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T1. Geochronology
T2. Geochemistry and transfer of water and contaminants in the environment
T3. Palaeoclimatology and palaeoceanography
T4. Sedimentary transfers, diagenesis and resources
T4.1 Erosion, chemical alteration and sedimentary dynamics
T4.2 Diagenetic evolution of sediments.
T4.3 tudy of the mechanisms and chronology of the physico-chemical processes leading to the formation of exploitable deposits
T4.4 Current soil erosion – transfer of particles and contaminants - Dynamics of environmental change
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Scientific themes
Analyses sorted by theme
T4. Sedimentary transfers, diagenesis and resources
T4.4 Current soil erosion – transfer of particles and contaminants - Dynamics of environmental change
Panoply - Current soil erosion – transfer of particles and contaminants - Dynamics of environmental change
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Analyzes of major cations and metallic elements concentrations in water and sediments or rocks
Analyzes of the concentration of major anions in solution
Isotopic analysis of U, Th, Pa, Pb, Ac, Ra, Sr, Nd, B and Li in various natural or archeological materials (carbonates, apatite, waters, sediments)
Quantitative analysis of major and trace elements in various materials (waters, carbonates, sediments, rocks, etc). Pb isotope measurements and U / Th dating (carbonates-apatites)
Isotopic (δ13C) and elementary (C, N) analysis of the organic matter
14C dating ECHoMICADAS
Gamma-ray spectrometry analysis of natural radio-isotopes (U-238, Th-232, ...) and artificial (Cs-137, Am-241, Co-60, ...)
Analyses of magnetic properties and magnetostratigraphy archeomagnetism (NRM, ARM, IRM, S-ratio)
Measurements of low-field magnetic susceptibility
Room temperature magnetic hysteresis curves and isothermal remanent magnetization curves (Vibrating gradient magnetometer)
High-field thermomagnetic curves (Curie balance)
Zero field thermal demagnetization
Alternating field demagnetization and ARM acquisition
Major to ultra-trace elemental and isotopic analysis in solution and by laser ablation
Molecular fraction collector
Detection and quantification of molecular biomarkers
Identification and quantification of molecular biomarkers
Semi-quantitative analyses of major and minor elemental contents (Mg to Ba) in sediments (using X-ray Fluorescence)
Quantitative analysis of major and minor elemental concentrations (Mg to Ba) in sediments (using X-ray Fluorescence)
Scanning electron microscopy ESEM with EDS/µ-XRF
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