Moisture Potential Below Which Lowest Temperature For Highest Temperature For Optimum Temperature For Temperature Below Which Temperature Temperature Above Which Temperature Rooting Length Rooting Length Average Cross Sectional Vegetation Root Root Respiration At Root Resistance Per Resistance to Moisture Transport Fraction of Water Extracted By Total Depth of the Rooting Depth of the Upper Soil Carbon Coefficient in Temperature Coefficient in Temperature Coefficient in Temperature Temperature Sensitivity Light Dependence Of Stomatal Resistance Response Stomatal Restistance Stomatal Restistance Stomatal Restistance Stomatal Vapor Pressure Deficit Leaf Stomatal Resistance Stomatal Resistance Stomatal Resistance High Temperature Stress Low Temperature Stress Photosynthesis Light Sensitivity a akc ako avmax b Kc25 Ko25 m Vmax25 Fitted Numerical Index Fitted Numerical Index Fitted Numerical Index Root Profile LSM 'a' Aerodynaic LSM 'B-1' Aerodynamic
Canopy Top [m] Height [m] the Canopy [m] Top [m] Top [m] Bottom [m] Canopy Base [m] [m] Bottom [m] For Momentum [m] Length [m] Length [m] Length [m] Length [m] Length [m] Resistance [sec m-1] Resistance [s m-1] Conductance [mol m-2 s-1] From A Random Dist. Orientation of Leaf Angle from Spherical Dist. Distribution Factor Dimension [m] Leaf Dimension [m-0.5] of Leaf Dimension [m-1/2] Width [m] Length [m] [m] [m] Width [m] Length [m] Visible Visible, Live Visible, Dead Visible, Live Visible, Dead Wavelengths < 0.7 microns Wavelengths < .7 um For Live Leaves For Dead Leaves Visible Visible Visible Visible Near IR Near IR, Live Near IR, Dead Near IR, Live Near IR, Dead Wavelengths > 0.7 microns Wavelengths > .7 um Near IR Near IR Near IR Near IR Visible Visible, Live Visible, Dead Visible, Live Visible, Dead Visible Visible Near IR Near IR, Live Near IR, Dead Near IR, Live Near IR, Dead Near IR Near IR Area Index Area Index LAI LAI Area Index [m2 m-2] LAI Area Index Area Index Depth [m] Depth [m] Depth [m] Depth [m] Height [m] [m] By Upper Story Canopy Vegetation Cover Cover And Cover at 269 K Cover Of Vegetation And Fractional Cover at 269K Fraction By Canopy Leaf Area Density [m] Leaf-Area Density [m] Fraction Drag Coefficient 25oC [umol Co2 m-2 s-1] Biomass [kg m-2] Top Leaf [mol m-2 s-1] Efficiency [mol mol-1] Photosynthesis [Deg. C] 25oC [umol Co2 kg-1 s-1] 10oC [umol CO2 kg C-1 s-1] Stomates Start Closing [m] Stomates Finish Closing [m] Water Potential [m] Within the Vegetation Itself [s] Plant Vascular System [s] Veg. Is Not Moisture Stressed [m] Transpiration Ceases Due to Wilting [m] Stomatal Funcationing [K] Stomatal Funcationing [K] Stomatal Funcationing [K] Stress Prevents Transpiration [K] Stress Prevents Transpiration [K] Density (m m-3] Density [m m-3] Area of Root [m2] Biomass [kg m-2] 25oC [umol Co2 kg-1 s-1] Unit Length [s m-1] Per Unit Root Length [m-1 s] Upper Layer Roots (saturated) Soil Depth [m] Zone Soil Layer [m] Soil Layer [m] [kg C m-2] Stress Equation [K-4] Stress Equation [K-3] Stress Equation [K-2] Parameter-Respiration, arm Stomatal Resistance [m2/w] Parameter [mb-1] Parameter a [kg m-1 s-2] Parameter b [kg s-3] Parameter c [m-1 s] Slope Factor Stress Parameter [mb-1] Respiration Factor a' Parameter [J m-3] b' Parameter [W m-2] c' Parameter [s m-1] Factor, Photosynthesis [K] Factor, Photosynthesis [K] Coupling Coefficient Factor [m2 W-1] Parameter [umol umol-1] Parameter Parameter Parameter Parameter [umol m-2 s-1] Parameter [Pa] Parameter [Pa] Parameter Parameter [umol m-2 s-1] Of Rooting Distribution, a Of Rooting Distribution, b Of Rooting Distribution, c Parameter Parameter Parameter
