Via online. 5 pages., "Industry in a frenzy, trying to decode the sludge of public opinion while still getting used to the idea this is something to take seriously."
8 pages, Online via UI Library electronic subscription, Examined news media reporting on farm injuries in Canada, 2010 through 2017. Only 6.3% of 856 identified articles included a prevention message. Authors concluded that prevention messages are rare in media reporting of farm injuries and are decreasing over time. "Improved reporting is needed to aid in farm injury prevention."
22 pages., via online journal., Identifying and communicating uncertainty is core to effective environmental
assessment (EA). This study evaluates the extent to which uncertainties are considered
and addressed in Canadian EA practice. We reviewed the environmental protection
plans, follow-up programs, and panel reports (where applicable) of 12 EAs between
1995 and 2012. The types of uncertainties and levels of disclosure varied greatly.
When uncertainties were acknowledged, practitioners adopted five different
approaches to address them. However, uncertainties were never discussed or
addressed in depth. We found a lack of suitable terminology and consistency in how
uncertainties are disclosed, reflecting the need for explicit guidance, and we present
recommendations for improvement. Canadian Environmental Impact Statements are
not as transparent with respect to uncertainties as they should be, and uncertainties in
EA need to be better considered and communicated.
Interview with Barry Wilson, correspondent for the Western Producer., Publication of the Canadian Journalism Project, Ryerson University, Université Laval, and Carleton University
6 pages., via website,Ryerson Review of Journalism., Between the hours of about 4 p.m. to midnight, Ashleigh Weeden goes dark. Not for the usual reasons, though. In Weeden’s southwestern Ontario town, the internet connection becomes—for all practical purposes—nonexistent during those hours. The PhD student at the University of Guelph lives in Ariss, Ontario, a “dispersed rural community” sandwiched between urban centres like Guelph and Kitchener. Despite paying about $250 monthly for internet access, she finds herself shut out of the internet. “…[S]ometimes [internet speed] goes one, maybe half a megabyte down,” she says. “I can’t grade, I can’t do anything, there’s no point, I might as well give up until about midnight.”
15 pages., via online journal., Water quality monitoring programs (WQMPs) must be based on monitoring objectives originating from the real knowledge needs of all stakeholders in a watershed and users of the resource. This paper proposes a participative approach to elicit knowledge needs and preferred modes of communication from citizens and representatives of organized stakeholders (ROS) on water quality and quantity issues. The participative approach includes six steps and is adaptable and transferable to different types of watersheds. These steps are: (1) perform a stakeholder analysis; (2) conduct an adaptable survey accompanied by a user-friendly public participation geographical information system (PPGIS); (3) hold workshops to meet with ROS to inform them of the results of the survey and PPGIS; discuss attainment of past monitoring objectives; exchange views on new knowledge needs and concerns on water quality and quantity; (4) meet with citizens to obtain the same type of input (as from ROS); (5) analyze the data and information collected to identify new knowledge needs and modes of communication and (6) identify, in collaboration with the individuals in charge of the WQMPs, the short-, medium- and long-term monitoring objectives and communication strategies to be pursued. The participative approach was tested on two distinct watersheds in the province of Quebec, Canada. It resulted in a series of optimization objectives of the existing WQMPs, new monitoring objectives and recommendations regarding communication strategies of the WQMPs' results. The results of this study show that the proposed methodology is appreciated by all parties and that the outcomes and monitoring objectives are acceptable. We also conclude that successful integrated watershed management is a question of scale, and that every aspect of integrated watershed management needs to be adapted to the surface watershed, the groundwater watershed (aquifers) and the human catchment area.
