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Florian Einsiedl (1968-)

Hydrogeologe

Name	Florian Einsiedl
Time	1968- (Date of birth and death)
Place	Deutschland
Academic degree	Prof. Dr.
Profession	Hydrogeologe (characteristic profession) Hochschullehrer
Variant	F. Einsiedl
Related	Institut für Baubetrieb, Geologie und Geotechnik (München). Lehrstuhl Hydrogeologie und Geothermie Technische Universität München Grundwasser (Thema)
Topic	Personen zu Geowissenschaften (ohne Hydrologie und Meteorologie)
Further information	Diss. Geowiss.
Source	https://www.professoren.tum.de/einsiedl-florian/ (Stand: 17.09.2024)
Record type	Person
GND-Identifier	122882741
Record ID	122882741
Involved in show all Evaluierung allgemeiner Modellvorstellungen zur großräumigen Fließsystematik im Oberjura-Aquifer (Molassebecken) 3-D Stochastic Modeling of the Sediment Texture in Unconsolidated Sediments for Prediction, Uncertainty Quantification, and Parameter Estimation Investigating Flow and Recharge Dynamics in the Deep Hydrothermal Upper Jurassic Aquifer in Southern Germany: Insights from Paleoclimate Reconstruction Using Environmental Isotopes and Noble Gases The potential of thermal groundwater use in urban environments Understanding the anaerobic oxidation of methane in the hyporheic zone of rivers and streams Technical Note: Testing pore-water sampling, dissolved oxygen profiling and temperature monitoring for resolving dynamics in hyporheic zone geochemistry Hydraulic properties of carbonate rocks from the Upper Jurassic “Malm” aquifer of the South German Molasse Basin and their dependencies on variable effective stress conditions within the reservoir Investigations on Methane Oxidation Linked with Nitrogen Cycling Processes in the Seasonally Stratified Lake Fohnsee Characterizing water flow in vegetated lysimeters using lumped-parameter approaches and numerical modeling linked with stable water isotopes The hydraulic effect of fault zones in relation to deep hydro-geothermal energy exploration in the Upper Jurassic aquifer of Southern Germany Local thermal non-equilibrium effects and thermal retardation in natural porous media: Laboratory experiments and numerical modeling Reservoir characterisation of the deep Upper Jurassic aquifer in the South German Molasse Basin using water chemical data and environmental isotopes Characterizing Water Flow in Vegetated Lysimeters with Stable Water Isotopes and Modeling Entwicklung und Anwendung neuer Fluoreszenzfarbstoffe und Partikeltracer : Laborversuche und Feldstudien ; 30 Tab.

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Florian Einsiedl (1968-)

Evaluierung allgemeiner Modellvorstellungen zur großräumigen Fließsystematik im Oberjura-Aquifer (Molassebecken)

3-D Stochastic Modeling of the Sediment Texture in Unconsolidated Sediments for Prediction, Uncertainty Quantification, and Parameter Estimation

Investigating Flow and Recharge Dynamics in the Deep Hydrothermal Upper Jurassic Aquifer in Southern Germany: Insights from Paleoclimate Reconstruction Using Environmental Isotopes and Noble Gases

The potential of thermal groundwater use in urban environments

Understanding the anaerobic oxidation of methane in the hyporheic zone of rivers and streams

Technical Note: Testing pore-water sampling, dissolved oxygen profiling and temperature monitoring for resolving dynamics in hyporheic zone geochemistry

Hydraulic properties of carbonate rocks from the Upper Jurassic “Malm” aquifer of the South German Molasse Basin and their dependencies on variable effective stress conditions within the reservoir

Investigations on Methane Oxidation Linked with Nitrogen Cycling Processes in the Seasonally Stratified Lake Fohnsee

Characterizing water flow in vegetated lysimeters using lumped-parameter approaches and numerical modeling linked with stable water isotopes

The hydraulic effect of fault zones in relation to deep hydro-geothermal energy exploration in the Upper Jurassic aquifer of Southern Germany

Local thermal non-equilibrium effects and thermal retardation in natural porous media: Laboratory experiments and numerical modeling

Reservoir characterisation of the deep Upper Jurassic aquifer in the South German Molasse Basin using water chemical data and environmental isotopes

Characterizing Water Flow in Vegetated Lysimeters with Stable Water Isotopes and Modeling

Entwicklung und Anwendung neuer Fluoreszenzfarbstoffe und Partikeltracer : Laborversuche und Feldstudien ; 30 Tab.