Number of goats released on summer pasture. Norwegian production of sheep, and to some extent also cattle and goat, is based on grazing on extensive pastures in mountain and forest areas during summertime. In order to reduce loss of animals and reduce herding costs, farmers receive state support for organizing themselves in grazing entities. Each grazing entity is mapped as a polygon feature with attributes reflecting the total number of types of animals released for grazing and the total number and percentage of animals lost. Reasons for losses are not classified, but are mainly due to sickness, accidents and predators. Currently there are roughly 800 grazing units around Norway. Together they entail roughly 75% of all sheep, 30% of all cattle and goats sent on extensive pastures during summer time.

Inneholder generaliserte utbredelseskart av marine arter i norske områder. Kartene er inndelt i tre havområder: Barentshavet, Norskehavet og Nordsjøen/Skagerak. Kartene er så delt inn i temalag for de forskjellige artene. Eksempler for sjøpattedyr er utbredelse og kaste/hårfellingsområder. Disse temalagene varierer litt mellom artene.

The dataset contains a classification system for fjords and sea areas in Norway. Each fjord area has an unique ID

Datasettet viser de 36 første områdene som er foreslått å inngå i nasjonal marin verneplan for Norge. I mai 2001 ble det opprettet et rådgivende utvalg som har kommet med forslag om hvilke områder som bør inngå i verneplanen. Områdene som er foreslått til planen er særegne områder eller leveområder som er typiske for kysten vår. Sammen skal de danne et nettverk av vernede og beskyttede områder for å ta vare på økosystemer og naturverdier. Første fase av marin verneplan er konsentrert rundt områder som er beskrevet i Rådgivende utvalgs A-liste, som omfatter totalt 36 områder.

Percentage of released sheep and lamb lost during summer pasture grouped by organized grazing units. Norwegian production of sheep, and to some extent also cattle and goat, is based on grazing on extensive pastures in mountain and forest areas during summertime. In order to reduce loss of animals and reduce herding costs, farmers receive state support for organizing themselves in grazing entities. Each grazing entity is mapped as a polygon feature with attributes reflecting the total number of types of animals released for grazing and the total number and percentage of animals lost. Reasons for losses are not classified, but are mainly due to sickness, accidents and predators. Currently there are roughly 800 grazing units around Norway. Together they entail roughly 75% of all sheep, 30% of all cattle and goats sent on extensive pastures during summer time.

Number of adult sheep released on summer pasture. Norwegian production of sheep, and to some extent also cattle and goat, is based on grazing on extensive pastures in mountain and forest areas during summertime. In order to reduce loss of animals and reduce herding costs, farmers receive state support for organizing themselves in grazing entities. Each grazing entity is mapped as a polygon feature with attributes reflecting the total number of types of animals released for grazing and the total number and percentage of animals lost. Reasons for losses are not classified, but are mainly due to sickness, accidents and predators. Currently there are roughly 800 grazing units around Norway. Together they entail roughly 75% of all sheep, 30% of all cattle and goats sent on extensive pastures during summer time.

SSB har definert rutenett for bruk av offisiell statistikk i Norge. Ved hjelp av rutenett-ID kan rutenettstatistikk knyttes til kart. Gridstørrelsene er: 250m, 500m, 1km, 2km, 5km, 10km, 25km, 50km, 100km, 250km, 500km.

Number of lam released on summer pasture. Norwegian production of sheep, and to some extent also cattle and goat, is based on grazing on extensive pastures in mountain and forest areas during summertime. In order to reduce loss of animals and reduce herding costs, farmers receive state support for organizing themselves in grazing entities. Each grazing entity is mapped as a polygon feature with attributes reflecting the total number of types of animals released for grazing and the total number and percentage of animals lost. Reasons for losses are not classified, but are mainly due to sickness, accidents and predators. Currently there are roughly 800 grazing units around Norway. Together they entail roughly 75% of all sheep, 30% of all cattle and goats sent on extensive pastures during summer time.

Percentage of released lambs during summer pasture grouped by organized grazing units. Norwegian production of sheep, and to some extent also cattle and goat, is based on grazing on extensive pastures in mountain and forest areas during summertime. In order to reduce loss of animals and reduce herding costs, farmers receive state support for organizing themselves in grazing entities. Each grazing entity is mapped as a polygon feature with attributes reflecting the total number of types of animals released for grazing and the total number and percentage of animals lost. Reasons for losses are not classified, but are mainly due to sickness, accidents and predators. Currently there are roughly 800 grazing units around Norway. Together they entail roughly 75% of all sheep, 30% of all cattle and goats sent on extensive pastures during summer time.

Potential accessible coastal zone is calculated based on terrain, roads, railways, cultivated land areas, buildings and coastline. Data are from different sources and processed into land use surfaces by Statistics Norway. The surfaces which are not affected by anthropogenic activity are considered potentially available for outdoor activities. The different surfaces also contain features showing the steepness with following categories: little steepness <3, some steepness 3-10, large steepness 10-25 and very high steepness > 25 degrees. Potential accessible coastal zone are geographical areas with boundaries changing over time depending on anthropogenic activity.