Sharing knowledge on cumulative effects for 6 Western Canadian regions

The Government of Canada created this page to increase public understanding of cumulative effects for terrestrial and freshwater environments in regions in Western Canada (British Columbia and Alberta).

The Canadian Council of Ministers of the Environment defines cumulative effects as "changes in the environment caused by multiple interactions among human activities and natural processes that accumulate across space and time." Human activities can include:

Changes in the environment can also be a product of natural processes, which are events in the environment like wildfires or extreme weather that can leave a footprint and have impacts.

Understanding cumulative effects requires a joint, comprehensive, place-based and temporal approach in order to manage the economic, environmental and social impacts on the environment. The diversity of human activities combined with variations in natural environmental processes can present challenges for understanding, accurately predicting and managing cumulative effects. 

The resources below are given to support Indigenous peoples, local communities and other interested parties in understanding cumulative effects and in carrying out their own studies related to cumulative effects. 

Resources by region in Western Canada

Six regions of interest in British Columbia and Alberta have been identified through engagement with Indigenous groups participating in Government of Canada programs in Western Canada. The regions are based on watershed boundaries but have been further defined based on the specifics of these regional programs and provincial borders. The Government of Canada will continue to improve access to regional cumulative effects information as additional areas or regions of interest are identified.

To make it easier to find information specific to one region, data available on the Government of Canada's Open Science and Data Platform (OSDP) are compiled into curated content collections. Data in these collections have been selected based on relevance to freshwater and terrestrial ecosystems in the 6 regions. The links below will redirect users to collections for the 6 regions on the OSDP and may assist users to better understand cumulative effects. 

Six regions of interest in British Columbia and Alberta are defined based on hydrological, geographical, regulatory, and programmatic boundaries. These regions are the Upper Fraser watershed region, Lower Fraser-South Coast watershed region, Columbia watershed region, and Thompson-Fraser Canyon watershed region in British Columbia and the North and South Saskatchewan Rivers watershed region and Peace-Athabasca watershed region in Alberta. 

General data sources and resources

Explore the following commonly requested links to discover data and information that is relevant to cumulative effects in British Columbia and Alberta.

General data sources
Ecosystem-wide resources

These links allow for key word searches to find relevant data.

Ecosystem drivers and pressures

The links below give information about large scale drivers of change such as climate change and population growth, as well as pressures from human activities.

Datasets relating to air

Air quality data covers specific trace gases and particles, and are used to report on the human health risks posed by these air pollutants.

Datasets relating to species wellbeing and habitat
Publications

This section gives access to some written reports, peer-reviewed articles and more websites relevant to cumulative effects assessment, management and monitoring. 

Tools

This section gives access to some tools to apply datasets and explain information toward cumulative effects assessment and management of terrestrial and freshwater ecosystems. 

Other federal cumulative effects initiatives and efforts

This section gives access to relevant cumulative effects initiatives, programs, projects and efforts that are led or supported by the Government of Canada.

Contact Us

For questions or comments: ec.enviroinfo.ec@ec.gc.ca

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