Applicants for the PhD positions must hold a MSc or equivalent degree in biology/ ecology or the environmental sciences with a sound knowledge in one or more of the following areas: ecohydrology, plant ecology, functional ecology, community ecology, landscape ecology and similar. Ideally, the applicants have experience in spatially-explicit modeling of ecological and/or hydrological systems.
The goal of the project will be to couple spatially-explicit models of vegetation dynamics with models of hydrodynamics on a landscape-scale, for studying pattern formation and selection for certain functional traits in vegetation as a function of climate and geomorphology. The novelty of this approach is that both hydrology and vegetation are regarded as dynamic in space and time, as opposed to purely hydrological or ecological modeling.
The position is scheduled for 3 years with an anticipated starting date of January or February 2014. Payment is according to the German public tariff (75% TV-L E13).
The position will be embedded into the International Research Training Group (IRTG) "INTEGRATED HYDROSYSTEM MODELLING"
The IRTG at the Universities of Tbingen (Germany), Hohenheim (Germany), and Waterloo (Canada) targets at developing and applying numerical models of flow and reactive solute transport in coupled hydrosystems comprising of land-surface and subsurface compartments. The IRTG offers a structured PhD program at Tbingen with joint international training and supervision. The main work place is in Tbingen; a six-month research stay at Waterloo is integral part of the training. The program has started in 2012.
Doctoral Researcher for COUPLED MODELLING OF VEGETATION - HYDROLOGY DYNAMICS
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2013-08-19, 00:00
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2025-09-29, 17:01
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Catan Andreea Corina
