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A
Abazari Torghabeh, E. (2013).  Stabilization of oil sands tailings using vacuum consolidation. 149 pages . Abstract
Addison, P. A., Khan A. A., L'Hirondelle S., & Theriault F. (1982).  Impact of air pollutant mixtures on forest vegetation and soils. 28 pages . Abstract
Afzal, A. (2013).  Application of advanced oxidation processes for treatment of naphthenic acids in oil sands process water. 203 pages . Abstract
Afzal, A., Drzewicz P., El-Din M. G., & Martin J. W. (2011).  Decomposition of a model naphthenic acid cyclohexanoic acid by advanced oxidation processes. 3 pages . Abstract
Alamgir, A. (2011).  Al-PAM assisted filtration of mature fine tailings from oil sands developments. 67 pages . Abstract
Anderson, J., Wiseman S. B., Moustafa A., Gamal El-Din M., Liber K., & Giesy J. P. (2012).  Effects of exposure to oil sands process-affected water from experimental reclamation ponds on Chironomus dilutus. 46(6), 6 pages . Abstract
Anderson, J. C. (2011).  Acute and chronic toxicity of untreated aged and ozonated oil sands process-affected water in Chironomus dilutus larvae. 134 pages . Abstract
Anderson, J. C., Wiseman S. B., Wang N., Moustafa A., Perez-Estrada L., Gamal El-Din M., et al. (2011).  Effectiveness of ozonation treatment in eliminating toxicity of oil sands process-affected water to Chironomus dilutus. 46(1),  Abstract
Anderson, J., Wiseman S., Franz E., Gamal El-Din M., Martin J., Jones P., et al. (2011).  Growth of Chironomus dilutus larvae exposed to ozone-treated and untreated oil sands process water (PO). 1 page .
Angle, C. W., Zrobok R., & Hamza H. A. (1991).  Surface properties reactivity electrokinetics and interactions of oil sands sludge clays. 13 pages . Abstract
Anglow Kouakou, W. (2014).  Geotechnical characterisation of oil sand tailings beach deposits in flume tests. 226 pages . Abstract
Arkell, N. P. (2012).  Accelerated dewatering of oil sands tailings by microbially induced chemical changes. 122 pages . Abstract
B
Babaoglu, Y., & Simms P. (2013).  The development of a non-Newtonian flow model for bounding the beach slope angle of high density tailings stacks.
Baer, T. J. (2014).  An evaluation of the use of natural stable isotopes of water to track water movement through oil sands mine closure landforms. 197 pages . Abstract
Bakhshi, N. N. (1974).  Treatment of tar sands tailings with fly ash. 12 pages .
Bejarano, C., & Jia C. Q. (2001).  Kinetic and mechanistic study on carbothermal reduction of sulfur dioxide with oil sands fluid coke. 13 pages .
Blanchard, C., Jahoda M., & Hornof V. (2000).  Effects of mechanical treatment and chemical addition on air drying of oil sand fine tails. 21(2), 5 pages . Abstract
Boswell, J., Alostaz M., & Pinheiro M. (2012).  Insights into oil sands tailings development projects. (Sego, D., Wilson, G.W., Beier, N., Ed.).
Boutsivongsakd, M., Farwell A., & Dixon D. G. (2007).  The potential use of black worms (Lumbriculus variegates) to assess surface-ground water interactions. 24 pages .
Boutsivongsakd, M. (2013).  Examining the growth and stable isotopes of phytoplankton and periphyton communities exposed to oil sands reclamation strategies. 85 pages . Abstract
Brickner, H. A. (2013).  The mobility of petroleum hydrocarbons in Athabasca oil sands tailings. 219 pages . Abstract
Brown, D., Ramos-Padrón E., Gieg L., & Voordouw G. (2013).  Effect of calcium ions and anaerobic microbial activity on sedimentation of oil sands tailings. 81, 7 pages . Abstract
Brown, L. D., Pérez-Estrada L., Wang N., El-Din M. G., Martin J. W., Fedorak P. M., et al. (2013).  Indigenous microbes survive in situ ozonation improving biodegradation of dissolved organic matter in aged oil sands process-affected waters. 93(11), 7 pages . Abstract
Brown, L. D. (2014).  Biological treatment of naphthenic acids and other organic compounds in oil sands process-affected waters.
C
Cameron, R., & Lord E. R. F. (1988).  Compaction characteristics of Athabasca tar sand and its suitability as a backfill material. 10 pages .

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