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8 Titles Match Your Query
Showing 1 through 8 of 8
1. Global 1km Land Cover - IGBP Legend (South America) [geodata_0303]
The U.S. Geological Survey (USGS), the University of Nebraska-Lincoln (UNL), and the European Commission's Joint Research Centre (JRC) have generated a 1-km resolution global land cover characteristics ...


2. Global 1km Land Cover - Olson Global Ecosystem Legend (South America) [geodata_0371]
The U.S. Geological Survey (USGS), the University of Nebraska-Lincoln (UNL), and the European Commission's Joint Research Centre (JRC) have generated a 1-km resolution global land cover characteristics ...


3. Historical Meteorological and Climatological Data for Locations in Latin America [1945-1946] [NOAA_NCL_LATIN_AMERICA]
Climatological data for locations in the Latin America [1945-1946] from the NOAA Central Library Climate Data Imaging Project. The publications shown below contains data for various locations in ...


4. InfoNatura [InfoNatura]
InfoNatura provides conservation status, taxonomic, and distribution information for 5,500 bird and mammal species in Latin America and the Caribbean. InfoNatura provides taxonomic, conservation ...


5. Irrigated Areas (South America) [geodata_1650]
The map depicts the fraction of each 5 min by 5 min cell (9.25 km x 9.25 km at the equator) cell that was equipped for irrigation around 1995. It has been derived by combining statistical data on ...


6. Watershed Boundaries Level 1 - HYDRO1k (South America) [geodata_0783]
The Pfafstetter system was developed by Otto Pfafstetter, a Brazilian engineer. It is based upon the topology of the drainage network and the size of the surface area drained. Its numbering scheme ...


7. Watershed Boundaries Level 2 - HYDRO1k (South America) [geodata_0793]
The Pfafstetter system was developed by Otto Pfafstetter, a Brazilian engineer. It is based upon the topology of the drainage network and the size of the surface area drained. Its numbering scheme ...


8. Watershed Boundaries Level 3 - HYDRO1k [geodata_0788]
The Pfafstetter system was developed by Otto Pfafstetter, a Brazilian engineer. It is based upon the topology of the drainage network and the size of the surface area drained. Its numbering scheme ...


Showing 1 through 8 of 8
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