EBSD mapping of shear zones strain gradient - deformation mechanisms
Objective : characterize the deformation mechanisms and the crystallographic fabrics within homogeneously deformed granitic samples.
EBSD mapping of brittle shear zones precursors
Objective : microtextural characterization within a shear zone brittle precursor
EBSD mapping of shear zones strain gradient - seismic anisotropy
Objective : calculate the crystallographic preferred orientation (CPO) of each mineral phase in order to rebuild the elastic properties of the polyminéralic aggregates.
Microprobe analysis on a brittle shear zone precursor
Objective : compare the chemical compositions of minerals within the brittle precursor and in the host rock.
Quantitative X-ray mapping of brittle shear zones precursors
Objective : characterize the chemical zonings in plagioclase and garnet related to fluid-rock interactions within a shear zone precursor
Gourdans-Ain River-Chemical data
Water physico-chemical data of the cut-off channel called Gourdans
Planet-Ain River-Chemical data
Water physico-chemical data of the cut-off channel called Planet
Brotteaux-Ain river-Chemical data
Water physico-chemical data of the cut-off channel called Brotteaux
Port-Galland-Ain River-Chemical data
Water physico-chemical data of the cut-off channel called Port-Galland
Sous Bresse-Ain River-Chemical data
Water physico-chemical data of the cut-off channel called Sous Bresse
Puit-Novets-Ain River-Chemical data
Water physico-chemical data of the cut-off channel called Puit-Novets
Hydrochemical database from Séchilienne unstable slope (French Alps)
High freqency field measurements of hydrochemical parameters (Ca, Mg, K, Na, Cl, SO4, SiO2) and physical parameters (electrical conductivy, temperature and water levels. -Sept 2010-sept 2012 : 4 springs with automatic water samplers (major elements), 4 CTD probes (OTT CTD) for electrical ...
Zones humides basse vallée de l'Ain
Aquatic plant communities and water physico-chemical data of cut-off river channels of the Ain river.