Effects of vegetation, terrain and soil layer depth on eight soil chemical properties and soil fertility based on hybrid methods at urban forest scale in a typical loess hilly region of China - Zhang, Xinping; Zhang, Fangfang; Wang, Dexiang; Fan, Junxi; Hu, Youning; Kang, Haibin; Chang, Mingjie; Pang, Yue; Yang, Yang; Feng, Yang (PloS one, 2018)
Keywords: Agricultural economics; Agricultural land; Agriculture; Analysis; Architectural engineering; Biology and Life Sciences; Carbon; Chemical properties; Constraining; Cultivated lands; Earth Sciences; Ecology and Environmental Sciences; Ecosystems; Environmental restoration; Farmlands; Forestry; Forests; Grasslands; Heterogeneity; Influence; Interpolation; Interpolation methods; Kriging interpolation; Landscape architecture; Limiting factors; Loess; Mapping; Mixed forests; Nitrogen; Organic chemistry; Organic matter; Organic phosphorus; Phosphorus; Physical Sciences; Pine trees; Plantations; Platycladus orientalis; Potassium; Soil chemistry; Soil erosion; Soil fertility; Soil layers; Soil mapping; Soil properties; Soils; Spatial heterogeneity; Studies; Terrain; Urban areas; Urban forests; Vegetation; Vegetation cover; Vegetation effects; Vegetation zones; China; Loess Plateau