[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.

[IS] Um er að ræða drónamyndir af Búðadal, teknar 1. júní 2022. Byrjað var klukkan 14:40 og lokið daginn eftir, 1. júní 2022, klukkan 15:50. Myndirnar voru teknar með Zenmuse P1 myndavélum, með upplausn á 3 cm. [EN] This dataset contains drone imagery of Búðadalur, captured on June 1st, 2022, starting at 14:40 and ending on June 1st, 2022, at 15:50. The imagery was captured using a Zenmuse P1 camera, with an approximate resolution of 3 cm.

[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.

[IS] Um er að ræða drónamyndir af Vopnafirði, teknar 13. júní 2022. Byrjað var klukkan 19:00 og lokið daginn eftir, 14. júní 2022, klukkan 12:30. Myndirnar voru teknar með Zenmuse P1 myndavélum, með upplausn á 5 cm. [EN] This dataset contains drone imagery of Vopnafjörður, captured on June 13th, 2022, starting at 19:00 and ending on June 14th, 2022, at 12:30. The imagery was captured using a Zenmuse P1 camera, with an approximate resolution of 5 cm.

Historical forest airborne imagery corresponds to an annual collection of orthophotographs, acquired by aerial overview in order to meet the needs of the ecoforest inventory of southern Quebec (IEQM) and the global forest planning cycle (operational forest planning, forest planning, forest monitoring and forest activity controls). These images serve, among other things, to feed the process of photo-interpretation and production of the ecoforest map essential for sustainable forest management, as well as the overall forest planning cycle. Historical orthophotographs are assembled into mosaics. Each mosaic groups together the images from an acquisition project that have the same shooting year, the same spatial resolution and the same spectral bands. Mosaics have been produced since 2002 for ecoforest inventory and since 2004 for planning, monitoring and control images. The spatial resolution is generally 20, 21 or 30 cm (with a few exceptions of 50 and 63 cm) for the images that make up the mosaics of the ecoforest inventory, while it is much more variable for the planning, monitoring and control images (from 4 to 150 cm). Spectral bands and colors of images vary: black and white (panchromatic [PAN]), infrared (IRP), or natural (red, green, and blue colors [RGB]). The images used to produce the mosaics are spread over almost all of Quebec, south of the 52nd parallel. They are acquired in a cycle of about 10 years for the IEQM and annually for the needs of the global forest planning cycle. Note that imagery acquired through partnerships has been excluded due to their more restrictive broadcast license. The orthophotography mosaics of the ecoforest inventory are available for download in three formats depending on the territory (JPEG 2000, ECW and GeoTIFF) and are also accessible for visualization using a web mapping service (WMTS). Note that the orthophotography mosaics for planning, monitoring and controls are only available for viewing and not for download.**This third party metadata element was translated using an automated translation tool (Amazon Translate).**

The orthophotographs used to produce this mosaic are acquired by aerial overview in order to meet the needs of the Southern Quebec Ecoforest Inventory (IEQM). These images serve, among other things, to feed the process of photo-interpretation and production of the ecoforest map essential for sustainable forest management. This mosaic is the result of an assembly of orthophotographs produced since 2002 and represents the most recent images from the ecoforest inventory. The spatial resolution is generally 20, 21, or 30 cm (with some exceptions of 8, 10, 12, and 500 cm). Spectral bands and colors of images vary: black and white (panchromatic [PAN]), infrared (IRP), or natural (red, green, and blue colors [RGB]). This mosaic covers almost all of Quebec south of the 52nd parallel. The images used to produce the mosaic are acquired in a cycle of about 10 years corresponding to the IEQM calendar. Note that imagery acquired through partnerships was excluded due to their more restrictive distribution license and was replaced by historical images from the ecoforest inventory or by satellite imagery when the latter was not available. The orthophotography mosaic is accessible for visualization only using a web mapping service (WMTS).**This third party metadata element was translated using an automated translation tool (Amazon Translate).**

Orthophotographs of the administrative region of Chaudière-Appalaches, produced in spring 2020**This third party metadata element was translated using an automated translation tool (Amazon Translate).**