Figure S11 Response of latent heat flux to inter-product diffuse fraction spread for 2030-2039 period. Associations between latent heat flux and diffuse fraction (k d) across different land model simulations forced using k dfrom the six products (NCEP/NCAR, NOAA-CIRES-DOE, ERA5, MERRA-2, CERES, and CAM) considered in the present study for (a) all terrestrial surfaces, (b) tropical climate, (c) arid climate, (d) temperate climate, (e) boreal climate, and (f) polar climate for the 2030-2039 10-year period. The lines of best fit and the linear regression equations, with coefficient of determination r 2 and p-values are noted. For tropical and temperate climate, logarithmic fits and associated equations are also noted (in red). The vertical error bars show the inter-annual standard error for the 10-year period.
Table S1 Summary of AmeriFlux sites considered in the present study, along with their location, elevation, and underlying land cover class. ENF=Evergreen Needleleaf Forest; GRA=Grassland; CRO=Cropland; DBF=Deciduous Broadleaf Forest; MF= Mixed Forest; OSH=Open Shrubland; WET= Permanent wetland