Column with artificial soil used for transport experiments


Hydrogeological research at the Friedrich-Schiller-University Jena is focused on a in-depth understanding of structure, dynamics and functioning of the part of the earth's crust, which forms under the influence of atmosphere, hydrosphere, biosphere and lithosphere and is termed the "critical zone". Apart from soils in the more narrow sense, the critical zone also includes the unsaturated zone and the near-surface hydrogeosphere.
Column with artificial soil used for transport experiments
Image: Katharina Lehmann

Research Approach

We follow a complementary scientific approach, integrating the four elements laboratory experiments, field experiments, formulation of concepts and modeling and simulation. In interdisciplinary research projects beyond boundaries of classical fields of study we collaborate in working groups with different scientific and engineering disciplines to solve problems. New input for teaching and university education results from involving methodological and theoretical principles and concepts from material science, solid state physics, nano technology, molecular- and biotechnology.

Idylle mit Teerfass
Image: Robert Lehmann
Subsurface ecosystem services such as the provision of "clean drinking water", "biodiversity" and "soil fertility" are increasingly threatened. Protection and remediation of soil and groundwater are major tasks at the chair of hydrogeology, in particular in view of change in in climate and land use.
Image: Hydrogeologie
Microagregates are crucial for the function of soils as filters, buffer, and reservoir. Knowledge about their formation and structure is rare and may help to elucidate essential soil functions.
Aerationszone in Gesteinen des Mittleren Muschelkalks
Image: Robert Lehmann
We investigate the properties, functions and habitat in the aeration zone, which is essential for groundwater quality, yet rarely characterized.
Bodenlinerprobe mit redoximorphen Merkmalen
Image: Hydrogeologie
Our research focuses on entangling the interactions and process that operate at biogeochemical interfaces in soil and rock.
Visualisierter, modellierter Stofftransport im Porensystem eines porösen Mediums mit ausgeprägtem präferentiellen Fließen
Image: Thomas Ritschel
We develop and maintain a broad suite of analytical and numerical models from the scale of atoms and molecules to scale of catchments.
Eine Schöpfprobe kann auch so aussehen
Image: Hydrogeologie
The mobility of (in)organic colloids has massive consequences for the transport of hydrophobic organic contaminants, which may associate with mobile colloids and therefore gain mobility themselves.
Kluftgrundwasserleiter (Oberer Muschelkalk)
Forschungsverbund zum Verständnis der Verknüpfungen zwischen der oberirdischen und unterirdischen Biogeosphäre
Solid samples used for scaning electron microscopy
"Microaggregates: Formation and turnover of the structural building blocks of soils"
Bohrplatz der Forschungstiefbohrung EF-FB 1/12
Forschungsvorhaben, gefördert vom Bundesministerium für Bildung und Forschung und vom Thüringer Kultusministerium.
REM-Aufnahme von "Artificial Soil"-Bodenaggregaten
"Biogeochemical Interfaces in Soil"
Suspensionen mit Eisenoxid-Nanopartikeln (Goethit)
"Colloidal Iron Oxide Nanoparticles for the REclamation of Toxic Metal Contaminated GROUNDwater Aquifers, Drinking Water Wells, and River Bank Filtrations"
Entnahme von Grundwasserproben aus verschiedenen Tiefen durch unsere Projektpartner beim Injektionsversuch
BMBF-Projekt "Nanosan: Nanoparticle-based remediation: In situ application of iron oxide nanoparticles to remove organic contaminants from the groundwater of contaminated sites"
Bioporen (Wurzelröhren) bilden präferenzielle Fließpfade im Ackerboden
DFG-Forschergruppe "Carbon flow on belowground food webs assessed by isotope tracers"