|Title||Landslide guidelines and best practices for professional engineers and geoscientists|
|Author||Bobrowsky, P; VanDine, D; Couture, R|
|Source||Education, Professional Ethics and Public Recognition of Engineering Geology; by Lollino, G (ed.); Arattano, M (ed.); Giardino, M (ed.); Oliveira, R (ed.); Peppoloni, S (ed.); Engineering Geology for
Society and Territory vol. 7, 2014 p. 229-232, https://doi.org/10.1007/978-3-319-09303-1 45|
|Alt Series||Earth Sciences Sector, Contribution Series 20130353|
|Meeting||International Association of Engineering Geology conference; Turin; IT; September 2014|
|Media||paper; on-line; digital|
|Subjects||miscellaneous; geological research; health hazards; landslides; geological hazards|
|Program||National Hazard assessment, Public
|Released||2014 08 13|
|Abstract||Documents that summarize 'best practices' of a discipline are often widely used to provide bench marks of performance, guidance, expectations and sources of reference to practitioners. Such documents
can range from those that are lengthy prescriptive, regulatory and obligatory in the legal sense, to those that are short generalized views of opinion that lack peer consensus. More frequently, 'best practice' documents are timely and extensive
compilations prepared by a peer community that summarize and illustrate current philosophies and protocols re-garding various methods, techniques and procedures. During the past decade a number of countries have published landslide-related best
practice documents. Typically these documents are nation specific. They are often written to address landslides in the specific social, cultural, political and natural terrain and territory represented within those nations' borders. As a consequence
some of the infor-mation they contain is not readily transferable across political borders. |
Landslide professionals in Canada now have access to their own best practices document. The aim of the document is to provide a Canadian state-of-the-art
synthesis of landslide topics including: terminology; socio-economic significance; landslide classification and description; identification and mapping; site investigation, analysis, monitoring and treatment; risk management and evaluation; examples
of common landslide types; and professional practice issues. Specialists from the Geological Survey of Canada have coordinated contributions from a number of Canadian landslide specialists representing government, academia and the private sector.
Some 60 participants contributed as advisors, editors, authors and reviewers to the 11 open files (chapters) comprising this project. This initiative provides an example of a successful program and strategy that will serve both Canadian landslide
professionals and the public on an issue that is important to the health and safety of Canada's population and infrastructure. The document can be readily adopted or adapted by other countries interested in improving professional practices related to
landslides within their country.
|Summary||(Plain Language Summary, not published)|
This report summarizes the efforts during the past four years by a number of Canadian landslide experts to create a document to help reduce the impacts
of landslides in Canada. The document illustrates best practices that should be followed by the professional community of practitioners.