Relationship between soil depth and terrain attributes in karst region in Southwest China

Author:

Yang Qiyong,Zhang Fawang,Jiang Zhongcheng,Li Wenjun,Zhang Jianbing,Zeng Faming,Li Hui

Publisher

Springer Science and Business Media LLC

Subject

Stratigraphy,Earth-Surface Processes

Reference45 articles.

1. Basso B (2005) Digital terrain analysis: Data source, resolution and application for modeling physical processes in agroecosystems. Rivista Italiana di Agrometeorologia 5:5–14

2. Bertoldi G, Dietrich WE, Miller NL, Rigon R (2004) Role of bedrock heterogeneties and soil thickness on the saturation overland flow dynamics in headwater catchments: field observation and simulation using a distributed hydrological model. In: Teuling AJ, Leijnse H, Troch PA, Sheffield J, Wood EF (eds) 2nd International CAHMDA Workshop on: the terrestrial water cycle: modelling and data assimilation across catchment scales. Princeton, USA, pp 25–27

3. Boer M, Del Barrio G, Puigdefábres J (1996) Mapping soil depth classes in dry Mediterranean areas using terrain attributes derived from a digital elevation model. Geoderma 72:99–118

4. Cai Y (1997) Ecological and socio-economic rehabilitation in the karst of Southwest China. J Chin Geogr 7:24–32 (in Chinese)

5. Chartin C, Bourennane H, Salvador-Blanes S, Hinschberger F, Macaire JJ (2011) Classification and mapping of anthropogenic landforms on cultivated hillslopes using DEMs and soil thickness data—example from the SW Parisian Basin, France. Geomorphology 135:8–20

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