Land Management Search Results
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Authors
Cory Savage
Tanner Owca
Mitchell Kay
Jelle Faber
Brent Wolfe
Roland Hall
Potential for downstream delivery of contaminants via Athabasca River floodwaters to lakes of the PAD has raised local to international concern. Here, we quantify enrichment of eight metals (Be, Cd...
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Authors
Leila Taheriazad
Carlos Portillo-Quintero
Arturo Sanchez-Azofeifa
This report presents a comprehensive review of industrial applications of an emerging environmental monitoring technology called Wireless Sensor Networks (WSN) and a WSN installed at Coal Valley Mine
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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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Several insect species and groups of insects are examined for their potential as biological indicators in the AOSERP area.
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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
Kishan Sambaraju
Chantal Côté
Invasions of exotic forest insects and pathogens can devastate evolutionarily naïve habitats and could cause irreversible changes to urban and natural ecosystems. Given the ever-increasing volume of...
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Authors
Olaf Niemann
Fabio Visintini
Changes observed in the foliage of trees killed by bark beetles are usually described in terms of stages that have been related to a specific timeframe. The “green attack” stage is the period of time...
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Pesticide Chemicals Branch of Alberta Environment conducted a monitoring program in 1979 related to two methoxychlor treatments of the Athabasca River for black fly (Simulium arcticum) control.
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The use of methoxychlor in the Athabasca River to control black fly (Diptera: Simuliidae) larvae was monitored in 1980. Effective control of black fly was observed for a distance of 60 km
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Population reductions of non-target organisms in the Athabasca River due to methoxychlor was limited for the May 20/21 treatment but was considerable for the June 19 treatment.
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Authors
Michelle Knaggs
Samuel Haché
Scott Nielsen
Rhiannon Pankratz
Erin Bayne
Resource Date:
December
2020
Research Highlights: The effects of fire on birds in the most northern parts of the boreal forest are understudied. We found distinct differences in bird communities with increasing fire severity in...
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Authors
Sari Holopainen
Elmo Miettinen
Veli-Matti Väänänen
Petri Nummi
Hannu Pöysä
Wetlands belong to the globally most threatened habitats, and organisms depending on them are of conservation concern. Wetland destruction and quality loss may affect negatively also boreal breeding...
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No measureable air pollutant effect was observed on either vascular or lichen communities at any site even though significantly high tissue pollutant concentrations were documented within 10km of GCOS
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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
Aneta Spyra
Anna Cieplok
Mariola Krodkiewska
Beaver-created ponds constitute an important element of small water retention in forest catchments and preserving biodiversity as breeding sites for vertebrates and invertebrates. In many areas, these...
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Understanding how birds respond to landscape disturbance is key to effective restoration. Two studies used non-invasive microphone arrays to determine the exact locations of singing individuals in the...
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Authors
Alberta Biodiversity Monitoring Institute
We’re pleased to announce the release of the ABMI Alberta-wide Wetland Inventory—our most up-to-date and high-resolution wetland data yet.
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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.