| 中国科学院 | 165 | 46% | Yellow River Basin | Southwest China; East China; Yellow River;WRF model; SDII; tallgrass prairie; spatiotemporal variations; land surface process model; MIDDLE REACHES; surroundings. |
| 美国国家大气研究中心 | 106 | 23% | anthropogenic climate change;
intrinsic autoregressive model;
ocean heat content | relative changes; shape parameter; Environmental Prediction-National Center; observing system; global response; hierarchical model; atmospheric research (NCEP-NCAR) reanalysis; atmospheric role; Community Atmosphere Model (CAM3); future run; global surface temperature increase; Intrinsic autoregressive model; thunderstirm frequencies. |
| 美国哥伦比亚大学 | 81 | 26% | | local temperature; rising greenhouse gases; multidecadal internal variability; observed reduction; single-column. |
| 英国雷丁大学 | 81 | 22% | | surface processes; PCMDI/CMIP3 experiments; four major South; Indus; models underestimate P; nival; Southeast Asian river basins. |
| 英国气象办公室 | 68 | 26% | | tipping point; future regional rainfall change. |
| 美国国家海洋和大气管理局 | 67 | 28% | | flood events; America; climate system; Coupled Model Intercomparison Project phase 5; extreme floods; Heat waves; HiFLOR; hurricanes; land-atmosphere interactions; model ensemble; significant increase. |
| 德国马普气象研究所 | 60 | 22% | MPI-ESM
REMO | 2 m temperature; regional climate model REMO; Baltic Sea region; local effects; MPI-ESM; use change; Hydrological Discharge (HD) model; local scale processes; REMO; rising atmospheric CO2 concentrations; simplified land surface (SL) scheme. |
| 美国普林斯顿大学 | 58 | 34% | | modeling analyses. |
| 美国国家航空航天局 | 57 | 25% | | sea breeze; Energy Cycle (GWEC) analysis; freshwater resource management; ongoing climate diagnostics; stream gauges. |
| 英国牛津大学 | 52 | 27% | | climate change; climate models; extreme events. |