List
of Plates
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Average annual precipitation |
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Average annual reference evapotranspiration (Penman-Monteith) |
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Thermal climates |
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Temperature growing periods (LGPt=5) |
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Frost-free periods (LGPt=10) |
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Accumulated temperatures (Tmean > 0.C) |
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Total length of growing periods |
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Growing period patterns |
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Median of terrain slopes derived from GTOPO30 |
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Temperature and radiation limited yield for rain-fed wheat (high level of inputs) |
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Agro-climatically attainable yield for rain-fed wheat (high level of inputs) |
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Agro-climatically attainable yield for rain-fed and irrigated wheat (high level of inputs) |
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Multiple cropping zones - rain-fed conditions |
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Number of growing period days |
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Temperature and radiation limited yield for 120-day rain-fed grain maize (high level of inputs) |
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Temperature, radiation and water limited yield for 120-day rain-fed grain maize (high level of inputs) |
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Agro-climatically attainable yield for 120-day rain-fed grain maize (high level of inputs) |
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Expected grid-cell output per hectare for 120-day rain-fed grain maize (high level of inputs) |
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Expected grid-cell output per hectare across all 13 rain-fed grain maize types (high level of inputs) |
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Climate constraints |
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Soil depth constraints |
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Soil fertility constraints |
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Soil drainage constraints |
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Soil texture constraints |
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Soil chemical constraints |
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Terrain slope constraints |
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Soil constraints combined |
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Climate, soil and terrain slope constraints combined |
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Suitability for rain-fed wheat (high level of inputs) |
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Suitability for rain-fed grain maize (high level of inputs) |
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Suitability for rain-fed cereals (high level of inputs) |
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Suitability for rain-fed roots and tubers (high level of inputs) |
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Suitability for rain-fed pulses (high level of inputs) |
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Suitability for rain-fed oil crops (high level of inputs) |
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Suitability for rain-fed sugar crops (high level of inputs) |
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Suitability for rain-fed cotton (high level of inputs) |
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Suitability for rain-fed plus irrigated wheat (high level of inputs) |
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Suitability for rain-fed plus irrigated grain maize (high level of inputs) |
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Suitability for rain-fed plus irrigated wetland rice (high level of inputs) |
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Suitability for rain-fed plus irrigated cereals (high level of inputs) |
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Suitability for rain-fed plus irrigated roots and tubers (high level of inputs) |
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Suitability for rain-fed plus irrigated pulses (high level of inputs) |
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Suitability for rain-fed plus irrigated oil crops (high level of inputs) |
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Suitability for rain-fed plus irrigated sugar crops (high level of inputs) |
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Suitability for rain-fed plus irrigated cotton (high level of inputs) |
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Suitability for rain-fed crops (maximizing technology mix) |
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Irrigation impact classes |
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Most suitable cereal (agronomic suitability) |
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Most suitable cereal (food energy) |
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Most suitable cereal (output value) |
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Expected grid-cell output per hectare for single cropping of rain-fed cereals (high level of inputs) |
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Expected grid-cell output per hectare for single cropping of rain-fed and irrigated cereals (high level of inputs) |
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Expected grid-cell output per hectare for multiple cropping of rain-fed cereals (high level of inputs) |
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Expected grid-cell output per hectare for multiple cropping of rain-fed and irrigated cereals (high level of inputs) |
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Dominant ecosystem classes |
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Suitability for rain-fed crops excluding forest ecosystems (high level of inputs) |
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Suitability for rain-fed crops under forest ecosystems (high level of inputs) |
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Change in number of growing period days at +2.C |
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Potential distribution of rain-fed wheat under current climate |
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Potential distribution of rain-fed wheat at +1.C annual temperature |
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Potential distribution of rain-fed wheat at +2.C combined with +5% annual rainfall |
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Potential distribution of rain-fed wheat at +3.C combined with +10% annual rainfall |
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Potential distribution of rain-fed grain maize under current climate |
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Potential distribution of rain-fed grain maize at +1.C annual temperature |
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Potential distribution of rain-fed grain maize at +2.C combined with +5% annual rainfall |
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Potential distribution of rain-fed grain maize at +3.C combined with +10% annual rainfall |
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Max-Planck Institute of Meteorology (ECHAM4 2080): Country-level climate change impacts on rain-fed cereal production potential on currently cultivated land |
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Max-Planck Institute of Meteorology (ECHAM4 2080): Impacts of climate change on multiple cropping production potential of rain-fed cereals |
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Regions used in global AEZ |
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Population density in 1995 |