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Digital hydrogeological map 1:100,000 - distribution of the overburden and th...
Distribution of the overburden and the crystalline decomposition as a specialist layer of the digital hydrogeological map 1:100,000. Zoom limitation min. 1:200,000 to max.... -
Distribution and thickness of the near-surface aquifers
Shown is the near-surface aquifer system up to 50 m below ground level in Schleswig-Holstein. It is nearly universal and includes covered (brown tones) and uncovered (blue... -
Zink
Representation of zinc Terms of use see: https://www.lgb-rlp.de/karten-und-produkte/online-karten/bedingungen-fuer-online-karten.html -
groundwatersurface
Knowledge of the position of the groundwater surface (GWO) is helpful for many questions in the context of site assessments. Their detection is only possible at certain... -
Hydrogeological map 1:500,000 – Malm water table
Distribution of the groundwater levels of the Malms as a specialist layer of the hydrogeological map 1:500,000. We recommend showing them together with the separate specialist... -
Lithium
For a description of the lithium terms of use, see: https://www.lgb-rlp.de/karten-und-produkte/online-karten/bedingungen-fuer-online-karten.html -
Deep Tertiary aquifers - lignite sands
The distribution of the Miocene lignite sands with overlying or inserted tertiary clay horizons (Upper Mica Clay or Hamburg Clay) is shown. The Hamburg clay and its equivalents... -
Hydrogeological map 1:500,000 – groundwater level Sandsteinkeuper
Distribution of the groundwater levels of the Sandsteinkeuper as a specialist layer of the hydrogeological map 1:500,000. It is recommended to display it together with the... -
Hydrogeological map 1:500,000 – groundwater level Benker sandstone
Distribution of the groundwater levels of the Benker Sandstein as a specialist layer of the hydrogeological map 1:500,000. We recommend the presentation together with the... -
Digital hydrogeological map 1:100,000 - distribution of hydrogeological units
Distribution of the hydrogeological units (without cover layers) as a specialist layer of the digital hydrogeological map 1:100,000. It is recommended to display them together... -
Hydrogeological Map 1:500,000 - Quaternary groundwater levels
Distribution of the groundwater levels of the Quaternary as a specialist layer of the hydrogeological map 1:500,000. It is recommended to display it together with the separate... -
H3O-De Kempen - Hydrogeology - Elevation map Base Maassluis clay 1
This elevation map represents the modeled base (mTAW) of the Maassluis clay 1. 'Elevation map Basis Maassluis clay 1' is a map layer that is part of the 'H3O-De Kempen -... -
H3O Roer Valley Rift - Hydrogeology - Elevation map top 0255
This layer gives the height of the apex (mTAW) of 0255. -
H3O Stir Valley - Hydrogeology - Thickness PZWA-z-1
This layer represents the thickness (m) of PZWA-z-1. -
H3O-De Kempen - Hydrogeology- Fractures Sands of Berchem and/or Voort
This line map represents the fractures that work into the base of or through the Sands of Berchem and/or Voort, into a shallower unit. Fractures Sands van Berchem and/or Voort... -
H3O-Roerdal Valley - Geology - Elevation map top Formation of Boom
This layer gives the height of the top (mTAW) of the Boom Formation. -
H3O Stir Valley - Hydrogeology - Thickness 0253-v2
This layer represents the thickness (m) of 0253-v2. -
H3O Roer Valley Rift - Hydrogeology - Elevation map base KI-z-1
This layer gives the height of the base (mTAW) of KI-z-1. -
H3O Roer Valley Rift - Hydrogeology - Elevation map top KI-z-3
This layer gives the height of the apex (mTAW) of KI-z-3. -
H3O Stir Valley - Hydrogeology - Fractures IE-k-1
These lines represent the locations of fractures intersecting the base of IE-k-1.
