Mid-Latitude Slope Deposits (Cover Beds)

Arno Kleber is a Professor and Chair of Physical Geography at the Technical University of Dresden. After completing his doctorate, Arno Kleber focused his research on top layers, making the German cover layer concept internationally known and transferring the concept to other areas of the temperate zone, placing a focus on the possibilities of reconstructing past climate changes and the quantification of environmentally significant processes that are controlled by surface layers. Dr Kleber is a member of various scientific societies such as the German Soil Science Society, DEUQUA and INQUA, Geological Society of America, Soil Science Society of America and American Association for the Advancement of Science. From 2006 to 2012, Arno Kleber was spokesman for the geosciences department at the Faculty of Environmental Sciences at TU Dresden. He was also Dean of Studies for Geography from 2006 to 2016 and was therefore largely responsible for the development of geographic courses. Dr Birgit Terhorst is Professor of Physical Geography and Soil Science at the Institute of Geography and Geology, University of Wuerzburg, Germany. She has held various lecturing and professorship positions in institutions in soil science and geography. Dr Terhorst conducts research on geography, natural hazards and landslides, geoinformatics (GIS), geoarcheology, soil science, and quaternary research. She has over 150 publications in international journals and is supervising numerous research projects. Her completed research projects include geophysical methods for the analysis of mass movements; gravitational mass movements in Mexico under the influence of climate change and anthropogenic use; slope stability and danger zones in northern Bavaria: a study on causes, process and risk; and monitoring procedures in active landslide areas, among many others.

1. Introduction
2. Subdued mountains of Central Europe
3. Cover beds with interbedded/intercalated loess-like slope deposits
4. Influence of cover beds on soils
5. Influence of cover beds on slope hydrology
6. Geotechnical properties of periglacial cover beds
7. Transferring the concept of cover beds
8. Laser granulometry of cover beds and separating process regimes by end-member modelling
9. Relative dating with cover beds
10. Provenance of cover-bed eolian matter using U-Pb dating of detrital zircons
11. Conclusions