Metadata 1533
Sieťová služba priestorových údajov poskytuje verejné rozhranie ku geopriestorovým údajom (reprezentácia nerastných surovín). Služba je postavená na štandarde OGC konzorcia (Open Geospatial Consortium) ako ukladacia (WFS) služba, štandardoch definovaných W3C konzorciom ako služba so SOAP rozhraním a proprietárnom architektonickom štýle fy ESRI - ArcGis mapová služba s REST rozhraním. Údaje získané touto službou môžu byť spracované a verejnosti prezentované na úrovni vlastných aplikačných desktop a web rozh...
Sieťová služba priestorových údajov poskytuje verejné rozhranie ku geopriestorovým údajom (reprezentácia nerastných surovín). Služba je postavená na štandarde OGC konzorcia (Open Geospatial Consortium) ako zobrazovacia (WMS) služba, štandardoch definovaných W3C konzorciom ako služba so SOAP rozhraním a proprietárnom architektonickom štýle fy ESRI - ArcGis mapová služba s REST rozhraním. Údaje získané touto službou môžu byť spracované a verejnosti prezentované na úrovni vlastných aplikačných desktop a web r...
Water saturated thickness of a groundwater body
NGU Superficial geology - OneGeology-Europe WP3. Mapscale 1:1 M. This service shows surface geology, structures and bedrock defined by rock types and ages. The areas of bedrock are also assigned to tectonic units. The map has been compiled using data acquired during several mapping campaigns carried out over decades, which was archived in digital format, published or prepared in manuscript form between 1989 and 2001. Due to variations in the quality of information gathered and the different scales used in ...
The dataset incorporates the main features of the bedrock geology in Norway. Areas of bedrock are classified according to rock type and age. Dyke swarms, tectonic structures, impact sites, and basalts are also shown. The areas of bedrock are also assigned to tectonic units. The map has been compiled using data acquired during several mapping campaigns carried out over decades and therefore the level of accuracy is variable.
NGU Radon awareness. The sources used to create the radon susceptibility web service are 4 printed maps of the Oslo region at a scale of 1:100 000 available on the WMS service.
The Geological Survey of Norway (NGU) and Norwegian Radiation Protection Authority (NRPA) launched the Radon Susceptibilities Map series in 2006. These maps provide local authorities with important information on the spatial distribution of potential radon hazards, and can be used for determining the priorities for radon measurements in existing dwellings and for evaluating the risks from radon involved in development of new areas.The sources for the radon susceptibility web service are 4 printed maps of t...
Map showing Trigger areas - areas where a rockfall may occur, and Runout areas - areas that are affected by a rockfall when a rocfall occurs. The maps have been compiled using a computer model that recognizes the possible source areas/trigger areas in which a rockfall could occur. The criteria used for recognition are the slope of the mountain side and relevant geological information. For each source area/trigger area the runout area of the potential rockfall is calculated automatically using a DEM in comb...
NGU Geohazards - Rockfall susceptibility in Norway, online. The Rockfall susceptibility dataset shows the potential source areas/trigger areas and runout areas of potential rockfalls. Trigger area - area where the rockfall may occur. Runout area - area which is affected by a rockfall when a rockfall occurs.
Superficial deposits in Norway in various mapscales - best of.The Superficial Deposits of Norway (best of) is a database giving full coverage of the superficial deposits throughout Norway. High resolution data at scales of 1:20 000 to 1:50 000 exists for only about 30% of the country, mostly in areas where superficial deposits are of significant economic importance. The deposits are classified according to their genesis and thickness.