Géosciences Environnement Toulouse

Le GET est un laboratoire de recherche fondamentale et appliquée de plus de 165 permanents (environ 250 personnes avec les étudiants, post-doctorants, personnels sous contrat à durée déterminée, etc.). Il est membre de l’Observatoire Midi-Pyrénées. Ses domaines de compétences sont ceux des Géosciences et des Sciences de l’Environnement bâtis autour de personnels affiliés à 5 tutelles différentes (CNRS, IRD, Université Toulouse III/CNAP et CNES).

Le laboratoire est fortement interdisciplinaire ; ses collaborateurs interagissent au sein d'un continuum des sciences de l’environnement aux géosciences :
  • Évolution et dynamique de la Terre
  • Observation spatiale et in situ de la Terre
  • Géoressources Contaminants Sociétés
  • Interactions fluide-roche-vivant
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Instructions for the construction and operation of a float-controlled self-contained laser gauge for monitoring river levels in tropical environments
Instructions for the construction and operation of a float-controlled self-contained laser gauge for monitoring river levels in tropical environments
Jun 30, 2025
Pierret, Alain; Silvera, Norbert; Latsachack, Keo Oudone; Chanthavong, Khampasith; Sounyafong, Phabvilay; Ribolzi, Olivier, 2025, "Instructions for the construction and operation of a float-controlled self-contained laser gauge for monitoring river levels in tropical environments", https://doi.org/10.23708/PNQUKA, DataSuds, V3
The design files and code available in this dataset enable the construction and operation of the self-contained water level gauge presented in the article “A float-controlled self-contained laser gauge for monitoring river levels in tropical environments”. The dataset includes tw...
ReadMe_PNQUKA.txt
Jun 30, 2025 - Instructions for the construction and operation of a float-controlled self-contained laser gauge for monitoring river levels in tropical environments
Plain Text - 3.4 KB - MD5: 061b0a9554d321aedc1e12a05878984a
Documentation
Contains citation, description and conditions of use of dataset data
HardwareBLESerial.cpp
Apr 16, 2025 - Instructions for the construction and operation of a float-controlled self-contained laser gauge for monitoring river levels in tropical environments
C++ Source - 4.9 KB - MD5: 55e4528a44c0331fa66cb753c3f3f6e2
Code
Arduino library modified to meet the specific needs to this application
HardwareBLESerial.h
Apr 16, 2025 - Instructions for the construction and operation of a float-controlled self-contained laser gauge for monitoring river levels in tropical environments
C++ Source - 3.8 KB - MD5: 85f5e6b0e5fa24a3fef8e958a1d24a13
Code
Arduino library modified to meet the specific needs to this application
LoggerMKR0lp8e.ino
Apr 16, 2025 - Instructions for the construction and operation of a float-controlled self-contained laser gauge for monitoring river levels in tropical environments
Unknown - 33.9 KB - MD5: 724dacd096bbf6908ba6b90cb29911aa
Code
Arduino source code to operate and control the water level gauge
RTClib.h
Apr 16, 2025 - Instructions for the construction and operation of a float-controlled self-contained laser gauge for monitoring river levels in tropical environments
C++ Source - 18.7 KB - MD5: c2a04e1114dd919964fb85a2777fa8c1
Code
Arduino library modified to meet the specific needs to this application
RTC_PCF8523.cpp
Apr 16, 2025 - Instructions for the construction and operation of a float-controlled self-contained laser gauge for monitoring river levels in tropical environments
C++ Source - 13.7 KB - MD5: e8c2f841ff6ec02883603f33167fa58a
Code
Arduino library modified to meet the specific needs to this application
SCWL_gauge_electronic_design_April_2025.pdf
Apr 14, 2025 - Instructions for the construction and operation of a float-controlled self-contained laser gauge for monitoring river levels in tropical environments
Adobe PDF - 4.6 MB - MD5: 6de16de0816d6df2d6285ac2ed777267
Documentation
Electronic circuit diagram and electronic schematic plus alternative circuit diagram to implement an ultra-low-power version of the device
SCWL_gauge_mechanical_design_April_2025.pdf
Apr 14, 2025 - Instructions for the construction and operation of a float-controlled self-contained laser gauge for monitoring river levels in tropical environments
Adobe PDF - 4.5 MB - MD5: 8dffebc877c7e1e51d399e05cadf8247
Documentation
Description of the components of the self-contained gauge assembly and mechanical drawings
Zircon analyses from Evisa peralkaline granite (France)
Feb 12, 2025
Monnier, Loïs; Laurent, Oscar; Salvi, Stefano; Bernard, Cyrielle; Leisen, Mathieu; Estrade, Guillaume, 2025, "Zircon analyses from Evisa peralkaline granite (France)", https://doi.org/10.57745/N3OAYC, Recherche Data Gouv
Zircon analyses from the Evisa peralkaline rare-metal granite (Corsica, France). Both trace-elements and Hf isotopes were analysed in-situ by LA-ICP-MS and LA-MC-ICP-MS, respectively. As a first objective, we aimed to explore the circumstances surrounding the crystallization and...
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