Data for "Early planting adaptation makes the coupled food-water system more sustainable under climate change"

Data for submission "Early planting adaptation makes the coupled food-water system more sustainable under climate change" All data are in netcdf format and can be read in ncl, python, R code capacity.   geo_em.d01.conus.corn: Domain setup file for the Noah-MP crop model in the US corn belt...

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Hauptverfasser: Zhe, Zhang, Li, Yanping, He, Cenlin, Chen, Fei, Valayamkunnath, Prasanth, Famiglietti, Jay, Li, Zhenhua, Xu, Li
Format: Dataset
Sprache:eng
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Zusammenfassung:Data for submission "Early planting adaptation makes the coupled food-water system more sustainable under climate change" All data are in netcdf format and can be read in ncl, python, R code capacity.   geo_em.d01.conus.corn: Domain setup file for the Noah-MP crop model in the US corn belt. Lat/lon location specified by "XLAT_M" and "XLONG_M" variable and corn planting area specified by "CROPTYPE" variable.   Three zip files are uploaded containing data from model simulations and county-level yield and irrigation record: Yield_data.zip: yield data from model simulations (denoted by three scenarios, CTRL, PGW, TAVE), with irrigation (irr), and from USDA NASS (NASS). Irrigation_data.zip: Irrigation amount data from three scenarios (CTRL, PGW, TAVE for early planting), and from USGS water use record (2005 and 2010). TempPrecPET.zip: temperature and precipitation and potential evapotranspiration data (PET) for the CTRL and PGW climate scenarios. 
DOI:10.5281/zenodo.10028573