Fabius, M. 1985.  Experience with the Dilatometer in Routine Geotechnical Design.  38th Canadian Geotechnical Conference, Edmonton.
Fabius, M. and Suke, S., 1990.  The Investigation and Stabilization of a High River Bank in Thunder Bay.  43rd Canadian Geotechnical Conference.  Quebec City.
Fabius, M., and Hurley W., 1990.  Winter Construction of Mine Earthworks.  2nd International Symposium on Mine Planning and Equipment Selection.  Calgary.
Fabius, M., 1991.  The Monitored-Decision Process and Development of Mine Facilities.  30th Annual Engineers Day, Thunder Bay.
Fabius, M., LeBoeuf, W., Kondrat, T. and Dean, B. 1994.  Pilot Scale Bioremediation of Diesel Contaminated Soil in a Northern Climate.  Fourth Annual Symposium on Groundwater and Soil Remediation.  Calgary.
Fabius, M., 1997.  Design and Implementation of the Nowparc Solution to the Great Lakes Blob.  36th Annual Engineers Day, Thunder Bay.
Fabius, M., Matich, A., Roper, R. and Maki, G. 1999.  Case History of an Unusual Dyke Failure.  Canadian Dam Association Annual Conference, Sudbury.
Fabius, M. and Tozer, S.  2000.  Steep Nailed Embankment Technology – 2 Case Studies. 51st Annual Highway Geology Symposium.  Seattle.
Fabius, K.A.; Fabius, M.; Vanapalli, S.K.; Garga, V.K.  2004.  Managing Landslide Hazards with the Cautionary Zone Approach.  9th International Symposium on Landslides, Rio De Janiero, Brazil.
Fabius, K.A.; Fabius, M.; Vanapalli, S.K.; Maki, G.  2004.  Slope Hazard Management with the Cautionary Zone Approach: A Case History.  57th Canadian Geotechnical Conference, Quebec City.
Fabius, M.; Tozer, S.E.; Maki, G.  2005.  Soil Nail and Root Technology (SNART): An Innovative Slope Stabilization System.  58th Canadian Geotechnical Conference, Saskatoon.
Fabius, M., Tozer S. and Villegas, B.  2006.  A Shoreline Case Study: 20 Years of Hazard Management and an Innovative Soil Nailed Slope Solution.  Chicago Geotechnical Lecture Series, University of Illinois.
Fabius, M. and Tozer S. 2006.  Case Study: Innovative Soil Nail Stabilization of a 100 foot High Urban Slope.  31st Annual Deep Foundations Institute Conference, Washington DC.