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Compound extremes WRF simulations

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Zenodo2020-12-31 更新2026-05-25 收录
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All the data are available in the daily timestep. The extension with irrigation-on and irrigation-off represent two different simulations.<br> All variable details;<br> SLP- Sea Level Pressure<br> SKINTEMP- Land Surface Temperature<br> T2- Air Temperature<br> LHF - Latent Heat Flux<br> SHF - Sensible Heat Flux<br> LHFSHF - Latent Heat Flux + Sensible Heat Flux<br> SH - Specific Humidity<br> PBLH - Planetary Boundary Layer Height<br> SMOIS - Soil Moisture (0-60 cm)<br> VPD - Vapour Pressure Deficit<br> vq_Integrated uq_Integrated - u and v Component of Vertically Integrated Moisture

所有数据均采用逐日时间步长格式提供。以灌溉开启(irrigation-on)与灌溉关闭(irrigation-off)为标识的数据集对应两组不同的模拟试验。 各变量详情如下: SLP:海平面气压(Sea Level Pressure) SKINTEMP:地表温度(Land Surface Temperature) T2:气温(Air Temperature) LHF:潜热通量(Latent Heat Flux) SHF:感热通量(Sensible Heat Flux) LHFSHF:潜热通量与感热通量之和(Latent Heat Flux + Sensible Heat Flux) SH:比湿(Specific Humidity) PBLH:行星边界层高度(Planetary Boundary Layer Height) SMOIS:土壤湿度(0~60 cm,Soil Moisture (0-60 cm)) VPD:水汽压亏缺(Vapour Pressure Deficit) vq_Integrated、uq_Integrated:垂直积分水汽的u、v分量(u and v Component of Vertically Integrated Moisture)

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Zenodo
创建时间:
2020-12-31
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