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      • T1. Geochronology
      • T2. Geochemistry and transfer of water and contaminants in the environment
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        • T3.1 Understanding the processes by which environmental parameters are recorded within the climate archives
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        • T3.4 Reconstruction of continental palaeoenvironments
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  • Scientific themes
  • Analyses sorted by theme
  • T3. Palaeoclimatology and palaeoceanography
  • T3.4 Reconstruction of continental palaeoenvironments
  • Panoply - Reconstruction of continental palaeoenvironments

  • δ13C and δ18O in cellulose and wood

  • δ13C in cellulose and wood

  • Measurement of δ18O of liquid water and ice.

  • Measurement of δ18O and δ2H of liquid water and ice

  • Measurement of δ18O, δ17O and δ2H of liquid water and ice.

  • Analyzes of major cations and metallic elements concentrations in water and sediments or rocks

  • δ18O and δ13C analyses of carbonates (15-50 micrograms)

  • δ18O and δ13C analyses in carbonates

  • 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

  • Analyses of magnetic properties and magnetostratigraphy

  • Analyses of magnetic properties and magnetostratigraphy

  • 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

  • X-ray diffractometry

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