Tables

Tables

	Table 1	An example of crop parameterization in Global AEZ: winter wheat, high level of inputs
	Table 2	Climate parameters for Bangkok, Harbin, Manaus, Marseilles, Nairobi and Vienna
	Table 3	Thermal climates classification
	Table 4	Examples of average temperature profiles for Bangkok, Harbin, Manaus, Marseilles, Nairobi and Vienna
	Table 5	Soil moisture storage capacity (Smax) classes derived for FAO soil units and for soil depth/volume limiting soil phases
	Table 6	Delay of the growing period start due to excess wetness
	Table 7	Soil moisture storage capacity (Smax) classes derived for FAO soil units
	Table 8	Crop/Land utilization types
	Table 9	Agro-climatic constraints for winter wheat
	Table 10	Terrain-slope ratings for rain-fed conditions (Fm <1300)
	Table 11	Terrain-slope ratings for gravity irrigation
	Table 12	Terrain-slope ratings for sprinkler irrigation
	Table 13	Soil texture/clay mineralogy limitations
	Table 14	Soil drainage limitations
	Table 15	Soil units with gypsum limitations
	Table 16	Delineation of multiple cropping zones under rain-fed conditions in the tropics
	Table 17	Delineation of multiple cropping zones under rain-fed conditions in subtropics and temperate zones
	Table 18	Severe environmental constraints for rain-fed crop production
	Table 19	Climate, soil and terrain constraints for rain-fed crop production - world totals
	Table 20	Gross extents with cultivation potential for rain-fed wheat (1000ha) – high input level
	Table 21	Gross extents with cultivation potential for rain-fed wheat (1000ha) – intermediate input level
	Table 22	Gross extents with cultivation potential for rain-fed wheat (1000ha) – low input level
	Table 23	Gross extents with cultivation potential for rain-fed grain maize (1000ha) – high input level
	Table 24	Gross extents with cultivation potential for rain-fed grain maize (1000ha) – intermediate input level
	Table 25	Gross extents with cultivation potential for rain-fed grain maize (1000ha) – low input level
	Table 26	Percentage of global land surface potentially suitable for crop production
	Table 27	Gross extents with cultivation potential for rain-fed and irrigated wheat (1000 ha) – high input level
	Table 28	Gross extents with cultivation potential for rain-fed and irrigated wheat (1000 ha) – intermediate input level
	Table 29	Gross extents with cultivation potential for rain-fed and irrigated grain maize (1000 ha) - high input level
	Table 30	Gross extents with cultivation potential for rain-fed and irrigated grain maize (1000 ha) - intermediate input level
	Table 31	Gross extents with cultivation potential for rain-fed and irrigated wetland rice (1000 ha) – high input level
	Table 32	Gross extents with cultivation potential for rain-fed and/or irrigated wetland rice (1000 ha) - intermediate input level
	Table 33	Extents of land in use for crop cultivation (1994-96) and gross extents of land with potential for rain-fed cultivation (VS+S+MS)
	Table 34	Extents of land in use for crop cultivation (1994-96) and gross extents of land with potential for rain-fed wheat, grain maize, or rice cultivation (VS+S+MS)
	Table 35	Gross extents with rain-fed cultivation potential (1000 ha) - maximizing technology mix
	Table 36	Per capita land in use for cultivation and net rain-fed cultivation potential for cereals, populations of 1995 and projected populations in 2050
	Table 37	Gross extents of potentially irrigable land in hyper-arid and arid zones very suitable and suitable (VS+S) for cereals
	Table 38	Maximum attainable crop yield ranges (t/ha dry weight) for high and intermediate level inputs in tropical, subtropical and temperate environments under irrigated conditions
	Table 39	Average of year 1960-1996 simulated maximum attainable crop yield ranges (t/ha dry weight) for high, intermediate and low level inputs in tropical, subtropical and temperate environments under rain-fed conditions
	Table 40	Maximum attainable and long-term sustainable yields for rain-fed wheat, rice, or grain maize averaged over all VS+S+MS land, by region and level of inputs
	Table 41	Distribution of “best” crops when using as selection criterion the crop output value per land unit
	Table 42	Distribution of “best” crops when using nutritive values as weights in crop selection
	Table 43	Gross production potential for cereals at intermediate input level, by multiple cropping zones and major world region
	Table 44	Distribution of aggregate land cover classes by world region
	Table 45	Land under forest ecosystems with potential for rain-fed cultivation of major cereals
	Table 46	Impact of temperature and rainfall sensitivity tests on crop suitability, expressed as VS+S+MS extents for rain-fed wheat cultivation (% change relative to current climate)
	Table 47	Impact of temperature and rainfall sensitivity tests on crop suitability, expressed as VS+S+MS extents for rain-fed wheat, rice, or grain maize cultivation (% change relative to current climate)
	Table 48	Potential impact of irrigation on regional cereal suitability and production
	Table 49	Rain-fed share of total area suitable for cereals, by irrigation impact class
	Table 50	Rain-fed share of total potential cereal production, by irrigation impact class

