Steinsprang aktsomhetsområder engelsk versjon (NGKB)
Five different classification; Each classification has unique restrictions
Five different classification; Each classification has unique restrictions
NATO unclassified - Free for all.
NATO Restricted - Lowest security rating of information. There is no need for clearance at this level, but you must authorize and sign a Declaration of Confidentiality to access the LIMITED / NATO RESTRICTED.
NATO Confidential - The lowest level of security clearance in NATO.
NATO Secret - The second highest level of security clearance in NATO.
Cosmic Top Secret -The highest level of security clearance in NATO.
Abstract object used as a container for properties originating from SOSI-chapter 1.
Unique identifier of an object that can be used by external applications as a reference to the object. The identifier is managed by the responsible producer/administrator of the data-set.
Origin of the data-set.
Reference to copyright material, source material, organization/publishing source.
date of extraction from a database Note: Different from Copy Date in that you do not distinguish whether it is extraction from an original database or a copy database.
Date when the object was registered/observed/measured in the terrain/environment.
Date for the production of the actual data files.
Description of the object's spatial position, according to the geographic coordinate latitude.
Description of the object's spatial position, according to the geographic coordinate longitude.
MGRS (Military grid reference system), is a global system used by NATO to specify a map reference. Showing a area, not a point.
Classification degree of information that has been given a security level. Defines distribution of the dataset.
Identification: Unique identifier of an object that can be used by external applications as a reference to the object. The identifier is managed by the responsible producer/administrator of the data-set.
localId: Local identifier, unique within it's namespace - no other objects share the same identifier.
namespace: Namespace uniquely identifying the data source of the object.
versionId: Identification of a certain version of a geographically referenced object.
Maximum length is 25 characters. This is in line with ISO 8601. Example: 2007-02-12T12:12:12+05:30.
gives the quality on registration/mapping of the theme according to the actual natural conditions. Different thematic resolution/ degree of generalization could be ruled by the societal importance, the areas zonal conditions or the economic of the project. Accuracy, be this mean, gives the correct registration that will reflect the objects position in the nature and the precision in thematic content according to the generalization.
Note: Thematic resolution/ degree of generalization are given by the thematic societal importance, the areas zonal conditions or the goal of the project.
gives the quality on registration/mapping of the theme according to the actual natural conditions. Different thematic resolution/ degree of generalization could be ruled by the societal importance, the areas zonal conditions or the economic of the project. Accuracy, be this mean, gives the correct registration that will reflect the objects position in the nature and the precision in thematic content according to the generalization.
Note: Thematic resolution/ degree of generalization are given by the thematic societal importance, the areas zonal conditions or the goal of the project.
The geological observation is registered with the highest possible positional and thematic accuracy for the direct use in the municipalities zoning plan (Scale under 1:20.000
The registration is based on field data that for the data type can be considered to be of high positional and thematic accuracy (+/- 20 m). High resolution and low generalization. Can be used in municipal zoning. Smallest area is 0.5-1 dekar (~Scale 1:20.000)
Data is registered with a field accuracy of +/- 50m. This is acceptable for general overview information for municipal planning. Smallest data area is approximately 2 dekar for important areas and 5 dekar for the remaining areas (~Scale 1:50.000)
Data is registered with low resolution (+/- 100m) and is often generalized based on aerial photography. Smallest data area is approximately 10 dekar for important areas and 20 dekar for the remaining areas. Can with reservations be used as overview data for municipal use (~Scale 1:50.000)
Data is registered based on overview mapping with very low resolution (+/- 250 m) and can contain a high degree of generalization. Smallest data area is approximately 60 dekar. Should only be used for regional oversight (~Scale 1:250.000)
Intended for use in large scale overview maps. Smallest data area is approximately 1000 dekar. Recommended to be used only as overview of larger regional areas (~Scale >250.000).
Areas where slide can occurs
Note: all types of avalanche/ slide
Extent of the area
rough indication of how exposed an area is to avalanches and rock falls.
Note: The classification has been used in the preparation of hazard zone maps for rock and snow avalanches. These are based on NGI's geomorphological interpretation of the terrain on maps, aerial photographs and in the field, drillings, geothecnical conditions, climate and other landslide related information
Gives the quality on registration/mapping of the theme according to the actual natural conditions. Different thematic resolution/ degree of generalization could be ruled by the societal importance, the areas zonal conditions or the economic of the project. Accuracy, be this mean, gives the correct registration that will reflect the objects position in the nature and the precision in thematic content according to the generalization.
area which is affected or covered by avalanche/landslide masses when an avalanche/landslide occurs
Extent of the area
rough indication of how exposed an area is to avalanches and rock falls.
Note: The classification has been used in the preparation of hazard zone maps for rock and snow avalanches. These are based on NGI's geomorphological interpretation of the terrain on maps, aerial photographs and in the field, drillings, geothecnical conditions, climate and other landslide related information
Gives the quality on registration/mapping of the theme according to the actual natural conditions. Different thematic resolution/ degree of generalization could be ruled by the societal importance, the areas zonal conditions or the economic of the project. Accuracy, be this mean, gives the correct registration that will reflect the objects position in the nature and the precision in thematic content according to the generalization.
-- Definition - -
rough indication of how exposed an area is to avalanches and rock falls.
Note: The classification has been used in the preparation of hazard zone maps for rock and snow avalanches. These are based on NGI's geomorphological interpretation of the terrain on maps, aerial photographs and in the field, drillings , geothecnical conditions, climate and other landslide related information
-- Definition - -
rough indication of how exposed an area is to avalanches and rock falls.
Note: The classification has been used in the preparation of hazard zone maps for rock and snow avalanches. These are based on NGI's geomorphological interpretation of the terrain on maps, aerial photographs and in the field, drillings , geothecnical conditions, climate and other landslide related information
1: Area where there is a theoretical, potential avalanche/landslide hazard because of sloping terrain. Slopes and cliff faces higher than 30 meters and longer than 50-100 meters will normally be included on maps where the cartographic information is suited to scale 1: 50,000. Areas where there is an obvious risk of other landslide types. In terrain with slope between 20 and 30 degree, the risk for avalanches/landslides can be difficult to determine. This areas can include no risk areas as well
2: The avalanche/landslide hazard is assessed to be low or not present
3: The avalanche/landslide hazard is assessed to be low or not present