This layer contains the regulations contained in the land use plan of the Préizerdaul municipality. The information in this geoportal layer have no legal value and must be considered as mere indications related to the original document. The original plan can be viewed in the Préizerdaul administration.

The surface water of Luxembourg are subdivided in 102 water bodies. The identification of water bodies is based on geographical and hydrological determinants. 3 surface water bodies are integrated in the river basin of the "Chiers", part of the river basin district of the Meuse. 99 surface water bodies are integrated in the river basin of the "Moselle", part of the river basin district of the Rhine.

This layer contains the regulations contained in the land use plan of the municipality of Lintgen. The information in this geoportal layer has no legal value and must be considered as mere indications related to the original document. The original plan can be viewed in the local administration.

Chemical status of the water bodies 2009

The evaluation of the hydromorphological structure of surface water is made in two steps: First the method for the surface water development ability is applied. For this method the current structure of the surface water is analyzed for the different surface water sections. Constructing on the section-referred evaluation a total evaluation of the surface water development ability per surface water body takes place.

Repertoire of all wetlands in Luxembourg as marshy lands and areas and alluvial forests.

All natural water expanses and basins.

The surface water of Luxembourg are subdivided in 106 water bodies. The identification of water bodies is based on geographical and hydrological determinants. 3 surface water bodies are integrated in the river basin of the "Chiers", part of the river basin district of the Meuse. 103 surface water bodies are integrated in the river basin of the "Moselle", part of the river basin district of the Rhine.

According to the water framework directive (Directive 2000/60/CE), the biological parameter fish are monitored in surface water bodies in order to determine the ecological status. Fish react sensitively to the continuity and the hydrological flow of surface water. Fish are therefor sampled in the SWB which have deficits here. The methodology applied for sampling is the standard NF EN 14962:2006 "water quality − guidance on the scope and selection of fish sampling methods".