	Table A1	Climate, soil and terrain constraints for rain-fed crop production - North America
	Table A2	Climate, soil and terrain constraints for rain-fed crop production - Eastern Europe
	Table A3	Climate, soil and terrain constraints for rain-fed crop production - Northern Europe
	Table A4	Climate, soil and terrain constraints for rain-fed crop production - Southern Europe
	Table A5	Climate, soil and terrain constraints for rain-fed crop production - Western Europe
	Table A6	Climate, soil and terrain constraints for rain-fed crop production - Russian Federation
	Table A7	Climate, soil and terrain constraints for rain-fed crop production - the Caribbean
	Table A8	Climate, soil and terrain constraints for rain-fed crop production - Central America
	Table A9	Climate, soil and terrain constraints for rain-fed crop production - South America
	Table A10	Climate, soil and terrain constraints for rain-fed crop production - Oceania
	Table A11	Climate, soil and terrain constraints for rain-fed crop production - Polynesia
	Table A12	Climate, soil and terrain constraints for rain-fed crop production - Eastern Africa
	Table A13	Climate, soil and terrain constraints for rain-fed crop production - Middle Africa
	Table A14	Climate, soil and terrain constraints for rain-fed crop production - Northern Africa
	Table A15	Climate, soil and terrain constraints for rain-fed crop production - Southern Africa
	Table A16	Climate, soil and terrain constraints for rain-fed crop production - Western Africa
	Table A17	Climate, soil and terrain constraints for rain-fed crop production - Western Asia
	Table A18	Climate, soil and terrain constraints for rain-fed crop production - Southeast Asia
	Table A19	Climate, soil and terrain constraints for rain-fed crop production - South Asia
	Table A20	Climate, soil and terrain constraints for rain-fed crop production - East Asia
	Table A21	Climate, soil and terrain constraints for rain-fed crop production - Central Asia
	Table A22	Climate, soil and terrain constraints for rain-fed crop production - Japan
	Table A23	Gross extents with cultivation potential for rain-fed cereals – intermediate input level.
	Table A24	Gross extents with cultivation potential for rain-fed roots and tubers – intermediate input level.
	Table A25	Gross extents with cultivation potential for rain-fed pulses – intermediate input level.
	Table A26	Gross extents with cultivation potential for rain-fed oil crops – intermediate input level.
	Table A27	Gross extents with cultivation potential for rain-fed sugar crops – intermediate input level.
	Table A28	Gross extents with cultivation potential for rain-fed cotton – intermediate input level.
	Table A29	Gross extents with cultivation potential for rain-fed cereals – high input level.
	Table A30	Gross extents with cultivation potential for rain-fed roots and tubers – high input level.
	Table A31	Gross extents with cultivation potential for rain-fed pulses – high input level.
	Table A32	Gross extents with cultivation potential for rain-fed oil crops – high input level.
	Table A33	Gross extents with cultivation potential for rain-fed sugar crops – high input level.
	Table A34	Gross extents with cultivation potential for rain-fed cotton – high input level.
	Table A35	Gross extents with cultivation potential for rain-fed and irrigated cereals – intermediate input level.
	Table A36	Gross extents with cultivation potential for rain-fed and irrigated roots and tubers – intermediate input level.
	Table A37	Gross extents with cultivation potential for rain-fed and irrigated pulses – intermediate input level.
	Table A38	Gross extents with cultivation potential for rain-fed and irrigated oil crops – intermediate input level.
	Table A39	Gross extents with cultivation potential for rain-fed and irrigated sugar crops – intermediate input level.
	Table A40	Gross extents with cultivation potential for rain-fed and irrigated cotton – intermediate input level.
	Table A41	Gross extents with cultivation potential for rain-fed and irrigated cereals – high input level.
	Table A42	Gross extents with cultivation potential for rain-fed and irrigated roots and tubers – high input level.
	Table A43	Gross extents with cultivation potential for rain-fed and irrigated pulses – high input level.
	Table A44	Gross extents with cultivation potential for rain-fed and irrigated oil crops – high input level.
	Table A45	Gross extents with cultivation potential for rain-fed and irrigated sugar crops – high input level.
	Table A46	Gross extents with cultivation potential for rain-fed and irrigated cotton – high input level.

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