Amalgamations of Wildlife Management Units which share similar ecological characteristics and hunter harvest patterns, and thus provide a suitable geographical framework for implementing population management strategies

This data breaks down estimated hunter and harvest numbers by: * wildlife management unit (WMU) * calendar year Harvest and active hunter numbers are estimates based on replies received from a sample of hunters and are therefore subject to statistical error. Additional technical and statistical notes can be found in the data dictionary.

This data breaks down estimated hunter and harvest numbers by: * wildlife management unit (WMU) * calendar year Harvest and active hunter numbers are estimates based on replies received from a sample of hunters and are therefore subject to statistical error. Additional technical and statistical notes can be found in the data dictionary.

This data breaks down bull moose, cow moose, calf moose and total harvest numbers by: * wildlife management unit (WMU) * calendar year Harvest and active hunter numbers are estimates based on replies received from a sample of hunters and are therefore subject to statistical error. In addition to the values presented, from 2006-2017, an estimated annual average of approximately 160 calf moose were harvested across the province by approximately 6,400 active resident hunters who did not apply for an adult validation tag. Additional technical and statistical notes can be found in the data dictionary.

Special licences are used in situations where a species (e.g, Elk) could not withstand the hunting pressure of a general season, or where they are need to meet a specific management goal (e.g., the goal in the antlered mule deer draw areas is to develop and maintain a more balanced age structure in the herd).A special licence allows a hunter to hunt the type of big game animal (e.g., antlerless elk) in the area (a WMU, a group of WMUs, or a portion of one or more WMUs) specified on the licence. This dataset displays the special licence boundaries for both residents and/or non-residents for the following species type: Antelope, Mule Deer, White-Tailed Deer, Elk, Moose, Calf Moose, Mountain Goat, Sheep and Merriam's Turkey Special Licence Draws. While every effort is made to ensure that the information is accurate and up to date, it is the sole responsibility of the hunter to ensure they are legally able to hunt within a given area and to comply with the Wildlife Regulations and Act. They should not rely on the accuracy of this dataset. The Government of Alberta reserves the right to vary without notice any information contained within this dataset. Alberta has a variety of restricted hunting areas. Please review the Alberta Guide to Hunting Regulations and the Alberta Hunting Draw Booklet carefully to determine the most up-to-date information and how the various designations affect hunting opportunities. For more information visit http://www.albertaregulations.ca/huntingregs/index.html

Current Limited Entry Hunting (LEH) Zones polygons are hunting opportunities created via a lottery, and the details are found in the LEH Synopsis. Participation in the LEH draw is available to any resident of BC who legally possesses a BC Resident Hunter Number. The purpose of Limited Entry Hunting is to achieve wildlife management objectives without resorting to such measures as shortening seasons or completely closing areas. It is only introduced where it has become necessary to limit the number of hunters, limit the number of animals that may be taken, or limit the harvest to a certain class of animal. The Zones are valid during the LEH hunting season, and changes are made effective July 1st of each yearly. Some zones change frequently, some change rarely.

Historical finds of Operophtera brumata

The purpose of this dataset is to give an accurate representation of the game hunting boundaries in Manitoba.The purpose of this dataset is to give an accurate representation of the game hunting boundaries in Manitoba.Game Hunting Areas (GHAs) are defined under the Hunting Areas and Zones Regulation (220/86) of The Wildlife Act (CCSM c. W130). Game Hunting Areas are used to support boundaries for species-specific hunting seasons, harvest allocations, bag limits and associated regulations. Refer to the Hunting Areas and Zones Regulation for GHA boundary descriptions.Fields included (Alias (Field Name): Field description)OBJECTID (OBJECTID): sequential unique whole numbers that are automatically generated GHA (GHA): the number assigned to each Game Hunting Area Shape_Length (Shape_Length): the length of the feature in internal units Shape_Area (Shape_Area): area of the feature in internal units squared

The Common Attribute Schema for Forest Resource Inventories (CASFRI) is a Canadian forest resource inventory data repository. Forest resource inventory datasets in CASFRI are harmonized to a common data model so that data collected by different agencies following different standards can be used together. Participating provincial, territorial and federal government departments and agencies share current and historical map-based forest resource inventory datasets through CASFRI so that their data are available to users who’s areas of interest span multiple jurisdictions. CASFRI was originally developed by academic researchers (Cumming et al., https://doi.org/10.1139/cjfr-2014-0102). This flavour of CASFRI (CASFRIv5) was developed anew in collaboration with academic researchers at the University of Laval to provide a government version of CASFRI that is findable, accessible, interoperable, and reusable. It uses the most up-to-date forest inventory data provided by participating provincial, territorial, and federal government departments and agencies. CASFRIv5 is hosted on the Canadian Council of Forest Ministers’ data portal, the National Forest Information System (http://nfis.org).

PURPOSE:The focus of this research is on changes in the distribution of killer whales in the Canadian Arctic, which is within the field of marine biogeography and marine megafauna. Our research details change in killer whale presence and ties it to changes in sea ice coverage. These are novel results, presenting trends in the arrival and departure dates of killer whales into the eastern Canadian Arctic for the first time. We go on to discuss the impacts of these changes on other aspects of Arctic ecosystems and how increasing in killer whale presence might affect other species and the management of those species in Canada. Killer whales are a widespread species of interest, especially in the Canadian Arctic as their presence is tied to multiple aspects of a region rapidly changing from the effects of climate change. DESCRIPTION:This study examines 20 years of killer whale (Orcinus orca) sightings in the eastern Canadian Arctic, drawing from a comprehensive sighting database spanning 1850-2023. Despite inherent biases favoring data collection near communities and coastal areas, spatiotemporal analyses reveal significant shifts in killer whale distribution linked to changing sea ice conditions. We developed a clustering metric representing the mean distance to the five nearest sightings and results show that killer whales are progressively moving away from historically high-use areas and that sighting locations are becoming more dispersed over time. A significant year × sea ice interaction indicates observations occur earlier during their arrival period at lower sea ice concentrations over time, suggesting that declining sea iceconcentration contributes to earlier arrival. Conversely, for departure periods, killer whales are observed farther south later in the year, likely linked to earlier freeze-up at higher latitudes, and are overall observed later into the year over time. This trend has led to a near doubling of their average presence from 26 days in 2002 to 48 days in 2023 (27 July to 13 September) reflecting an extended open-water season. These findings underscore the prolonged seasonal use of Arctic regions by killer whales, driven by diminishing sea ice and expanding openwater habitat. Such shifts highlight potential implications for Arctic marine ecosystems as killer whales increasingly overlap with endemic species.