Degradation and small-scale spatial homogenization of topsoils in intensively-grazed steppes of Northern China

Keyphrases

• Spatial Distribution 100%
• Northern China 100%
• Topsoil 100%
• Steppe 100%
• Semi-natural Grassland 100%
• Spatial Homogenization 100%
• Plant-wide 66%
• Bulk Density 66%
• Soil Organic Carbon 66%
• Vegetation Patch 66%
• Topsoil Properties 66%
• Order of Magnitude 33%
• Autocorrelation 33%
• Low Density 33%
• Bare Soil 33%
• Sill 33%
• Homogeneous Distribution 33%
• Heterogeneous Distribution 33%
• Soil Properties 33%
• Large Grid 33%
• Soil Chemical Properties 33%
• Total Nitrogen 33%
• Sheep 33%
• Carbon Isotopes 33%
• Spatial Expansion 33%
• Geostatistics 33%
• Physical Soil Properties 33%
• Semi-variance 33%
• Grassland Ecosystem 33%
• Overgrazing 33%
• Leymus chinensis 33%
• Inner Mongolia 33%
• Total Sulfur 33%
• Desertification 33%
• Nugget 33%
• Arid Steppe 33%
• Steppe Ecosystem 33%
• Small-scale Variability 33%
• Semivariogram 33%
• Hoof 33%
• Heterogeneous Vegetation 33%
• Stipa Grandis 33%
• Grass Tussocks 33%
• Steppe Types 33%
• Heterogeneous Patterns 33%
• Small Plots 33%

Earth and Planetary Sciences

• China 100%
• Topsoil 100%
• Homogenizing 100%
• Vegetation 80%
• Spatial Distribution 60%
• Soil Organic Carbon 40%
• Grassland 40%
• Bulk Density 40%
• Autocorrelation 20%
• Bare Soil 20%
• Soil Property 20%
• Soil Chemical Property 20%
• Field Scale 20%
• Soil Physical Property 20%
• Geostatistics 20%
• Carbon Isotope Ratio 20%
• Mongolia 20%
• Overgrazing 20%
• Grassland Ecosystem 20%

Agricultural and Biological Sciences

• Topsoil 100%
• Steppe 100%
• Grassland 60%
• Soil Organic Carbon 40%
• Bulk Density 40%
• Soil Physical Properties 20%
• Soil Chemical Properties 20%
• Desertification 20%
• Stipa Grandis 20%
• Leymus Chinensis 20%
• Hooves 20%
• Tussock (Grass) 20%
• Soil Property 20%
• Overgrazing 20%
• Autocorrelation 20%
• Geostatistical Analysis 20%