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| "contact_name": "Food and Agriculture Organization of the United | | "contact_name": "Food and Agriculture Organization of the United |
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| "notes": "\"The Agro\u2010Ecological Zones (AEZ) approach is based | | "notes": "\"The Agro\u2010Ecological Zones (AEZ) approach is based |
| on principles of land evaluation (FAO 1976, 1984 and 2007). The AEZ | | on principles of land evaluation (FAO 1976, 1984 and 2007). The AEZ |
| concept was originally developed by the Food and Agriculture | | concept was originally developed by the Food and Agriculture |
| organization of the United Nations (FAO). FAO, with the collaboration | | organization of the United Nations (FAO). FAO, with the collaboration |
| of IIASA has over time, further developed and applied the AEZ | | of IIASA has over time, further developed and applied the AEZ |
| methodology, supporting databases and software packages. The current | | methodology, supporting databases and software packages. The current |
| Global AEZ (GAEZ v 3.0) provides a major update of data and extension | | Global AEZ (GAEZ v 3.0) provides a major update of data and extension |
| of the methodology compared to the release of GAEZ in 2002 (Fischer, | | of the methodology compared to the release of GAEZ in 2002 (Fischer, |
| et. al., 2002). GAEZ v 3.0 incorporates two important new global data | | et. al., 2002). GAEZ v 3.0 incorporates two important new global data |
| sets on \u201cActual Yield and Production\u2019 and \u201cYield and | | sets on \u201cActual Yield and Production\u2019 and \u201cYield and |
| Production Gaps\u201d between potentials and actual yield and | | Production Gaps\u201d between potentials and actual yield and |
| production. Geo\u2010referenced global climate, soil and terrain data | | production. Geo\u2010referenced global climate, soil and terrain data |
| are combined into a land resources database, commonly assembled on the | | are combined into a land resources database, commonly assembled on the |
| basis of global grids, typically at 5 arc\u2010minute and 30 | | basis of global grids, typically at 5 arc\u2010minute and 30 |
| arc\u2010second resolutions. Climatic data comprises precipitation, | | arc\u2010second resolutions. Climatic data comprises precipitation, |
| temperature, wind speed, sunshine hours and relative humidity, which | | temperature, wind speed, sunshine hours and relative humidity, which |
| are used to compile agronomically meaningful climate resources | | are used to compile agronomically meaningful climate resources |
| inventories including quantified thermal and moisture regimes in space | | inventories including quantified thermal and moisture regimes in space |
| and time.\" <br> \r\n*Fischer, G.; Nachtergaele, F. O.; Prieler, S.; | | and time.\" <br> \r\n*Fischer, G.; Nachtergaele, F. O.; Prieler, S.; |
| Teixeira, E.; Toth, G.; van Velthuizen, H. et al. (2016): Global | | Teixeira, E.; Toth, G.; van Velthuizen, H. et al. (2016): Global |
| Agro-ecological Zones (GAEZ v3.0) - Model Documentation.*\r\n", | | Agro-ecological Zones (GAEZ v3.0) - Model Documentation.*\r\n", |
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Heiko Figgemeier: