Task Group WaterThe goal of the Core Cycle Water resources is to analyse the actual situation and consumption of water resources, to develop a water conservation strategy for the sustainable use and to implement this optimization. The task group is therefore divided into three subprojects:
(Patrick Klenk; Institute of Environmental Physics, Heidelberg)
Assessment of the hydrological state and monitor its future development with remote sensing tools and GPR (ground penetrating radar), apply these tools to develop a proxy index for seasonal and annual variation and quantify the impact of regional changes
– Measuring near-surface soil moisture at the field scale – Ground Penetrating Radar in a Remote Sensing Context (P. Klenk)
(Katharina Fricke und Yuan Yao, Department of Geography, Heidelberg)
Development of a water resources information and control management system, based on a descriptive hydrological model including input information from subproject 1 and data from our Chinese partners, presentation of a water conservation strategy and identification of starting points and potentials for the implementation of technical solutions for water conservation.
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Analysis of the ecological and hydrological environment and development of a descriptive hydrologic model |
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Water resources management information system for Urumqi |
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Klassifikation der Landnutzung und ihrer Veränderung von 1975 bis 2007 anhand von Satellitenbildern in der Region Urumqi (Nordwest-China) |
Bachelor-Arbeit abgeschl. 2011 |
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Multitemporale Detektion der Gletscherveränderung im östlichen Tian Shan (AR Xinjiang, China) im Kontext des Klimawandels |
Bachelor-Arbeit abgeschl. 2011 |
| Auswertung der Temperatur- und Niederschlagsdaten von 15 Klimastationen im Umkreis von Urumqi (AR Xinjiang, China) (N. Barth) |
Bachelor-Arbeit abgeschl. 2011 |
| Entwicklung und Ausbreitung des urbanen Bereichs von Urumqi, Hauptstadt der Autonomen Region Xinjiang (C. Reinl) |
Diplomarbeit abgeschl. 2012 |
Development of technical solutions based on the potentials identified by the subproject 2 and control variables provided by subproject 1 and implementation of specialized Solutions.
