Critex

Critex

Innovative equipment for the critical zone

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  • What is CRITEX?
    • The critical zone of the Earth
    • CRITEX : why and how?
    • CRITEX in numbers
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  • CRITEX Participants
    • Observatories
      • RBV observatory
      • H+ observatory
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  • CRITEX tools
    • WP1 – Soil-atmosphere exchanges
      • Task 1.1: Development and evaluation of a microwave scintillometer
      • Task 1.2: Flux tower and IR scintillometry
    • WP2 – Water pulsations
      • Task 2.1: Hydrogravimetry
      • Task 2.2: Hydrogeodesy
      • Task 2.3: Water sensors
    • WP3 – Fiber optic for temperature and gas
    • WP4 – High frequency geochemistry
      • Task 4.1: The River Platform for Monitoring Erosion (RIPLE)
      • Task 4.2, The River Lab: the concept of chemical Lab in the field applied to rivers
      • Task 4.3: Innovative chemical sensors
    • WP5 – Surface mapping
    • WP6 – Subsurface exploration
      • Task 6.1: Seismic methods
      • Task 6.2: Magnetic Resonance Sounding
      • Task 6.3: Electrical Resistivity Tomography (ERT)
      • Task 6.4: Induced Polarization
      • Task 6.5: Controlled Source Audio Magneto-Telluric (CS-AMT)
    • WP7 – Deep waters
      • Task 7.1: Well equipment
      • Task 7.2: Well monitoring
      • Task 7.3: Tracer test
    • WP8 – Tracing methods
      • Task 8.1: Gas tracing
      • Task 8.2: Water isotopes
      • Task 8.3: Integrative sensors
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> Accueil > 3228689592_69f5cd92a0_b

3228689592_69f5cd92a0_b

19/04/2017 Charlotte Le Traon

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