Sårbare marine bunndyr - observasjonsdata

The data set shows the relative abundance of different groups of vulnerable sedentary animals. The amount is calculated as the number of observations per video station. The data represent point observations and are suitable for comparing results from spatial predictive models for different vulnerable habitats and as background for the management of vulnerable areas. The data is presented separately for the following habitats or biotopes: Glass sponge community, sponge forest, cauliflower coral forest, sea feather bottom, soft bottom coral forest, sponge spiky bottom, Umbellula populations and hard bottom coral forest.

Date (Creation): 2020-12-18

Date (Publication): 2020-12-18

Date (Revision): 2025-02-11

Code: sarbare_marine_bunndyr_observasjonsdata

Purpose: The data set is suitable for comparing results from spatial predictive models for different vulnerable habitats and as a background for the management of vulnerable areas.

Status: Completed

Point of contact

Organisation name	Individual name	Electronic mail address	Role
Institute of Marine Research	Kjell Bakkeplass	kjell.bakkeplass@hi.no	Publisher
Institute of Marine Research	Pål Mortensen	paal.mortensen@hi.no	Owner

Maintenance and update frequency: Annually

Nasjonal inndeling i geografiske initiativ og SDI-er

geodataloven
Mareano
Norway Digital
Felles datakatalog

Nasjonal tematisk inndeling (DOK-kategori)

Natur
Kyst og fiskeri

Place

Norwegian sea areas

Theme

benthic animal
observational data
video transects
observations

SOSI produktspesifikasjon

Spatial scope

National

Specific usage: The relative amounts of vulnerable groups of organisms can be shown as points on a map where the amount is indicated using different symbols (size or colour). These constitute valuable information as a basis for decision-making when assessing new farming licences, discharges into the sea, disposal, development of petroleum-related installations, and regulation of fishing activity.

User contact info

Organisation name	Individual name	Electronic mail address	Role
			Owner

Use limitation: Ingen begrensninger på bruk er oppgitt.

Access constraints: Other restrictions

Other constraints: Åpne data

Use constraints: Other restrictions

Other constraints: Norsk lisens for offentlige data (NLOD)

Classification: Unclassified

Spatial representation type: Vector

Denominator: 500000

Language: Norwegian

Topic category

Biota

Supplemental Information: The stated position is the midpoint of the video transect.

Unique resource identifier: EPSG:25833

Unique resource identifier: EPSG:3035

Unique resource identifier: EPSG:4258

Distribution format

Name	Version
FGDB	10.0
GML
GML	3.2.1
PostGIS
PostGIS	9.4
SOSI	4.5
FGDB
GML
PostGIS
SOSI

Units of distribution: landsfiler

OnLine resource

Protocol	Linkage	Name
GEONORGE:DOWNLOAD	https://nedlasting.test.geonorge.no/api/capabilities/

Hierarchy level: Series

Domain consistency

Conformance result

Title: SOSI produktspesifikasjon: Sårbare marine bunndyr - observasjonsdata

Date (Publication)

Title: sosi

Date

Explanation: The data is according to the product specification

Pass: Yes

Conformance result

Title: Sosi applikasjonsskjema

Date (Publication)

Title: uml-sosi

Date

Explanation: SOSI files are according to application form

Pass: Yes

Conformance result

Title: Sosi applikasjonsskjema

Date (Publication)

Title: uml-gml

Date

Explanation: GML files are according to application form

Pass: Yes

Completeness omission

Name of measure: Prosentvis oppfyllelse av FAIR-prinsipper

Measure description: Angir fullstendighet i forhold til krav fra FAIR-prinsippene (The FAIR Guiding Principles for scientific data management and stewardship)

Quantitative result

Value: 93

Statement: Relative quantity of different groups of vulnerable sessile animals is calculated as the number of observations per video station. Each point symbol is plotted on the coordinates of the video transect's midpoint, which gives an accuracy varying from 100 to 350 meters along the transect. The data set is suitable for use on a scale of 500,000 - 10,000,000.