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WRF | Designation | Description |
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Simulation period | 2010_01_01–2050_12_31 | |
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Time resolution | Day | |
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D01/02/03 land cover data | USGS | |
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Microphysics parameterization scheme | WSM3 | It includes water vapor, cloud water, rain, cloud ice, snow, and cloud water. |
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Long-wave radiation scheme | RRTM | It uses preset tables to accurately represent long wave processes due to water vapor, ozone, CO2, and trace gases (if present) and accounts for cloud optical depth. |
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Short-wave radiation scheme | Dudhia | It is a simple downward integration of solar flux, accounting for clear-air scattering, water vapor absorption (Lacis and Hansen 1974), and cloud albedo and absorption. It uses look-up tables for clouds from Stephens (1978). |
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Land surface process scheme | Noah land surface model | Unified NCEP/NCAR/AFWA scheme with soil temperature and moisture in four layers, fractional snow cover, and frozen soil physics. |
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Boundary layer process scheme | YSU | Nonlocal-K scheme with explicit entrainment layer and parabolic K profile in unstable mixed layer. |
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Cumulus parameterization scheme | Kain-Fritsch | It utilizes a simple cloud model with moist updrafts and downdrafts, including the effects of detrainment, entrainment, and relatively crude microphysics. |
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