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Oil Sands Environmental Management Bibliography

The Cumulative Environmental Management Association (CEMA)partnered with the Oil Sands Research and Information Network (OSRIN) to create the new Oil Sands Environmental Management Bibliography, which includes documents relevant to the environmental management of oil sands development in Alberta. The majority of the documents focus on the mineable oil sands in the Athabasca deposit, though some documents relate to in-situ developments. This bibliography was last updated in November 2014.

Tailings pond behavior and characterization of oil sand tailings sludge

Year of Publication: 1983

Abstract:
Oil sand tailings are disposed of in large tailings ponds by upstream dyke construction and beaching. Sand separates and forms a gentle beach; the thin sludge flows into the pond as a density current, sedimentation takes place, and the rate of density increase rapidly becomes dominated by consolidation processes. The effect of the presence of bitumen on particles is an acceleration of sedimentation as the result of plastic collisions and agglomeration of particles. However, consolidation time is lengthened because the sludge solids have low relative densities and permeabilities.New system definitions are presented to account for the presence of bitumen as a non-mobile phase. A nomogram for oil sand sludge is presented to allow direct determination of sludge density and solids content from bitumen and water content. New experimental procedures for index tests are given, as the presence of bitumen creates laboratory difficulties. Grain size analysis and clay mineralogy require removal of bitumen, but Atterberg Limit data must be generated from intact sludge.

Tailings sand and natural soil quality at the Syncrude Aurora Albian Sands CNRL and Suncor mines

Authors Macyk, T. M.
Year of Publication: 2006

Abstract:
This report describes a field sampling effort completed in 2005, the analysis on the samples, and the results obtained.

Talk about oil sands

Authors
Year of Publication: 2013

Abstract:
General information about the oil sands in Alberta.

Citation:

Tamarack response to salinity: Effects of sodium chloride on growth and ion pigment and soluble carbohydrate levels

Authors Renault, S.
Year of Publication: 2005

Abstract:
The extraction of bitumen from oil sands can increase levels of sodium and chloride in boreal forest soils. A study was designed to test the effect of 30 and 60 mmol/L NaCl on 6-month-old tamarack (Larix laricina (Du Roi) K. Koch.) seedlings grown in aerated nutrient solutions. After 40 days of treatment in a growth chamber, 30 mmol/L NaCl caused injury to old needles and decreased shoot biomass, root potassium concentration, root soluble carbohydrate content, as well as chlorophyll a, chlorophyll b, and carotenoid levels in old needles. Sodium content of seedlings exposed to 30 mmol/L NaCl was higher in roots than in stems and new needles, while chloride content was higher in both old and new needles. Sodium and chloride concentrations were similar in new needles and in old needles. Seedlings exposed to 60 mmol/L NaCl showed injury in both old and new needles and lower root and shoot biomass, root magnesium and potassium concentrations, and both root and stem soluble carbohydrate levels. Furthermore chlorophyll a, chlorophyll b, and carotenoid levels were lower in all needles than in the control. Sodium and chloride contents of seedlings treated with 60 mmol/L NaCl were higher in old and new needles than in roots and stems. The results suggest that tamarack seedlings have a moderate tolerance to salinity, and when exposed to 30 mmol/L NaCl the seedlings could avoid injury by maintaining a relatively high K+/Na+ ratio in new needles and controlling Na+ transport to the shoots.

Tar sands update

Authors Anonymous
Year of Publication: 1977

Abstract:
Describes Syncrude and Great Canadian Oil Sands operations, and the next step in oilsand development - in situ recovery of heavy oils and bitumen.

Tar sands: Dirty oil and the future of a continent

Authors Nikiforuk, A.
Year of Publication: 2010

Abstract:
For the better part of their history, the Alberta tar sands have been out of sight and out of mind for most Canadians. A thinly populated wilderness and (in the words of one early bitumen booster) a “relatively undesirable environment,” it is a place few people visit. Ninety-eight per cent of the current population of Fort McMurray plan on eventually retiring somewhere else. Government operates as an absentee landlord. Such blindness and indifference spring from broad-spectrum denial of the unpleasant consequences of our addiction to oil. Calgary-based journalist and Governor General’s Award-winning author Andrew Nikiforuk covers the resultant fallout in detail, from the massive and irreparable destruction of the natural environment – turning a good chunk of northern Alberta, including the world’s third-largest watershed, into a toxic moonscape – to the political transformation of Canada into a modern petrostate. What he exposes most of all, however, is the mind-boggling short-sightedness and stupidity of the entire enterprise. Nikiforuk does overdo the figurative comparisons a bit. While volume may be handily imagined in units of Olympic-size swimming pools, it’s less helpful to know that the area covered by open-pit mining could end up being three times larger than the ancient city of Angkor Wat. But this is a minor point. Overall, Tar Sands provides an excellent guide to all of the environmental repercussions of our oil dependency. The political analysis is also good, sounding a warning about our dangerous energy “interdependence” with the declining American empire and using Thomas Friedman’s first law of petropolitics – that the price of oil and the quality of freedom invariably travel in opposite directions – to make the case for tar’s corrosive effect on democracy. Nikiforuk concludes with “Twelve Steps to Energy Sanity,” an oil-addiction recovery program. And surprisingly, many of his recommendations seem doable. We can’t avert a disaster that is already under way, but we might be able to prevent things from getting horribly worse.

