Attendance Time: Friday, 7 May 2010, 13:30–15:00
Halls X/Y
Chairperson: Joachim Rohn and Thomas Scholten
XY571
EGU2010-15555 The Yangtze-Project Günter Subklew, Julia Ulrich, Leander Fürst, and Agnes Höltkemeier
XY572
EGU2010-13154 Three Gorges Reservoir Area: soil erosion under natural condition vs. soil erosion under current land usePress & Media Sarah Schönbrodt, Thorsten Behrens, and Thomas Scholten
XY573
EGU2010-1533 Spatial and temporal assessment of driving and conditioning factors and their impact on land use / land cover change in the Xiangxi Catchment, Three Gorges RegionPress & Media
Christoph Seeber, Heike Hartmann, Wei Xiang, and Lorenz King
XY574
EGU2010-11987 Assessing internal biophysical vulnerability to landslide hazards - a nested catchment approach: Xiangxi Watershed / Three Gorges Reservoir
Matthias Wiegand, Christoph Seeber, Heike Hartmann, Wei Xiang, and Lorenz King
XY575
EGU2010-11534 Types of mass movements in the Xiangxi Catchment (Three Gorges Reservoir) and their correlation to layering and strata Joachim Rohn, Dominik Ehret, and Wei Xiang
XY576
EGU2010-9265 YANGTZE project: Investigation of mass movements in the Three Gorges Reservoir Area (P. R. China) Dominik Ehret, Joachim Rohn, Johannes Wiedenmann, René Rudolph, Karel Otte, Stefanie Ernstberger, Susan Eckstein, and Christian Dumperth
XY577
EGU2010-15370 YANGTZE Project: Investigation and analysis of mass movements in the Three Gorges Reservoir area (P.R. China) Christian Dumperth, René Rudolph, Johannes Wiedenmann, Dominik Ehret, and Joachim Rohn
XY578
EGU2010-10653 A combined monitoring and modelling approach to assess the impact of land use change on water quantity and quality in the Xiangxi Catchment (Three Gorges Region, China) Katrin Bieger, Britta Schmalz, Qinghua Cai, and Fohrer Nicola
XY579
EGU2010-12661 Remote Monitoring and Analysis of geo- and biophysical Parameters Related to Mass Movements in the Catchment Area of the Yangtze River Dam/ China Michaela Frei
XY580
EGU2010-3878 Simulated Seismic Load Tests on Dam Core Material to Scrutinize Pore Water Pressure Development Qazi Umar Farooq and Taro Uchimura