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(A land cover map of South America Hugh D. Eva, Alan S. Belward, Evaristo E. De Miranda, Carlos M. Di Bella, Valéry Gond, Otto Huber, Simon Jones, Matteo Sgrenzaroli & Steffen Fritz Abstract A digital land cover map of South America has been produced using remotely sensed satellite data acquired between 1995 and the year 2000. The mapping scale is defined by the 1 km spatial resolution of the map grid-cell. In order to realize the product, different sources of satellite data were used, each sour…)
 
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== Resumen ==
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==Resumen==
A land cover map of South America
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A land cover map of South America<br>
Hugh D. Eva, Alan S. Belward, Evaristo E. De Miranda, Carlos M. Di
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Hugh D. Eva, Alan S. Belward, Evaristo E. De Miranda, Carlos M. Di Bella, Valéry Gond, Otto Huber, Simon Jones, Matteo Sgrenzaroli & Steffen Fritz<br>
Bella, Valéry Gond, Otto Huber, Simon Jones, Matteo Sgrenzaroli
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Abstract<br>
& Steffen Fritz
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A digital land cover map of South America has been produced using remotely sensed satellite data acquired between 1995 and the year 2000. The mapping scale is defined by the 1 km spatial resolution of the map grid-cell. In order to realize the product, different sources of satellite data were used, each source providing either a particular parameter of land cover characteristic required by the legend, or mapping a particular land cover class. The map legend is designed both to fit requirements for regional climate modelling and for studies on land cover change. The legend is also compatible with a wider, global, land cover mapping exercise, which seeks to characterize the world’s land surface for the year 2000. As a first step, the humid forest domain has been validated using a sample of high-resolution satellite images. The map demonstrates both the major incursions of agriculture into the remaining forest domains and the extensive areas of agriculture, which now dominate South America’s grasslands.
Abstract
 
A digital land cover map of South America has been produced using remotely sensed satellite data acquired between 1995 and the year 2000. The mapping scale is defined by the 1 km spatial resolution of the map grid-cell. In order to realize the product, different sources of satellite data were used, each source providing either a particular parameter of land cover characteristic required by the legend, or mapping a particular land cover class. The map legend is designed both to fit requirements for regional climate modelling and for studies on land cover change. The legend is also compatible with a wider, global, land cover mapping exercise, which seeks to characterize the world’s land surface for the
 
year 2000. As a first step, the humid forest domain has been validated using a sample of high-resolution satellite images. The map demonstrates both the major incursions of agriculture into the remaining forest domains and the extensive areas of agriculture, which now dominate South America’s grasslands.
 
 
Global Change Biology (2004) 10, 731–744, doi: 10.1111/j.1529-8817.2003.00774.x
 
Global Change Biology (2004) 10, 731–744, doi: 10.1111/j.1529-8817.2003.00774.x

Revisión actual del 00:07 30 jun 2020

Resumen

A land cover map of South America
Hugh D. Eva, Alan S. Belward, Evaristo E. De Miranda, Carlos M. Di Bella, Valéry Gond, Otto Huber, Simon Jones, Matteo Sgrenzaroli & Steffen Fritz
Abstract
A digital land cover map of South America has been produced using remotely sensed satellite data acquired between 1995 and the year 2000. The mapping scale is defined by the 1 km spatial resolution of the map grid-cell. In order to realize the product, different sources of satellite data were used, each source providing either a particular parameter of land cover characteristic required by the legend, or mapping a particular land cover class. The map legend is designed both to fit requirements for regional climate modelling and for studies on land cover change. The legend is also compatible with a wider, global, land cover mapping exercise, which seeks to characterize the world’s land surface for the year 2000. As a first step, the humid forest domain has been validated using a sample of high-resolution satellite images. The map demonstrates both the major incursions of agriculture into the remaining forest domains and the extensive areas of agriculture, which now dominate South America’s grasslands. Global Change Biology (2004) 10, 731–744, doi: 10.1111/j.1529-8817.2003.00774.x

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actual00:06 30 jun 2020 (2,52 MB)Lcgarcia (discusión | contribuciones)A land cover map of South America Hugh D. Eva, Alan S. Belward, Evaristo E. De Miranda, Carlos M. Di Bella, Valéry Gond, Otto Huber, Simon Jones, Matteo Sgrenzaroli & Steffen Fritz Abstract A digital land cover map of South America has been produced using remotely sensed satellite data acquired between 1995 and the year 2000. The mapping scale is defined by the 1 km spatial resolution of the map grid-cell. In order to realize the product, different sources of satellite data were used, each sour…

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