Tarring the oil sands: The evolution and emergence of ENGO opposition in Alberta's oil sands and social movement theory

Authors Dow, M. W.
Year of Publication: 2012

Abstract:
The Alberta oil sands represent tremendous economic growth and prosperity for Alberta and Canada but their development does not come without cost. Environmental Non-Governmental Organizations (ENGOs), specifically the Pembina Institute and Greenpeace, have brought significant attention to the environmental impacts of development. Their history and involvement in the oil sands can be divided into two phases, the first characterized by a collaborative relationship between Pembina Institute and development proponents. The second is characterized by a strategic evolution of the Pembina Institute and the emergence of Greenpeace. Resource Mobilization Theory and Political Opportunity Theory are applied and analyzed to provide an account for the evolution and emergence of ENGOs in Alberta’s oil sands.

Technical report for the 2012 Lower Athabasca Region air quality management framework (AQMF) management response

Authors Liu, Y.
Year of Publication: 2015

Abstract:
The Government of Alberta is reporting to Albertans on the results of a technical investigation of air trigger exceedances for Nitrogen Dioxide (NO2) and Sulphur Dioxide (SO2) at air monitoring stations in the Lower Athabasca Region (LAR) for the year 2012. The investigation was initiated under the Lower Athabasca Region Air Quality Management Framework for Nitrogen Dioxide (NO2) and Sulphur Dioxide (SO2) (LAR AQMF) and helps fulfill a commitment made in the Lower Athabasca Regional Plan to initiate a management response when annual assessments indicate triggers or limits have been exceeded. The monitoring results are found in the 2012 Status of Ambient Environmental Conditions report. The air quality investigation followed the first two steps (verification and preliminary assessment) in the management response and recommendations from the investigation will inform the selection of mitigative management actions. This report presents the findings of the investigation, as described below. The goal of the investigation was to understand the factors that affected ambient levels of SO2 and NO2 at the stations that were at Level 2 or Level 3 under the LAR AQMF in 2012 and to understand possible future changes. Sources of NO2 and SO2 in the LAR from several emissions inventories were reviewed. Relationships between these emission sources and elevated levels of SO2 and NO2 were investigated through the analysis of 2012 ambient NO2 and SO2 data at the Level 2 and Level 3 stations. In order to assess past and future changes in the region, a historical trend analysis and predictions from three modelling studies were also reviewed.

Technical reports of the Northern River Basins study by subject and geographical area studied

Year of Publication: 1997

Abstract:
This report lists the NRBS Technical Reports by issue and geographic area studied. It is intended as a starting point to identify technical reports addressing specific interests.

Technical support document for the Regional Sustainable Development Strategy for the Athabasca oil sands area

Authors
Year of Publication: 1999

Abstract:
Alberta's environmental and natural resource management systems are designed to make sure the environmental impact of development is minimised, and the air, land, surface water and drinkable groundwater all meet provincial guidelines. In addition, they are used to ensure disturbed areas are properly reclaimed, renewable resources regenerate successfully, wildlife populations are sustained and wilderness is conserved. Alberta's current system is very effective and highly regarded — the standards set in Alberta meet or exceed most national and North American standards. The unprecedented pace of development in the Athabasca Oil Sands area, however, presents new challenges for the environmental and resource management systems of governments and industry. These include overlapping needs for access to public land, competition for renewable public resources such as forests, wildlife and water, and increased potential for effects on environmental quality, species diversity and abundance, and human health. In September of 1998, in anticipation of further oil sands resource development in Northern Alberta, Alberta Environment (AENV) committed to leading the creation of the Regional Sustainable Development Strategy (RSDS) for the Athabasca Oil Sands area. The development was led by the Northeast Boreal Region of AENV with a strong partnership involving regional stakeholders and regulators. The partners include First Nations and Aboriginal Communities, industry, environmental interest groups and government agencies (provincial [Alberta and Saskatchewan], municipal and federal). The RSDS builds on Alberta's current environmental and resource management system by creating the framework for the following: • Providing support for continued economic development in the region that addresses environmental needs and resource sustainability. • Creating an enhanced management framework that will adapt to the changing needs of the area which will guide government’s environmental and resource managers. • Developing a strong foundation of environmental information and science to assist in making decisions on sustainable resource and environmental management in the region. • Creating a way to identify priority regional environmental issues, and to organize the science and monitoring work needed to understand these issues. An inventory of environmental and resource management systems, the identification and analysis of issues, and the drafting of the RSDS were completed on July 30, 1999. The 72 issues addressed by the RSDS were identified from project-specific environmental impact assessments in the region, the Athabasca Oil Sands Cumulative Effects Assessment Framework Report, and from issues raised during Alberta Energy and Utilities Board (EUB) hearings on oil sands mines and in situ bitumen production projects. The issues were grouped according to similarities in their information gaps, and a list of 14 themes was created. Blueprints for action were then developed to resolve the issues within these theme groups. The groups were separated into the following three categories: Category A (based on information gaps/urgency) — sustainable ecosystems; cumulative impacts on wildlife; soil and plant species diversity; effects of air emissions on human health, wildlife and vegetation; and bioaccumulation of heavy metals. Category B (based on information gaps and work underway) — access management; cumulative impacts on fish habitat and populations; effects of tailings pond emissions; effects of acid deposition on sensitive receptors; and impacts on surface water quality. Category C (based on information gaps, work underway, and lower level of urgency) — end pit lake water quality; impacts on surface water quantity; and impacts on groundwater quantity and quality. It is recognized and acknowledged that the issues of tomorrow may be different from those of today. RSDS provides a framework and a process to review and adapt environmental and resource management in a continuous learning format, and to improve and respond quickly to changing circumstances.

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