CLM2.0 was released to the public on May 17, 2002. Diagnostic plots of control runs can be found here.

CLM2 results from b20.001 simulation

• Global annual trends (years 1-100)
• Total runoff
• Surface runoff
• Drainage
• Soil temperature (layers 1-10)
• Soil liquid water (layers 1-10)
• Soil ice (layers 1-10)
• Comparisons to observations (years 90-100)
• Monthly air temperature, precipitation, runoff for boreal regions
• Monthly air temperature, precipitation, runoff for temperate regions
• Monthly air temperature, precipitation, runoff for tropics regions
• Monthly air temperature, precipitation, runoff for arid regions
• Global seasonal air temperature

Comparisons of CLM2 and LSM1 coupled to CCM3_11_44 with 366 physics

• Description of simulations
• amip366clm2a-amip366lsm1a

Plots similar to Zeng et al., 2001 paper
• Jan. & Jul. Surface Air Temperature (similar to Fig. 5 in Zeng et al.)
• Simulated-Observed Air Temperature for selected regions (similar to Fig. 6 in Zeng et al.)
• Monthly Surface Air Temperature over global land (similar to Fig. 7 in Zeng et al.)
• Jan. & Jul. Precipitation (similar to Fig. 8 in Zeng et al.)
• Simulated-Observed Precipitation for selected regions (similar to Fig. 9 in Zeng et al.)
• Monthly Precipitation over global land (similar to Fig. 10 in Zeng et al.)
• Monthly Runoff (similar to Fig. 11 in Zeng et al.)
• Monthly Surface Variables (similar to Fig. 14 in Zeng et al.)
• Jan. & Jul. Simulated-Observed Air Temperature>

Comparisons of CLM2 and LSM1 coupled to CCM3.11

• Description of simulations
• clm21060H20amipb (with implicit soil evaporation term)
• Maximum energy balance error
• Average energy and water balance
• clm21060H20amipc (without implicit soil evaporation term)
• Maximum energy balance error
• Average energy and water balance
• clm21060H20amipc - clm21060H20amipb

DJF and JJA averages
• Surface Air Temperature
• clm21060H20amipc - ccm31060H20amipa

DJF and JJA averages
• Surface Air Temperature
• Absorbed Solar Radiation
• Net Longwave Radiation
• Transpiration
• Canopy Evaporation
• Ground Evaporation
• Evapotranspiration
• Sensible Heat
• Ground Heat
• Surface Runoff
• Plots similar to Zeng et al., 2001 paper
• Soil, Lake, and Wetland Fractions (similar to Fig. 4 in Zeng et al.)
• Jan. & Jul. Surface Air Temperature (similar to Fig. 5 in Zeng et al.)
• Monthly Surface Air Temperature over global land (similar to Fig. 7 in Zeng et al.)
• Jan. & Jul. Precipitation (similar to Fig. 8 in Zeng et al.)
• Monthly Precipitation over global land (similar to Fig. 10 in Zeng et al.)
• Monthly Runoff (similar to Fig. 11 in Zeng et al.)
• Monthly Surface Variables (similar to Fig. 14 in Zeng et al.)