Arctic SDI catalogue
Imagery
Type of resources
Available actions
Topics
Keywords
Contact for the resource
Provided by
Years
Formats
Representation types
Update frequencies
status
Service types
-
Imagery Boundaries for Community Maps Reviewer Site
-
See layer metadata for update frequency.
-
Finnish Meteorological Institute Arctic Research Centre Coverage Provider
-
[IS] Um er að ræða drónamyndir af Hólmavík, teknar 6. júlí 2022. Byrjað var klukkan 19:30 og lokið daginn eftir, 6. júlí 2022, klukkan 20:45. Myndirnar voru teknar með Zenmuse P1 myndavélum, með upplausn á 3 cm. 06.07.2022 19:30 06.07.2022 20:45 [EN] This dataset contains drone imagery of Hólmavík, captured on July 6th, 2022, starting at 19:30 and ending on July 6th, 2022, at 20:45. The imagery was captured using a Zenmuse P1 camera, with an approximate resolution of 3 cm.
-
[IS] Um er að ræða drónamyndir af Akureyril, teknar 10.,13., 18., 20., 26., 30. águst 2021. Myndirnar voru teknar með Zenmuse P1 myndavélum, með 2ja sm. upplausn og varpað yfir í 15 sm. Myndirnar voru teknar af Svarma. [EN] This dataset contains drone imagery of Akureyri, captured on August 10th,13th, 18th, 20th, 26th, 30th 2021. The imagery was captured using a Zenmuse P1 camera, with a sampled approximate resolution of 15 cm. Imagery produced by Svarmi. Upon request 2 cm resolution is available.
-
The Saskatchewan Digital Land Cover raster provides a seamless provincial coverage of the province and was created by combining the Saskatchewan Research Council's Northern Digital Land Cover (NDLC) with the Southern Digital Land Cover (SDLC) - See enclosures for complete metadata on these datasets. With exception to the SDLC's value 2 (i.e. Hay Crops) and value 3 (i.e. Native Dominant Grass Lands), the NDLC takes precedence over the SDLC in areas that the two rasters overlap because the NDLC is more current than the dated SDLC. The SDLC's values 2 and 3 were preserved because these land covers are not specifically represented in the NDLC. For the purpose of this dataset, some of the SDLC and NDLC values were reclassified to new values to reconcile varying definitions (i.e. See the Supplementary Information section below for a complete list of image classes with detailed descriptions). A unique colormap was created for this dataset. It should also be noted that because the NDLC's 30 x 30 meter pixels do not align with the SDLC's 30 x 30 meter pixels, this raster was snapped to the NDLC. Last, as is with the SDLC and the NDLC, the extent of this raster does not extend all of the way to the Saskatchewan boundary, specifically, the Information Services Corporation's SaskGIS Provincial Boundary dataset, in numerous areas along the west, south and southeast borders: There are gaps of up to 500m wide of "no data" between the provincial boundary and the raster along these areas of the Saskatchewan boundary.
-
[IS] WMS þjónusta fyrir drónamyndir frá Landmælingum Íslands. [EN] WMS service to serve drone imagery from the national land survey of Iceland.
-
IS: Loftmyndasjáin er vefsjá með sögulegum loftmyndum og er byggð á loftmyndasafni Náttúrufræðistofnunar sem nær rúmlega 80 ár aftur í tímann. Vefsjáin var hönnuð hjá Landmælingum Íslands. Loftmyndunum sem finna má í vefsjánni (https://www.lmi.is/is/landupplysingar/fjarkonnun/loftmyndasafn) hefur verið safnað úr flugvél, þær skannaðar og breytt í kort. Loftmyndasjáin nýtist við kennslu, rannsóknir og sögu auk þess að svala almennri forvitni. Aðgangur að vefsjánni er öllum opinn og án gjaldtöku. Heimild: Náttúrufræðistofnun. Loftmyndasjá. Dagsetning myndar. loftmyndasja.gis.is. [Loftmynd]. EN: The Loftmyndasjá is a webviewer with historical aerial imagery from the Natural Science Institute of Iceland's historical imagery archive (https://www.lmi.is/is/landupplysingar/fjarkonnun/loftmyndasafn) . The viewer covers imagery from the past 80 years, and was designed at the Land Survey of Iceland (now Natural Science Institute of Iceland). The imagery found in the Loftmyndasjá has been collected from airplanes, scanned into digital format, and turned into map layers. The web viewer is open and free to all. Citation: Natural Science Institute of Iceland [Náttúrufræðistofnun]. Historical Imagery Map [Loftmyndasjá]. Imagery date. loftmyndasja.gis.is. [Aerial Imagery].
-
This oblique aerial imagery covers the shoreline of southeastern Georgian Bay, from approximately Port Severn to a point a few kilometres west of the Simcoe/Grey County line. Taiga Air Services Ltd. acquired the data from November 16 to December 2, 2014. To collect the data, they flew a helicopter 160 metres from shore and 100 metres above the water. Overlapping oblique images are available in the following formats: * TIFF (120 MB) * JPG (3.5 MB) * photo centre point shapefile, which you can use to link to the images from GIS software Imagery is available as one packaged product for the Georgian Bay shoreline. To order the data, follow our ordering instructions, which involve mailing an external hard drive to Land Information Ontario. Imagery will be used to investigate the potential of using oblique imagery to complement existing ortho imagery. This will: * help improve interpretation of shoreline features * updating shoreline mapping The imagery also provides a snapshot in time, capturing the current condition of the southeastern Georgian Bay shoreline. The following partners were involved with the project: * Ontario Ministry of Natural Resources and Forestry * Ontario Ministry of the Environment and Climate Change * Environment Canada * Severn Sound Environmental Association * Nottawasaga Valley Conservation Authority * Lake Simcoe Region Conservation Authority * County of Simcoe
-
[IS] Um er að ræða drónamyndir af Höfn á Hornafirði, teknar 15. júní 2022. Byrjað var klukkan 08:30 og lokið daginn eftir, 16. júní 2022, klukkan 10:30. Myndirnar voru teknar með Zenmuse P1 myndavélum, með upplausn á 3 cm. [EN] This dataset contains drone imagery of Höfn, captured on June 15th, 2022, starting at 08:30 and ending on June 16th, 2022, at 10:30. The imagery was captured using a Zenmuse P1 camera, with an approximate resolution of 3 cm.