Scott is the associate professor of conservation biology in the Department of Renewable Resources. He is also one of the two new Alberta Biodiversity Conservation Chairs at the University of Alberta; he and Dr. Stan Boutin are both directing research projects focused on key biodiversity challenges related to the energy sector. When he's not blissfully engrossed in his research projects, Scott enjoys canoeing, experimenting with perennial agriculture, woodlot management and prairie restoration on his northwest Wisconsin farm, and most of all spending time with his family.
Tobias is the lab's staff research technologist and UAV operator. His diverse backgrounds range from environmental biology, robotics and emergency response to programming, graphical design, GIS and computers, making him somewhat of a technical and creative swiss-army knife for research and development. He loves wildlife, crafting, and travelling.
Diana's research focuses on broad-scale conservation planning in the context of a changing climate, with an emphasis on boreal forest systems. She is currently working with the AdaptWest project to develop methods for predicting common macro-scale climate refugia for North American songbird and tree species in the face of future warming. Diana completed her PhD at the University of Alberta in collaboration with the Boreal Avian Modelling project, and previously worked as a Landscape Ecologist at Point Blue in California.
Ashley is the ACE lab's coordinator and research assistant. She has a broad background in field research, and has spent many seasons in the boreal trudging through peatlands and swatting away insects. She spends most summers conducting plant surveys and measuring forest characteristics, but is also dabbling in UAV research. Ashley is involved in several research projects, including abiotic factors of seismic line recovery and UAV surveys of lichen biomass. When she's not in the field, Ashley enjoys birding, photography, and climbing mountains.
Catherine Denny completed her M.Sc. in ACE Lab on Grizzly bear fractal ecology in 2016, and has since stayed on at the lab to assist Scott with further research on grizzly bear ecology as well as publish the results of her thesis project. She enjoys spending time outdoors in the mountains and forest, doing yoga, dancing, gardening, and drinking chai tea.
Rob is collaborating and coordinating field and academic research related to bison ecology in northern Alberta. He is collaborating with First Nations, Metis, provincial and federal governments, and forestry and energy industries to achieve science and Traditional Knowledge-based bison and ecosystem conservation and management. He is coordinating with undergraduate and graduate students to answer questions regarding bison movement and habitat use, bison-abiotic-biotic interactions, and ecosystem pattern and fluctuation. Outcomes of bison research will contribute to improved knowledge of bison ecology, and better conservation and management practices. Rob recently completed a Masters degree with the ACE Lab, and stayed on to continue his research on bison ecology. Rob enjoys backcountry hiking excursions and is an avid cyclist, and is an advocate ot voluteering and collaborating with conservation organizations.
Sean, one of ACE Lab's first graduate students, returns from completing his doctorate on nutritional ecology in Australia to conduct farther research into grizzly bear nutritional ecology. He is working on the Grizzly-PAW research project, a joint research collaboration between the U of A, UBC and the Foothills Research Institute investigating the ecology and health of the grizzly bear population in west central Alberta. In his spare time, he enjoys climbing, guitar, hiking, travelling, resting, and numerous other activities.
Jessica's research is on conservation planning in the presence of climate change. Specifically, she is using environmental niche modeling to describe current species distributions for 200+ rare vascular plants and butterflies in Alberta and projecting changes in their distribution (potential habitat) with climate change. This will be used to identify gaps in the current conservation reserve design in Alberta and to recommend important sites in Alberta for future conservation. The output of this work will be posted on the Alberta Species Conservation Atlas page.
Clayton's research is on population regulation and habitat selection of grizzly bears. In particular, he is interested in examining how spatial and temporal factors affect regional patterns in population density, including patterns in huckleberry, and how these factors interact to regulate grizzly bear populations. When not collecting grizzly bear hair, he spends his time in the backcountry hunting, fishing and backpacking.
Co-supervised by Dr. Stan Boutin
Caroline is studying the effects of variable green-tree retention harvesting on furbearer distribution and understory plant communities at EMEND. She is comparing activity of lynx, coyotes, wolves, fisher, marten, squirrels, and hares on 15-17 year-old cut blocks in the boreal forest of northwestern Alberta. In addition to furbearer distribution, her research includes investigations of plant functional traits that contribute to the resilience, resistance, or disappearance of understory plant species in varying levels of green-tree retention.
Co-supervised with Dr. Ellen Macdonald
Jacqueline is interested in rare plant species associated with fens in boreal Alberta. Her research is on both survey methodology for improving rare plant detectability during environmental assessments and the effectiveness of using translocations as a mitigation tool for developments. Her work will assist with developing standardized guidelines for these practices. Jacqueline likes to joke about self-torture in choosing to study fen species but genuinely finds these environments to be some of the most beautiful in Alberta.
Federico is studying how linear disturbances associated with in situ oil sands developments in northern Alberta affect butterfly communities, movement rates and populations of rare species such as the cranberry blue butterfly. He is broadly interested in ecology and conservation, as well as ethology and evolution. He is interested in using butterflies as a model system to assess environmental conditions and ecological processes (e.g. mimicry, cryptic species, parasitism, etc.). Besides his scientific interests, Federico loves to play basketball, hike, travel and generally to explore new places. He also loves Italian cuisine and blues music.
