Athabasca River Project


Book Description




Hydraulic Modelling of the Peace-Athabasca Delta Under Modified and Natural Flow Conditions


Book Description

Construction of the Bennett Dam in British Columbia altered natural fluctuations of downstream flows in the Peace River in Alberta, with major implications for the ecosystem of the Peace-Athabasca Delta. In later years, downstream weirs were constructed to restore the water level regime in the Delta. This report presents the results of a modelling exercise undertaken in an attempt to assess the effect of the weirs and the dam on the Delta water levels during 1985-90, at which time Lake Athabasca water levels were low and it was not clear whether the weirs were functioning properly or if the low water levels were caused by low flows coming from the upper Peace and Athabasca river basins. The methodology uses a one-dimensional hydrodynamic model, suitably modified and calibrated. The appendices include numerous plots of water levels indicating the effects of the weirs and dam on natural conditions.




A Roadmap for Sustainable Water Management in the Athabasca River Basin


Book Description

Through the lens of sustainable water management, the project began to answer the question: Considering the many interests and perspectives in the basin, how do we move forward as a basin to have sustainable water resources for all in the future? [...] It is the hope and expectation of everyone involved in this project that the outcomes will serve to further the 7 A Roadmap for Sustainable Water Management in the Athabasca River Basin development and ongoing improvement of planning, policy, and management of water in the ARB by government, industry, organizations, and communities. [...] It incorporates the landscape system, the hydrologic system, the climate system, and the river management system, and builds on what has already been done in the basin by using existing knowledge, data, and tools to provide effective, science-based decision support for basin 8 A Roadmap for Sustainable Water Management in the Athabasca River Basin planning and management considerations. [...] The AIRM can be used to demonstrate the effects of changes in land use, climate, or water use on the water resources in the ARB and was used throughout the Initiative with the Working Group to create a transparent and accessible modelling tool that the Working Group could understand, access, and trust. [...] Through the collaborative modelling process, the Working Group used the AIRM to simulate the current basin condition and examine a range of potential effects on water quantity, and to some degree water quality, from changes in climate and landscape in the ARB.










Project Management


Book Description

"Highlighting the practical side of real-life project execution, this massive reference stresses project management as an independent profession--detailing the varied applications where project management is used and examining the numerous and diverse project management responsibilities and tools. "







Alberta’s Lower Athabasca Basin


Book Description

Over the past two decades, the oil sands region of northeastern Alberta has been the site of unprecedented levels of development. Alberta's Lower Athabasca Basin tells a fascinating story of how a catastrophic ice age flood left behind a unique landscape in the Lower Athabasca Basin, one that made deposits of bitumen available for surface mining. Less well known is the discovery that this flood also produced an environment that supported perhaps the most intensive use of boreal forest resources by prehistoric Native people yet recognized in Canada. Studies undertaken to meet the conservation requirements of the Alberta Historical Resources Act have yielded a rich and varied record of prehistoric habitation and activity in the oil sands area. Evidence from between 9,500 and 5,000 years ago—the result of several major excavations—has confirmed extensive human use of the region’s resources, while important contextual information provided by key geological and palaeoenvironmental studies has deepened our understanding of how the region’s early inhabitants interacted with the landscape. Touching on various elements of this rich environmental and archaeological record, the contributors to this volume use the evidence gained through research and compliance studies to offer new insights into human and natural history. They also examine the challenges of managing this irreplaceable heritage resource in the face of ongoing development. Contributors: Alwynne Beaudoin, Angela Younie, Brian O.K. Reeves, Duane Froese, Elizabeth Roberston, Eugene Gryba, Gloria Fedirchuk, Grant Clarke, John W. Ives, Janet Blakey, Jennifer Tischer, Jim Burns, Laura Roskowski, Luc Bouchet, Murray Lobb, Nancy Saxberg, Raymond LeBlanc, Robert R. Young, Robin Woywitka, Thomas V. Lowell, and Timothy Fisher