Intercomparison of the surface energy partitioning in CMIP5 simulations

Earth & Environmental Sciences

• surface energy 100%
• partitioning 80%
• anomaly 64%
• warming 55%
• thermodynamics 54%
• evapotranspiration 42%
• simulation 41%
• land surface 41%
• land 39%
• soil moisture 38%
• potential evapotranspiration 28%
• sensible heat flux 26%
• radiative forcing 26%
• sea 25%
• hydrological cycle 23%
• trend 23%
• South America 22%
• physical process 21%
• dissipation 21%
• entropy 21%
• greenhouse gas emissions 20%
• sea surface 20%
• climate modeling 20%
• drying 19%
• surface temperature 19%
• temperature 17%
• Europe 16%
• climate 12%
• prediction 11%
• analysis 6%