Research projects
Ongoing projects
- Water Demand and Water Planning in Kabul City/ Afghanistan (DAAD)
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Hydrological investigation and evaluation of surface waters of Cuvelai basin, North Namibia
- DFG:Scientific network "Subsurface Stormflow – A well-recognized but still challenging process in catchment hydrology research" (Spokesmen: Prof. Dr. P. Chifflard, Philipps-Universität Marburg)
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Flow and morphodynamic processes in oxbow lakes of the Middle Elbe with special consideration of reconnection and restoration
Finished projects
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AGENT - Potentials of woody biomass on agricultural sites on the North German Plain, taking into account water supply and the competitiveness of short rotation coppice
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Tachia Hsi - Sediment dynamics in the Tachia Hsi channel reconstructed in the hydraulic flume at the Geocampus Lankwitz, FU Berlin
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RuBus - Accounting and physicochemical characterization of the current sediment dynamics in the Rummelsburg bay
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Erstellung eines übertragbaren Schutzkonzeptes zur Schadensminimierung an Gully-Systemen mittels geo-, bio- und ingenieurtechnischer Maßnahmen verbunden mit regenerativer Energiegewinnung – Beispielgebiet Voi, Kenia
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VEGA -The Influence of floodplain Vegetation on Sedimentation, Erosion and flow characteristics during flood events
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AguaGestión II - Development of a centre of exellence for innovative and sustainable water management in urban and rural areas of Peru - Centro de Competenzia del Agua
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CASCUS II - Implementation-oriented water and soil resources management in the northern Andes of Peru, taking into account climatic uncertainties
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AguaGestión I - Development of a centre of exellence for innovative and sustainable water management in urban and rural areas of Peru
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CASCUS I – Conservation of Water and Soil Resources in the Catchments of Chetillano and Ronquillo in the Northern Sierra of Peru
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BMBF-CAME TP QuaSi: Supra-regional signal pathways and long-time archives: Quaternary monsoon dynamics at the Northern margin of the Tibetan Plateau
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HALA HU - Basin morphology and the late Quaternary interrelations between geomorphic and sedimentary processes in the Hala Hu Basin, Qinghai Province, China (National Science Foundation of China); Prof. Dr. B. Wünnemann
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„Integrated international Dual-Master“ – MSc Environmental Earth Sciences in cooperation with Nanjing University, China 2012-2014 (DAAD, Department of Earth Sciences at Freie Universität Berlin and Nanjing University)
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TIP II – Landscape and lake system response to Late Quaternary monsoon dynamics on the Tibetan Plateau – Northern transect. (DFG Priority Program 1372 "Tibetan Plateau: formation - climate - ecosystems"; Prof. Dr. B. Wünnemann, Dr. K. Hartmann
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TIP I - Landscape and lake system response to Late Quaternary monsoon dynamics on the Tibetan Plateau – Northern transect. (DFG Priority Program 1372 "Tibetan Plateau: formation - climate - ecosystems"; PD Dr. B. Wünnemann, Dr. K. Hartmann)
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MOWARES – Modelling of the risk oriented and integrative management of water resources under changing climatic conditions in the coastal catchment of the Muzhu River, Weihai, China
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IAS - Interaction between Floodplain Vegetation and Sediment Transport at the Upper Rhine in the Hartheim and Chalampé investigation areas
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DINGHO – Decentralised, integrated and trans-boundary flood protection in the German-Czech river basins near the mountain ridge of the Central Ore Mountains (Project report, in German)
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Optimization of decentralized, integrated flood protection for the city of Bad Oeynhausen
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Impact of pre- to post-communist landscape change on sediment dynamics in the catchment of Lake Mladotice in the western Czech Republic
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Early diagenetic precipitation processes in lakes, Willersinnweiher
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Investigation of colluvial and fluvial sediments for the reconstruction of the Neolithic environmental change in the Hegau region, south-west Germany
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Sediment deposits from slush torrents in north-west Spitsbergen as a Holocene archive of extreme snowmelt events
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GIS-based modelling of the Quaternary process dynamics between the Neckar basin and the Neckar alluvial fan
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Linking colluvial and fluvial sediments of different scale ranges for the reconstruction of the landscape change at the time of the land seizure