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LeaAndreeJeanneIogna - 2021-11-30
Underlying data:
Depth
The depth of the water, measured from the land's surface.
Use
The purpose for which the water is used.
- drinking water
- industrial water
- irrigation
- leisure
- other
Quality
Water quality in the region where the project is planned.
The chemical state of groundwater in France (left) and Switzerland (right):
The quantitative status of groundwater bodies in France (left) and Switzerland (right):
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Indicators used to assess the state or quality of groundwater.
References
Country |
Source |
Additional information |
France |
CartGraph |
The chemical state of groundwater in France in 2015 |
France |
CartGraph |
The quantitative status of groundwater bodies in France in 2015 |
Switzerland |
MapGeo_CH |
The chemical state of groundwater in Switzerland - current state |
Switzerland |
MapGeo_CH |
The quantitative status of groundwater bodies in Switzerland - current state |
Switzerland |
Bafu.admin.ch |
The selected indicators used to assess the state and evolution of water in Switzerland |
Seasonal level change
Water quality in the region where the project is planned.
Flow speed
Flow direction
Pressure
Regulatory conditions
Reference |
Description |
Additional information |
DREAL - ARA |
Natural risks in the Auvergne-Rhône-Alpes region |
Floods, land movements, avalanches, forest fires and earthquakes |
Préfet du Rhône |
The departmental file on major risks (DDRM) |
Several publications for download, including DDRM used as a reference |
Georisques |
French GIS on all geological risks and qualities |
Earth movement, radon, seismic, cavities, inondations, wildfire, clay swelling, pollutions, emissions, natural environment qualities |
DREAL-ARA |
Website related to the prevention of technological risk in Auvergne-Rhone-Alpes |
Several subpages |
OFPP |
Swiss list of possible danger and risks |
The list of dangers covers dangers that could in principle occur in Switzerland or have significant repercussions |