2000. University of Minnesota. Institute on the Environment. This raster dataset represents the average yield for peanut (ground nut) crops in tons per hectare. Croplands cover ~15 million km2 of the planet a... University of Minnesota. Institute on the Environment.
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2000. University of Minnesota. Institute on the Environment. This raster dataset depicts equal area climate bins for ground nut (peanuts) crops. Climate bins are defined by precipitation and growing degree da... University of Minnesota. Institute on the Environment.
2000. University of Minnesota. Institute on the Environment. This raster dataset represents the agricultural census data quality for peanut (ground nut) crop yields. Data quality categories include (0= missin... University of Minnesota. Institute on the Environment.
2000. University of Minnesota. Institute on the Environment. This raster dataset represents the agricultural census data quality for harvested areas of peanut (ground nut) crops. Data quality categories inclu... University of Minnesota. Institute on the Environment.
2000. University of Minnesota. Institute on the Environment. This raster dataset depicts the average fractional proportion of a gridcell for peanut (ground nut) crops that were harvested circa 2000. Croplands... University of Minnesota. Institute on the Environment.
2000. University of Minnesota. Institute on the Environment. This raster dataset depicts the average number of hectares per land-area of a gridcell for peanut (ground nut) crops. Data quality categories inclu... University of Minnesota. Institute on the Environment.
2000. University of Minnesota. Institute on the Environment. This raster dataset represents a climate-defined potential yield (in tons per hectare) of ground nut (peanuts) crops for the year 2000 compared to ... University of Minnesota. Institute on the Environment.
2000. University of Minnesota. Institute on the Environment. This raster dataset represents total peanut (ground nut) crop production in metric tons. Harvested area in hectares was multiplied by yield per hec... University of Minnesota. Institute on the Environment.
2000. University of Minnesota. Institute on the Environment. This raster dataset represents the average gap (in tons per hectare) between observed yields in the year 2000 and a climate-defined potential yield... University of Minnesota. Institute on the Environment.