NGU Aléas - Cartes de susceptibilité du radon en Norvège
Le Service Géologique de Norvège (NGU) et l'Autorité Norvégienne de Protection des Radiations (NRPA) ont lancé la création de séries de cartes de susceptibilité du radon en Norvège en 2008. Ces cartes fournissent aux autorités locales une information importante sur la distribution spatialme du potentiel des aléas liés au radonet peuvent être utilisées pour définir les priorités de mesure du radon dans les habitations existentes et pour évaluer le futur développement de nouvelles zones.
La source pour le web service diffusant la carte de susceptibilité du radon sont 4 cartes imprimées de la région d'Oslo à 1/1M
La source pour le web service diffusant la carte de susceptibilité du radon sont 4 cartes imprimées de la région d'Oslo à 1/1M
dataset
:
32633
English
Geoscientific information
One Geology Europe - Concepts, version 1.0:
GEMET - Concepts, version 3.1:
Géologie de l'environement/géologie médicale/exposition au radon
élément chimique/élements du groupe 0/radon
-1.10,
57.70,
31.90,
71.60
revision: 2010-04-15
2006
-
vector
Geological Survey of Norway
Mark Smethurst
Leiv Eirikssonsvei 39,
Trondheim,
Norge/Norway
email:
janne.wesche@ngu.no
Role: point of contact
Data Quality
1G-E:percentCoverage=100 of the Oslo Region;
1G-E:geometricHarmonization=yes;
1G-E:thematicHarmonization=yes;
In constructing radon awareness maps, NGU measured uranium concentrations in the ground using instruments mounted in helicopters and airplanes. The NRPA contributed measurements of indoor radon in 6326 dwellings within the study area. Comparison of these data sets, and incorporation of information on bedrock and drift geology, resulted in radon awareness maps covering some 10,000 square kilometres from Hadeland and Romerike in the North to Fredrikstad and Skien in the South. Almost two million people reside in this area.
The source for the radon susceptibility web service are 4 printed maps of the Oslo region in scale 1:100 000.
1G-E:geometricHarmonization=yes;
1G-E:thematicHarmonization=yes;
In constructing radon awareness maps, NGU measured uranium concentrations in the ground using instruments mounted in helicopters and airplanes. The NRPA contributed measurements of indoor radon in 6326 dwellings within the study area. Comparison of these data sets, and incorporation of information on bedrock and drift geology, resulted in radon awareness maps covering some 10,000 square kilometres from Hadeland and Romerike in the North to Fredrikstad and Skien in the South. Almost two million people reside in this area.
The source for the radon susceptibility web service are 4 printed maps of the Oslo region in scale 1:100 000.
Equivalent Scale:
1:
100000
Constraints
Copy Data from NGU shall not, without special permission is granted, be reused in WMS/WFS services which the customer / user might want to set up for internal / external reuse. If the customer / user want to include copy data from NGU in their own WMS/WFS solutions, the prepared WMS/WFS services from NGU should be used directly in the solutions.Your use of any information provided by the NGU is at your own risk. NGU gives no warranty, condition or representation as to the quality, accuracy or completeness of the information or its suitability for any use or purpose.
No limitations
Metadata about metadata
4bf63c35-a650-4f47-804d-06c40a01080d
Geological Survey of Norway (NGU)
Janne Grete Wesche
Leiv Eirikssons vei 39,
Trondheim,
7491,
NOR
tel: +47 73904000
email:
janne.wesche@ngu.no
Role: owner
2016-05-11