DIAG SET 5: CLM ANNUAL MEANS OVER LAND - DIFFERENCE (case1 - case2)
 
TEST CASE (case1):      CPLHISTTest  (yrs 2-20)
 
REFERENCE CASE (case2): 1850_221  (yrs 99-117)
 
DIFFERENCE:            (CPLHISTTest) - (1850_221)
 
Variable                                                              case1-case2
 
TSA(K) 2m air temperature                                                 -0.037
PREC(mm/d) ppt: rain+snow                                                 -0.010
RAIN(mm/d) atmospheric rain                                               -0.021
SNOW(mm/d) atmospheric snow                                                0.011
SNOWDP(m) snow height                                                     -1.934
FSNO(unitless) fraction of ground covered by snow                         -0.001
H2OSNO(mm) total snow water equiv (SNOWICE + SNOWLIQ)                   -918.784
VBSA(% reflected) visible black-sky albedo                                -0.111
NBSA(% reflected) near-IR black-sky albedo                                 0.134
VWSA(% reflected) visible white-sky albedo                                -0.137
NWSA(% reflected) near-IR white-sky albedo                                 0.254
RNET(W/m^2) net radiation:fsa-fira                                         0.796
LHEAT(W/m^2) latent heat:FCTR+FCEV+FGEV                                    0.262
FSH(W/m^2) sensible heat                                                  -0.386
FSH_TO_COUPLER(W/m^2) sensible heat sent to coupler                       -0.349
FSH_PRECIP_CONVERSION(W/m^2) Sensible heat flux from conversion of rain/snow atm forcing-0.001  
FSH_RUNOFF_ICE_TO_LIQ(W/m^2) Sensible heat flux from conversion of ice runoff to liquid0.039  
FSDS(W/m^2) atmospheric incident solar radiation                           0.050
FSA(W/m^2) absorbed solar radiation                                       -0.000
FLDS(W/m^2) atmospheric longwave radiation                                 0.107
FIRE(W/m^2) emitted infrared (longwave) radiation                         -0.689
FCTR(W/m^2) canopy transpiration                                           1.386
FCEV(W/m^2) canopy evaporation                                             0.193
FGEV(W/m^2) ground evaporation                                            -1.317
FGR(W/m^2) heat flux into snow/soil (includes snow melt)                   0.921
FSM(W/m^2) snow melt heat flux                                            -0.078
TLAI(m2/m2) total one-sided leaf area index                                0.019
TSAI(m2/m2) total one-sided stem area index                                0.020
LAISUN(m^2/m^2) Sunlit Projected Leaf Area Index                           0.009
LAISHA(m^2/m^2) Shaded Projected Leaf Area Index                           0.009
FPSN(PgC/y) photosynthesis                                                 7.959
ET(mm/d) Evapotranspiration                                             -999.000
QOVER(mm/d) surface runoff                                                -0.011
QIRRIG(mm/d) water added through irrig                                     0.000
QDRAI(mm/d) sub-surface drainage                                          -0.048
QRGWL(mm/d) surface runoff at glaciers, wetlands, lakes                   -0.012
WA(mm) water in the unconfined aquifer                                     0.095
ZWT(m) water table depth                                                   0.093
TWS(mm) total water storage                                            -1113.771
VOLR(m3) river channel total water storage                         -12026816.000
QCHARGE(mm/d) aquifer recharge rate                                        0.000
FCOV(unitless [0-1]) fractional area with water table at surface          -0.003
CO2_PPMV(ppmv) CO2 concentration                                           0.176
DSTDEP(Pg/y) total dust deposition (dry+wet) from atmosphere              -0.007
DSTFLXT(Pg/y) total surface dust emission                                 -1.350
OCDEP(Pg/y) total OC deposition (dry+wet) from atmosphere                 -0.000
BCDEP(Pg/y) total BC deposition (dry+wet) from atmosphere                 -0.000