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University of Minnesota. Institute on the Environment
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University of Minnesota. Institute on the Environment
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Environment
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Stanford
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2000
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1 - 48 of 48
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1. Barley, Climate Bins, 2000
2000. University of Minnesota. Institute on the Environment. This raster dataset depicts equal area climate bins for barley crops. Climate bins are defined by precipitation and growing degree days in crop are... University of Minnesota. Institute on the Environment.
2. Barley, Potential Yield, 2000
2000. University of Minnesota. Institute on the Environment. This raster dataset represents a climate-defined potential yield (in tons per hectare) of barley crops for the year 2000 compared to other farmers ... University of Minnesota. Institute on the Environment.
3. Barley, Yield Gap, 2000
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.
4. Cassavas, Climate Bins, 2000
2000. University of Minnesota. Institute on the Environment. This raster dataset depicts equal area climate bins for cassava crops. Climate bins are defined by precipitation and growing degree days in crop ar... University of Minnesota. Institute on the Environment.
5. Cassavas, Potential Yield, 2000
2000. University of Minnesota. Institute on the Environment. This raster dataset represents a climate-defined potential yield (in tons per hectare) of cassava crops for the year 2000 compared to other farmers... University of Minnesota. Institute on the Environment.
6. Cassavas, Yield Gap, 2000
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.
7. Maize, Climate Bins, 2000
2000. University of Minnesota. Institute on the Environment. This raster dataset depicts equal area climate bins for maize crops. Climate bins are defined by precipitation and growing degree days in crop area... University of Minnesota. Institute on the Environment.
8. Maize, Potential Yield, 2000
2000. University of Minnesota. Institute on the Environment. This raster dataset represents a climate-defined potential yield (in tons per hectare) of maize crops for the year 2000 compared to other farmers g... University of Minnesota. Institute on the Environment.
9. Maize, Yield Gap, 2000
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.
10. Millet, Climate Bins, 2000
2000. University of Minnesota. Institute on the Environment. This raster dataset depicts equal area climate bins for millet crops. Climate bins are defined by precipitation and growing degree days in crop are... University of Minnesota. Institute on the Environment.
11. Millet, Potential Yield, 2000
2000. University of Minnesota. Institute on the Environment. This raster dataset represents a climate-defined potential yield (in tons per hectare) of millet crops for the year 2000 compared to other farmers ... University of Minnesota. Institute on the Environment.
12. Millet, Yield Gap, 2000
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.
13. Oil Palm, Climate Bins, 2000
2000. University of Minnesota. Institute on the Environment. This raster dataset depicts equal area climate bins for oil palm crops. Climate bins are defined by precipitation and growing degree days in crop a... University of Minnesota. Institute on the Environment.
14. Oil Palm, Potential Yield, 2000
2000. University of Minnesota. Institute on the Environment. This raster dataset represents a climate-defined potential yield (in tons per hectare) of oil palm crops for the year 2000 compared to other farmer... University of Minnesota. Institute on the Environment.
15. Oil Palm, Yield Gap, 2000
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.
16. Peanuts, Climate Bins, 2000
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.
17. Peanuts, Potential Yield, 2000
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.
18. Peanuts, Yield Gap, 2000
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.
19. Potatoes, Climate Bins, 2000
2000. University of Minnesota. Institute on the Environment. This raster dataset depicts equal area climate bins for potato crops. Climate bins are defined by precipitation and growing degree days in crop are... University of Minnesota. Institute on the Environment.
20. Potatoes, Potential Yield, 2000
2000. University of Minnesota. Institute on the Environment. This raster dataset represents a climate-defined potential yield (in tons per hectare) of potato crops for the year 2000 compared to other farmers ... University of Minnesota. Institute on the Environment.
21. Potatoes, Yield Gap, 2000
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.
22. Rapeseeds, Climate Bins, 2000
2000. University of Minnesota. Institute on the Environment. This raster dataset depicts equal area climate bins for rapeseed crops. Climate bins are defined by precipitation and growing degree days in crop a... University of Minnesota. Institute on the Environment.
23. Rapeseeds, Potential Yield, 2000
2000. University of Minnesota. Institute on the Environment. This raster dataset represents a climate-defined potential yield (in tons per hectare) of rapeseed crops for the year 2000 compared to other farmer... University of Minnesota. Institute on the Environment.
24. Rapeseeds, Yield Gap, 2000
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.
25. Rice, Climate Bins, 2000
2000. University of Minnesota. Institute on the Environment. This raster dataset depicts equal area climate bins for rice crops. Climate bins are defined by precipitation and growing degree days in crop area.... University of Minnesota. Institute on the Environment.
