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New anthropogenic land use estimates for the Holocene: HYDE 3.2
Kees Klein Goldewijk
,
Arthur Beusen
,
Jonathan Doelman
, Elke Stehfest
Environmental Sciences
Environmental Sciences
DES - Geochemistry group
Research Programme in Earth Sciences Utrecht (DES / IVAU)
Research output
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›
peer-review
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Keyphrases
Pasture
100%
Grazing Land
100%
Cropland
100%
Rice
100%
Rangeland
100%
Anthropogenic Land Use
100%
Land Use
66%
Land Area
66%
World Population
66%
Population Density
66%
Livestock
33%
Rainfed Agriculture
33%
Global Land
33%
Density Increase
33%
Arid Region
33%
Land Surface
33%
Rural-urban
33%
Urban Built-up
33%
Global Environment
33%
Built-up Area
33%
Historical Population
33%
Consistent Combination
33%
Rain-fed
33%
Global Cropland
33%
History Database
33%
Allocation Algorithm
33%
Paddy
33%
Irrigated Land
33%
Population Estimate
33%
Irrigated Cropland
33%
Rice Area
33%
Rainfed Cropland
33%
Rain-fed Rice
33%
Irrigated Rice
33%
Agricultural and Biological Sciences
Cropland
100%
Land Use
100%
Grazing Land
50%
Grassland
50%
Rangeland
50%
Population Density
33%
Paddies
16%
Irrigated Rice
16%
Alginic Acid
16%
Arid Zones
16%
Rural Population
16%