Critex
Innovative equipment for the critical zone
English
Français
Search for:
Menu
What is CRITEX?
The critical zone of the Earth
CRITEX : why and how?
CRITEX in numbers
The program at a glance
CRITEX Participants
Observatories
RBV observatory
H+ observatory
People
Governance
Scientific committee
CRITEX annual meeting
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
Publications and documents
Papers
Newsletters
In newspapers
Photos
Movies
Internal reports
>
Accueil
>
Blog
WP 6.3 pictures
Read more
Images
WP 6.1 pictures
Read more
Images
WP 6.2 pictures
Read more
Images
WP 5 pictures
Read more
Images
WP 4.3 pictures
Read more
Images
WP 4.2 pictures
Read more
Images
WP 4.1 pictures
Read more
Images
WP3 pictures
Read more
Images
WP 2.3 pictures
Read more
Images
WP 2.2 pictures
Read more
Images
«
1
2
3
4
5
…
11
»