26. Rice, Potential Yield, 2000
2000. University of Minnesota. Institute on the Environment. This raster dataset represents a climate-defined potential yield (in tons per hectare) of rice crops for the year 2000 compared to other farmers gr... University of Minnesota. Institute on the Environment.
27. Rice, Yield Gap, 2000
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.
28. Rye, Climate Bins, 2000
2000. University of Minnesota. Institute on the Environment. This raster dataset depicts equal area climate bins for rye crops. Climate bins are defined by precipitation and growing degree days in crop area. ... University of Minnesota. Institute on the Environment.
29. Rye, Potential Yield, 2000
2000. University of Minnesota. Institute on the Environment. This raster dataset represents a climate-defined potential yield (in tons per hectare) of rye crops for the year 2000 compared to other farmers gro... University of Minnesota. Institute on the Environment.
30. Rye, Yield Gap, 2000
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.
31. Sorghum, Climate Bins, 2000
2000. University of Minnesota. Institute on the Environment. This raster dataset depicts equal area climate bins for sorghum crops. Climate bins are defined by precipitation and growing degree days in crop ar... University of Minnesota. Institute on the Environment.
32. Sorghum, Potential Yield, 2000
2000. University of Minnesota. Institute on the Environment. This raster dataset represents a climate-defined potential yield (in tons per hectare) of sorghum crops for the year 2000 compared to other farmers... University of Minnesota. Institute on the Environment.
33. Sorghum, Yield Gap, 2000
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.
34. Soybeans, Climate Bins, 2000
2000. University of Minnesota. Institute on the Environment. This raster dataset depicts equal area climate bins for soybean crops. Climate bins are defined by precipitation and growing degree days in crop ar... University of Minnesota. Institute on the Environment.
35. Soybeans, Potential Yield, 2000
2000. University of Minnesota. Institute on the Environment. This raster dataset represents a climate-defined potential yield (in tons per hectare) of soybean crops for the year 2000 compared to other farmers... University of Minnesota. Institute on the Environment.
36. Soybeans, Yield Gap, 2000
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.
37. Sugar beets, Climate Bins, 2000
2000. University of Minnesota. Institute on the Environment. This raster dataset depicts equal area climate bins for sugar beet crops. Climate bins are defined by precipitation and growing degree days in crop... University of Minnesota. Institute on the Environment.
38. Sugar beets, Potential Yield, 2000
2000. University of Minnesota. Institute on the Environment. This raster dataset represents a climate-defined potential yield (in tons per hectare) of sugar beet crops for the year 2000 compared to other farm... University of Minnesota. Institute on the Environment.
39. Sugar beets, Yield Gap, 2000
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.
40. Sugar Cane, Climate Bins, 2000
2000. University of Minnesota. Institute on the Environment. This raster dataset depicts equal area climate bins for sugar cane crops. Climate bins are defined by precipitation and growing degree days in crop... University of Minnesota. Institute on the Environment.
41. Sugar Cane, Potential Yield, 2000
2000. University of Minnesota. Institute on the Environment. This raster dataset represents a climate-defined potential yield (in tons per hectare) of sugar cane crops for the year 2000 compared to other farm... University of Minnesota. Institute on the Environment.
42. Sugar Cane, Yield Gap, 2000
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.
43. Sunflowers, Climate Bins, 2000
2000. University of Minnesota. Institute on the Environment. This raster dataset depicts equal area climate bins for sunflower crops. Climate bins are defined by precipitation and growing degree days in crop ... University of Minnesota. Institute on the Environment.
44. Sunflowers, Potential Yield, 2000
2000. University of Minnesota. Institute on the Environment. This raster dataset represents a climate-defined potential yield (in tons per hectare) of sunflower crops for the year 2000 compared to other farme... University of Minnesota. Institute on the Environment.
45. Sunflowers, Yield Gap, 2000
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.
46. Wheat, Climate Bins, 2000
2000. University of Minnesota. Institute on the Environment. This raster dataset depicts equal area climate bins for wheat crops. Climate bins are defined by precipitation and growing degree days in crop area... University of Minnesota. Institute on the Environment.
47. Wheat, Potential Yield, 2000
2000. University of Minnesota. Institute on the Environment. This raster dataset represents a climate-defined potential yield (in tons per hectare) of wheat crops for the year 2000 compared to other farmers g... University of Minnesota. Institute on the Environment.
48. Wheat, Yield Gap, 2000
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.