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Kartdataene viser funn av fremmede arter registrert i Artsdatabanken. Dataene er merket med fremmedartsstatus fra Fremmede arter i Norge 2018, kategoriene SE Svært høy risiko og HI Høy risiko. Det er bare tatt med data som har en geografisk presisjon bedre enn 1 km.

The dataset covers the Directorate for Cultural Heritage's listed wooden buildings environments. These are cultural historical wooden buildings environments subject to special fire protection considerations. These environments are especially vulnerable to fires. The largest areas of continuous, historical wooden buildings environments are found in cities, such as central Halden, historical Stavanger, and large parts of Trondheim. Even so, wooden buildings environments are also found on larger farmyards, such as Havråtunet in Hordaland, and in historical fishing communities, such as Sør-Gjæslingan in Nord-Trøndelag.

The Cadastre is Norway's official register of real property, including buildings, housing and addresses. The Cadastre's access API allows the user to retrieve selected parts of the data in the Cadastre as a web feature service (WF's). This service can retrieve objects from the Cadastre, i.e. vector data.

Kartdataene viser funn av fremmede arter funnet i norske arter som er registrert i Artsdatabanken. Dataene er merket med fremmedartsstatus fra Fremmede arter i Norge 2018, kategoriene SE Svært høy risiko og HI Høy risiko. Det er bare tatt med data som har en geografisk presisjon bedre enn 1 km.

Norwegian Download service for INSPIRE Cadastral Parcels

The datasets is available as WMS, WFS and downloadable on many formats.

Tractor roads from FKB data and Forest vehicle roads from road network data. This service has been created for use in a NIBIO web client – http://kart10test.skogoglandskap.no/oks/?

Kjeller Vindteknikk has on assignment from NVE made a national feasibility study of the available wind resources, both onshore and offshore. The map product has a horisontal resolution of 1x1km, and gives annual avarage at 50, 80 and 120m above the ground. The maps are available as downloadable PDF-files. In addition to available wind resources, maps of terrain complexity and risk for icing has been developed. Terrain complexity maps are an indicator on the vulnerability of turbolent air flows in an area. Turbolent air flows can be a challenge for wind turbines and will normally contribute to reduced power production and increased wearing on the wind turbines. Icing on turbine blades can be a problem in exposed areas, especially at higher altitudes, and contributes to reduction in power efficiency and power production.