(Dorman & Sellers, 1989) (Sellers et al, 1996) (MOSAIC) (LSM Manual) (Observed) (LSM Manual) (Dorman & Sellers, 1989) (Sellers et al, 1996) (Observed) (LSM Manual) (CLM) (Dorman & Sellers, 1989) (BATS) (Matthews, 1984, Obs?) (Henderson-Sellers et al., 1986, Obs?) (CLM) (BATS) (Sellers et al, 1996) (LSM Manual) (Dorman & Sellers, 1989) (MOSAIC) (Sellers et al, 1996) (LSM Manual) (CLM) (BATS) (Sellers et al, 1996) (Sellers et al, 1996) (Sellers et al., 1989) (Sellers et al., 1989) (Observed) (Observed) (LSM Manual) (Dorman & Sellers, 1989) (Dorman & Sellers, 1989) (Sellers et al, 1996) (Sellers et al, 1996) (CLM) (BATS) (MOSAIC) (MOSAIC) (LSM Manual) (Dorman & Sellers, 1989) (Sellers et al, 1996) (Observed) (LSM Manual) (Dorman & Sellers, 1989) (Dorman & Sellers, 1989) (Sellers et al, 1996) (Sellers et al, 1996) (CLM) (BATS) (LSM Manual) (Dorman & Sellers, 1989) (Sellers et al, 1996) (Observed) (LSM Manual) (Dorman & Sellers, 1989) (Dorman & Sellers, 1989) (Sellers et al, 1996) (Sellers et al, 1996) (LSM Manual) (Observed) (LSM Manual) (Dorman & Sellers, 1989) (Dorman & Sellers, 1989) (Sellers et al, 1996) (Sellers et al, 1996) (LSM Manual) (Observed) (CLM) (CLM) (BATS) (BATS) (Sellers et al., 1989) (Observed) (BATS) (CLM) (Sellers et al., 1989) (Sellers et al, 1996) (MOSAIC) (Observed) (LSM Manual) (CLM) (Sellers et al., 1989) (BATS) (BATS) (CLM) (CLM) (Sellers et al, 1996) (Observed) (Dorman & Sellers, 1989) (Sellers et al, 1996) (Sellers et al., 1989) (Dorman & Sellers, 1989) (LSM Manual) (LSM Manual) (Sellers et al, 1996) (Sellers et al, 1996) (LSM Manual) (LSM Manual) (LSM Manual) (Dorman & Sellers, 1989) (Dorman & Sellers, 1989) (Sellers et al, 1996) (MOSAIC) (Sellers et al., 1989) (MOSAIC) (MOSAIC) (Sellers et al., 1989) (Sellers et al., 1989) (Sellers et al., 1989) (MOSAIC) (MOSAIC) (Observed) (Sellers et al., 1989) (MOSAIC) (LSM Manual) (LSM Manual) (Sellers et al., 1989) (MOSAIC) (BATS) (Sellers et al, 1996) (BATS) (BATS) (LSM Manual) (MOSAIC) (MOSAIC) (MOSAIC) (LSM Manual) (CLM) (Dorman & Sellers, 1989) (MOSAIC) (MOSAIC) (MOSAIC) (Sellers et al, 1996) (MOSAIC) (Sellers et al, 1996) (Dorman & Sellers, 1989) (Dorman & Sellers, 1989) (Dorman & Sellers, 1989) (Sellers et al, 1996) (Sellers et al, 1996) (Sellers et al, 1996) (BATS) (LSM Manual) (LSM Manual) (LSM Manual) (LSM Manual) (LSM Manual) (LSM Manual) (LSM Manual) (LSM Manual) (LSM Manual) (CLM) (CLM) (CLM) (LSM Manual) (LSM Manual) (LSM Manual)
0. Water / Goode's Interrupted Space NONE None NONE NONE NONE NONE NONE None NONE NONE 0 NONE 0.0024 NONE NONE 150 200 None NONE NONE NONE None NONE 5 5 None None NONE NONE NONE NONE NONE NONE NONE None None 0.07 0.07 NONE NONE NONE NONE None NONE NONE NONE NONE None None 0.2 0.2 NONE NONE None NONE NONE NONE NONE None None NONE NONE NONE NONE NONE None None NONE NONE 0 0 0 0 NONE NONE 2 2 NONE None NONE NONE NONE 0 NONE 0 0 0 0 None NONE NONE None NONE NONE NONE NONE None None NONE NONE NONE NONE NONE None NONE NONE NONE NONE NONE NONE NONE NONE NONE NONE NONE NONE NONE NONE NONE NONE 0.5 None 1 0.1 NONE NONE NONE NONE NONE 0.02 NONE NONE NONE NONE None NONE None NONE NONE NONE None None None 0.02 NONE NONE NONE NONE NONE NONE NONE NONE NONE 0 0 0 NONE NONE NONE
1. Evergreen Needleleaf Forest 17 17 17 17 17 8.5 8.5 8.5 6 0.94 1 0.05 1 1 1 150 200 0.01 0.01 0.01 0.01 0.01 0.04 5 5 0.001 0.055 NONE NONE 0.001 0.055 0.07 0.07 0.16 0.07 0.16 0.05 0.05 0.12 0.161 0.16 0.11 0.11 0.19 0.35 0.35 0.39 0.35 0.39 0.23 0.23 0.39 0.23 0.225 0.475 0.05 0.05 0.001 0.05 0.001 0.001 0.055 0.1 0.1 0.001 0.1 0.001 0.001 0.205 6 5 6 5 NONE 8.6 2 2 NONE 1.5 0.5 1.2 11.39 9 NONE 0.8 0.1 0.8 0.1 1 1 12.8 10