Co-supervised with John Acorn
Zachary is studying what island traits (size, isolation, habitat heterogeneity, etc.) may be contributing to patterns of biodiversity (butterfly, plant and bird taxa) observed on islands occurring on Lake of the Woods, ON. The main focus of his research is on butterfly ecology—specifically on how butterflies perceive and utilize their island habitats. When dealing in matters of conservation, investigating how the taxa we wish to preserve perceive their environments is paramount. Though studying biodiversity on these naturally occurring islands, Zachary hopes to shed light on how habitat fragmentation may be affecting levels of biodiversity found on anthropogenic habitat islands, which are created through various human practices and developments. Apart from catching butterflies, Zachary enjoys both playing and coaching tennis, as well as travelling, mountain biking, backpacking, and fishing.
Co-supervised by John Acorn
Angelo is studying the recovery/regeneration of seismic lines created by oil sands exploration and extraction, the largest contributor of forest fragmentation in northeastern Alberta. Seismic lines contribute to changes in biodiversity and in particular, to declines in woodland caribou. However, natural rates of recovery on seismic lines are largely unknown. Understanding where natural recovery is occurring or is arrested, as well as how fire affects these processes, is therefore a priority. Lastly, Angelo is examining the effectiveness of active restoration treatments and where they will be most beneficial.
Christopher Souliere is a PhD student in the Applied Conservation Ecology (ACE) Lab at the University of Alberta. He obtained his Masters in Biology at Carleton University, which focused on simulating the detection patterns of birds flying past marine radars. His PhD research focuses on modeling and simulating grizzly bear food resource supply, distribution and behavior in the Alberta Foothills. In particular, he is examining the effects of fire and forestry clearcuts on bear food supply, as well as exploring optimization analyses that consider bottom-up factors within forest harvest planning tools. He is also interested in investigating methods that estimate population size; and developing agent-based models to simulate grizzly bear population dynamics and behavior in changing landscapes, with the aim of answering questions that remain pertinent to management objectives. Apart from research, he enjoys climbing, skiing, golf and flying RC aircraft. Prior to graduate school, he worked as a research assistant at the National Wildlife Research Centre (NWRC) in Ottawa.
Lee is a PhD student who is investigating the ecology of the Ronald Lake herd of wood bison (Bison bison athabascae) in northeastern Alberta. This small herd roams a home range that expands from the oils sands north to the south eastern tip of Wood Bison National Park, putting them at the front lines of conversation biology. Specially, Lee is exploring the herd's response to anthropogenic and natural (i.e., wild fires) disturbances, the selection of specific calving grounds, and the how wood bison transform their landscape. In his spare time, Lee enjoys backpacking, diving, skiing/snowboarding, playing basketball and soccer, photography, and biking. When he is adventuring, Lee is happy.
Project Title: Seismic lines and their edge effects on understory vegetation.
Laureen is studying the edge effects of seismic lines on understory vegetation in Alberta's boreal forest. Her thesis examines how these linear corridors affect the richness, composition, and population dynamics of the understory vegetation in the adjacent forest. In addition, she explores how regeneration on these linear clearings might be improved.
Charlie is interested in enhancing wildlife habitat with prescribed fire and other forest management applications. In his spare time, he can be found mountaineering, surfing, ski touring, mountain biking and traveling.
Amy is interested in ecology and conservation of Rocky Mountain bears, her masters is focused on using DNA and stable isotope analysis to investigate the diet of bears in Glacier Park, Montana. In her spare time, she can be found hiking with her dog, cross country skiing, and traveling.
Over the past few years Thea has had the opportunity to take part in projects that involve traipsing under mature pine, blundering through willow thickets, tromping over old spruce downfall, and squelching in peatlands to monitor boreal songbird populations. She is keen to gain a better understanding of how we can apply ecological principles to further the conservation and management of these captivating habitats. In particular, she is interested in mechanisms driving songbird responses to habitat modification by anthropogenic disturbances.
Co-supervised by Dr. Erin Bayne
Emily is studying the surrogacy effects of grizzly bears on songbirds on both localized and large scales, including using autonomous recording units (ARUs) to record bird presence at sites of known grizzly bear use. She is a licenced songbird bander and enjoys educating the public about bird conservation and other environmental aspects.
Ryan is interested in forest ecology (post-disturbance succession) and its implications for conservation and reclamation. He is part of the TRANSFOR-M program, a transatlantic partnership with the University of Freiburg designed to explore central European concepts of sustainable forestry and environmental sciences. When he isn’t too busy with school he can be found exploring the great outdoors by bike, foot, skis, or kayak.
Stephanie is studying trembling aspen (Populus tremuloides) response to above ground disturbances on reclamation areas in Northern Alberta. She is also looking at trembling aspen and black spruce (Picea mariana) regeneration after the Fort McMurray fire. Part of this research includes examination of black spruce seedling microsite preferences. Apart from research she enjoys exploring the outdoors with her dog, bird watching, and wildlife photography.
Co-supervised by Brad Pinno, Natural Resources Canada
Graeme is working to compile data on invasive plant species in the fragmented forests of northern Alberta. Through existing vegetation counts and his own examination of soil seed banks, he hopes to demonstrate the extent to which these linear disturbances may act as corridors of invasion. When Graeme isn't stretching his nature-legs, he loves board games, craft beer, and going to the movies. If anyone can't remember the name of "that one actor who was in that movie about the thing", he's the guy to ask!