B04 will extend the hydrological model, developed in AquaDiva's first phase, into a full multi-scale hydro-biogeochemical model of the Hainich CZE. In particular, we will combine flow and transport simulations, validated by isotope measurements, to characterize the discharge generation with simulations of the response of microbial communities to extreme events. This will allow us to describe the chemical export dynamics of the Hainich CZE, to characterize the CZE as a physico-chemical filter for both, water and bioreactive solutes, and, eventually, to describe how surface signals propagate in and interact with subsurface regions, the central question of the AquaDiva project.
PIs
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Prof. Dr. Sabine Attinger
Department Computational HydrosystemsUFZ Leipzig
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+49 (0)341 235-1250
+49 (0)341 235-1939 |
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Dr. Martin Thullner
Geomicrobial Reactive Transport Systems Group, Department Environmental Microbiology
UFZ Leipzig
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Doctoral Researcher
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Swamini Khurana
Geomicrobial Reactive Transport Systems Group, Department Environmental Microbiology
UFZ Leipzig
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Associated Researcher
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Dr. Falk Heße
Department Computational Hydrosystems
UFZ Leipzig
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Dr. habil. Tino Rödiger
Department Computational Hydrosystems
UFZ Leipzig
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