Monitoring Frameworks

15 02, 2020

Agent-Based Modeling: Linking Public Health and Well-Being to Ecological Goods and Services in the Credit Valley Watershed

2020-07-22T20:11:41-04:00February 15th, 2020|

The linkages between environmental interventions and public health benefits are not well-articulated, which means the potential co-benefits of environmental and public health interventions are underrealized. This project created a computer model to simulate and explore some of the critical relationships that exist between ecosystem health and public health and well-being in the Credit Valley Watershed. [...]

15 02, 2020

A Review of Conceptual Frameworks Linking Public Health and Well-Being to Ecological Goods and Services in the Credit Valley Watershed

2020-07-22T20:49:12-04:00February 15th, 2020|

Conceptual frameworks are used to clarify and link different fields or ideas. Making the link between environmental changes and public health requires conceptual frameworks that represent possible health pathways and the key mechanisms that bring public health, the environment and natural resource management together. They create spaces for new conversations and generate new ideas and [...]

6 10, 2017

Synthesis of Learnings of the Canadian Watershed Research Consortium

2018-10-29T00:35:14-04:00October 6th, 2017|

This report summarizes the work completed by the research nodes of the Canadian Watershed Research Consortium and shares what has been learned about adaptive monitoring and the implementation of collaborative monitoring frameworks, as well as the potential benefits partners foresee in using these frameworks.

21 09, 2017

Designing a long-term environmental monitoring program for the Saint John Harbour

2018-11-09T21:23:35-05:00September 21st, 2017|

The Saint John Harbour is a major marine port with high shipping traffic. It is also an urban centre, with dredging, discharges of municipal wastewater and industrial effluents from oil refining, brewing, and pulp and paper production. All of these activities are overlaid on 8 metre semi-diurnal tides. This multi-year project established baseline data that [...]

10 07, 2017

Cumulative Effects Assessment and Monitoring in the Muskoka Watershed

2018-10-29T00:42:49-04:00July 10th, 2017|

Monitoring is an important component of managing lakes within the Muskoka River Watershed because it provides information about lake conditions over time. This monitoring enables managers to evaluate whether human activities are adversely affecting the physical, chemical and biological quality of a lake.

6 10, 2016

Connecting Community-based Water Monitoring with Environmental Management and Stewardship in Canada

2018-07-24T19:59:42-04:00October 6th, 2016|

Community-based water monitoring can increase the resources available for monitoring, promote community-led environmental stewardship and connect scientific information to watershed management. In this project, staff from non-governmental organizations, community volunteers and government representatives involved in watershed monitoring were interviewed and surveyed.

9 09, 2016

WatKAN: Creating a Water Knowledge Application Network to Address Challenges Related to Permafrost Thaw

2018-07-24T17:32:00-04:00September 9th, 2016|

The Water Knowledge Application Network (WatKAN) was created to improve the understanding of and ability to predict the impacts of permafrost thaw on the shared water resources in the North. This network builds capacity and predictive tools that predict the rate and pattern of permafrost thaw and resulting changes in landcover and water supply in [...]

23 04, 2015

Assessing Cumulative Effects of Canadian Waters

2016-10-12T17:59:47-04:00April 23rd, 2015|

Historically in Canada, cumulative effects assessment (CEA) was conducted through federal and provincial Environmental Impact Assessment processes by industry proponents applying for approval for a project development. However, the methodology for CEA failed to produce the intended outcomes – i.e., monitoring, tracking and predicting accumulating environmental change relative to limits.

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