Land Management Search Results
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Authors
Alberta Biodiversity Monitoring Institute
As of 2015, 29.2% of Alberta is under human footprint, up from 25.7% in 1999—that’s an average increase of about 0.22%, or around 1450 km2 (560 sections) per year.
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Authors
Wei-Yew Chang
Chris Gaston
Julie Cool
Barb Thomas
Genomics-assisted tree breeding (GATB) is an emerging biotechnology method that has the potential to produce improved planting stock in selected traits, such as greater volume or higher wood quality...
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Vegetation workshop was held November 1979 to evaluate user needs for more detailed vegetation descriptions and maps and to review the results of the vegetation survey as a step towards meeting needs
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Authors
Dennis Cook
Jerald Jacobson
Study designed to develop an analysis model which would produce statistically reliable estimates of visibility bias and total population
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Authors
Natalie Shelby-James
Sarah Thacker
Chris Powter
Paul Fuellbrandt
Tomislav Hengl
Leandro Parente
Objective is to work collaboratively with soil data users to develop the Alberta Background Soil Quality System (ABSQS) as a tool to assist industry and government in environmental management
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The Natural Regions and Subregions classification represents the state-of-the-art in ecological land classification in Alberta. This classification provides a valuable baseline for resource management...
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Authors
Intercontinental Engineering of Alberta Ltd.
A collection of technical working papers that helped inform the final report and recommendations
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Authors
Marcus Becker
Dave Huggard
Melanie Dickie
Camille Warbington
Jim Schieck
Emily Herdman
Robert Serrouya
Stan Boutin
Estimating animal abundance and density are fundamental goals of many wildlife monitoring programs. Camera trapping has become an increasingly popular tool to achieve these monitoring goals due to...
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Authors
Aaron Sekerak
Gordon Walder
Maps showing fish collection locations, photos and details of the physical characteristics of nine streams within five watersheds (Firebag, Muskeg, Steepbank, MacKay, and Ells) in AOSERP study area
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During 1978, a number of aquatic projects were funded by AOSERP using a habitat inventory and mapping approach.
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Authors
H. Yau
K.L. Murphy
P.L. Timpany
Once the composite model is calibrated and tested, it would predict mass loading or concentration of a parameter at any point along the study area for different future development scenarios
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Authors
Gordon Macdonald
Alfred Rademacher
Changes in effluent loadings at the two pulp mills and an increase in river flows in the lower Athabasca Basin accounted for some noticeable improvements in water quality from that reported in 1990
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Authors
M.S. Thompson
J. Crosby-Diewold
Relationship between aquatic macrophyte growth and habitat factors found in the AOSERP study area is outlined, as are some implications of aquatic macrophyte inventory for management and revegetation
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Authors
Alberta Biodiversity Monitoring Institute
From1999 to 2015, human activity in Alberta visibly converted over 23,000 km2 of native ecosystems into residential, recreational, or industrial landscapes
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Resource Date:
August
2021
With the support of Alberta Environment and Parks, the Alberta Biodiversity Monitoring Institute has become the trusted source for data about habitat, species, and the human footprint.
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As caribou habitat restoration initiatives have become more widespread across Alberta in the last decade, key uncertainties have been recognized regarding what treatment types are appropriate for...
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Authors
Piotr Tompalski
Joseph Rakofsky
Nicholas Coops
Joanne White
Alexander Graham
Kyle Rosychuk
Airborne laser scanning (ALS) and digital aerial photogrammetry (DAP) have both been demonstrated as reliable sources of information on forest stand inventory attributes. The increasing availability...
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Authors
Christopher Shank
Amy Nixon
This report provides a broad overview of how Alberta species are likely to be affected by climate change by the 2050s. Amphibians were consistently found to be the most vulnerable to climate change
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Authors
Diana Stralberg
Erin Bayne
Steven Cumming
Péter Sólymos
Samantha Song
Fiona Schmiegelow
For some boreal songbirds, limits to forest growth and succession may result in dramatic reductions in suitable habitat over the next century.
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Authors
James Saracco
Peter Pyle
Danielle Kaschube
Monica Kohler
Christine Godwin
Kenneth Foster
Habitat loss and disturbance from industrial resource development may be contributing to declines in boreal bird populations. We applied hierarchical multi-species models to data from 31 bird species...