Marc Steinmann
Main affiliation : Laboratoire Chrono-environnement (UMR 6249) (Université de Franche-Comté)
Contact : 
Website : https://chrono-environnement.univ-fcomte.fr/spip.php?page=perso&nom=STEINMANN&prenom=Marc
- Observatoire des Sciences de l'Univers - Terre, Homme, Environnement, Temps, Astronomie (UAR 3245) (Université de Franche-Comté)
Physico-chemical parameters and isotopic signatures of the waters of the Forbonnet peatland
pH, electrical conductivity, temperature, redox potential, major elements concentration, and isotope analyses (87Sr/86Sr ratio, 13C of the dissolved inorganic carbon, 18O and 2H of the water molecule) of waters sampled at the Forbonnet peatland. All the methods of acquisition and laboratory ...
Jurassic Karst
Hydrogeochemical monitoring of karst springs in the Jura mountains
Majors, traces elements and strontium isotopes (87Sr/86Sr) of Cretaceous limestone and Quaternary marl - Jura Mountains
Majors, traces elements and 87Sr/86Sr ratio of Cretaceous limestone (Hauterivien) and Quaternary marls (two samples). The limestone was sampled in the Frasne-Bouverans syncline at proximity of the Forbonnet pealtand (Complexe tourbeux de Frasne-Bouverans). The marl was sampled in the underlying ...
Strontium isotopic ratio (87Sr/86Sr) of waters from the Forbonnet peatland - Jura Mountains
Strontium isotopic (87Sr/86Sr) ratio of waters samples from the Forbonnet peatland (Frasne-Bouverans peatland complex). 53 sampled represent low and high flow conditions and also a wide spatial cover through horizontal and vertical sampling across the peatland. One sample represent the upstream ...
SISMEAUCLIM
This project is based on three disciplines: seismology, hydrogeology and climatology. It aims to develop a new approach to monitor hydrogeological reservoirs, in particular karst aquifers, subject to extreme climatic events. The objective is to carry out 4D imaging during floods in a watershed ...
FIBROKARST
This project focuses on understanding karstic systems and particularly on the issue of recharge and transfer processes in these very heterogeneous and generally inaccessible environments. The objective is to use the fiber optic technique to identify the recharge points of the karstic aquifer of ...
Piezometric monitoring in soils of the Clauge catchment area (Chaux forest, Jura)
Long-term piezometric monitoring in soils of the Clauge catchment area (Chaux forest, Jura) in different topographical positions.
Pure liquid phase recovery in karstic medium
This project is about the study in 2D-cells of fractured media, contaminated by pure phase hydrocarbons. Cosidered systems are made of 3 non-miscible fluids (air, water and hydrocarbons), considering light and dense hydrocarbons. First, the fluids behavior and the distribution of contaminants were ...
