Index Catalog // Carleton University Institutional Repository

Resource Type:: Other
Creator:: Beale, Mike
Description:: More about the Regulatory Governance Initiative (RGI): https://carleton.ca/rgi
Abstract:: In a well-known Sherlock Holmes story, Holmes solved a murder mystery by pointing to the [“curious incident of the dog in the night-time”]( https://brieflywriting.com/2012/07/25/the-dog-that-didnt-bark-what-we-can-learn-from-sir-arthur-conan-doyle-about-using-the-absence-of-expected-facts/). “The dog did nothing in the night-time”, countered the Scotland Yard detective on the case. “That was the curious incident” replied Holmes. [Health Canada]( https://www.canada.ca/en/health-canada/services/publications/healthy-living/2021-health-effects-indoor-air-pollution.html) estimates that air pollution accounts for 15,300 premature deaths annually in Canada. All the key air pollutants are found on Canada’s [list of toxic substances]( https://www.canada.ca/en/environment-climate-change/services/canadian-environmental-protection-act-registry/substances-list/toxic.html), giving Environment and Climate Change Canada (ECCC) full authority to regulate emissions. And yet there are only a handful of federal regulations addressing air pollution from industrial/stationary sources. This case study addresses the question – why doesn’t the dog bark?
Date Created:: 2021-01-01

Resource Type:: Other
Creator:: Beale, Mike
Description:: More about the Regulatory Governance Initiative (RGI): https://carleton.ca/rgi
Abstract:: The pollution prevention provisions of Canada’s Fisheries Act, and the regulations made pursuant to those provisions, form the core of Canada’s federal water pollution regime. The Act applies nationally, and the sectoral regulations apply to an ever-expanding list of activities. The regime is actively enforced. The Canada’s Fisheries Act and the Canadian Environmental Protection Act, 1999 (CEPA) 1 together form the key underpinnings for Environment and Climate Change Canada’s pollution regulations. The Canada’s Fisheries Act also takes an unusual approach to pollution prevention: a general prohibition against pollution in the Act itself, while the regulations under the Act permit pollution under specified conditions. The Canada’s Fisheries Act itself is over 150 years old. Where did the modern regime come from, and how did it take the form it has today? That is the subject matter of this Case Study.
Date Created:: 2020-06-15

Resource Type:: Other
Creator:: S., Steven, C., Waid, Sinclair, Laurel E., Peters, Paul A., D.B., Carson, S., Petrie, and L., Priest
Description:: Visit the Spatial Determinants of Health Lab website at https://carleton.ca/determinants
Date Created:: 2020-06-18

Resource Type:: Other
Creator:: Paskaran, S., Peters, Paul A., LeBlanc, M., and Petrie, S.
Description:: Visit the Spatial Determinants of Health Lab website at https://carleton.ca/determinants
Date Created:: 2019-11-20

Resource Type:: Other
Creator:: Peters, Paul A., Petrie, S., Carson, D., LeBlanc, M., Steven, S., and Morris, S
Description:: Visit the Spatial Determinants of Health Lab website at https://carleton.ca/determinants
Date Created:: 2019-08-12

Resource Type:: Other
Creator:: Hodge, Heidi, Carson, Dean, and Peters, Paul A.
Description:: Visit the Spatial Determinants of Health Lab website at https://carleton.ca/determinants
Date Created:: 2019-05-13

Resource Type:: Other
Creator:: Carson, D.B., Petrie, S., Sinclair, L., Priest, L., Waid, C., Steven, S., and Peters, Paul A.
Description:: Visit the Spatial Determinants of Health Lab website at https://carleton.ca/determinants
Date Created:: 2019-07-23

Resource Type:: Other
Creator:: Steven, S., Peters, P.A., Sendanyoye, C., Petrie, S., and Carson, D.B.
Description:: Visit the Spatial Determinants of Health Lab website at https://carleton.ca/determinants
Date Created:: 2019-07-12

Resource Type:: Other
Creator:: Sazidy, Mahmud
Abstract:: Water and Ice Research Lab at Carleton University investigating ice island drift and deterioration in Eastern Canada for several years. As part of this on-going research, the WIRL is interested in developing a numerical tool to understand the role of large scale fracture or calving event in ice island deterioration. This technical manual is prepared to provide a step-bystep guidance on how the deterioration model can be developed using simple methodology and procedure in commercial Finite Element Analysis (FEA) software package LS DYNA. The manual demonstrates the procedure with example problems, and addresses various issues that may encounter in future modelling. This manual will be updated with time.
Date Created:: 2020-01-17