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Soil properties and soil water conditions in the yangjuangou catchment of the chinese loess plateau
Authors:U Schindler  Y Li  R Funk
Affiliation:1. Centre for Agricultural Landscape and Land Use Research (ZALF) , Institute of Soil Landscape Research , Eberswalder Stra?e 84, 15374, Müncheberg, Germany uschindler@zalf.de;3. Institute of Agricultural Environment and Sustainable Development , CAAS , Beijing, China;4. Centre for Agricultural Landscape and Land Use Research (ZALF) , Institute of Soil Landscape Research , Eberswalder Stra?e 84, 15374, Müncheberg, Germany
Abstract:Soil properties and soil water conditions were assessed for different land use (forest, arable land, grassland) on a silty Calcaric Regosol in the Yangjuangou Catchment of the Chinese Loess Plateau. The loess here is unimodal, poorly sorted with abundant coarse silt, has very low dry bulk density (1.11?–?1.38?g cm???3) and little organic carbon content (1.6?–?3.7?g kg???1). The soils are hydrophilic, have high porosity (0.5?–?0.55 cm3?cm???3), unsaturated hydraulic conductivity, and plant available water content (0.34?–?0.4 cm3?cm???3). Soil properties are quite uniform in space. Land use had no significant effects on soil properties and soil water conditions.
Keywords:Loess soils  Land use  Soil properties  Soil hydrology
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