Canadian Rocky Mountain Parks
Country
Canada
Inscribed in
1984
Criteria
(vii)
(viii)
The conservation outlook for this site has been assessed as "good with some concerns" in the latest assessment cycle. Explore the Conservation Outlook Assessment for the site below. You have the option to access the summary, or the detailed assessment.
The contiguous national parks of Banff, Jasper, Kootenay and Yoho, as well as the Mount Robson, Mount Assiniboine and Hamber provincial parks, studded with mountain peaks, glaciers, lakes, waterfalls, canyons and limestone caves, form a striking mountain landscape. The Burgess Shale fossil site, well known for its fossil remains of soft-bodied marine animals, is also found there. © UNESCO
Summary
2025 Conservation Outlook
Finalised on
11 Oct 2025
Good with some concerns
Current state and trend of VALUES
Low Concern
Overall THREATS
Overall PROTECTION and MANAGEMENT
Full assessment
Description of values
Striking mountain landscape of exceptional natural beauty
Criterion
(vii)
The seven parks of the Canadian Rockies form a striking mountain landscape. With rugged mountain peaks, ice fields, and glaciers, alpine meadows, lakes, waterfalls, extensive karst cave systems, thermal springs and deeply incised canyons, the Canadian Rocky Mountain Parks possess exceptional natural beauty (World Heritage Committee, 2019).
One of the most significant fossil areas
Criterion
(viii)
The Burgess Shale is one of the most significant fossil areas in the world. Exquisitely preserved fossils record a diverse, abundant marine community dominated by soft-bodied organisms. Originating soon after the rapid unfolding of animal life about 540 million years ago, known as the Cambrian explosion, the Burgess Shale fossils provide key evidence of the history and early evolution of most animal groups known today, and yield a more complete view of life in the sea than any other site for that time period (World Heritage Committee, 2019).
A classic representation of on-going glacial processes
Criterion
(viii)
The seven parks of the Canadian Rockies comprise Banff National Park (BNP), Jasper National Park (JNP), Kootenay National Park (KNP), Yoho National Park (YNP), Mount Robson Provincial Park, Hamber Provincial Park, and Mount Assiniboine Provincial Park. These seven parks are a classic representation of significant and on-going glacial processes along the continental divide on highly faulted, folded and uplifted sedimentary rocks (World Heritage Committee, 2019).
Biodiversity - rich assemblage of North American mammals and other species
The Rocky Mountain Parks encompass three life zones or ecoregions: montane, subalpine and alpine. Montane zones lie within major river valleys and support deciduous and coniferous forests, wetlands and meadow habitat, and the highest biodiversity of the three ecoregions. Forests extend through the subalpine zone, the most extensive ecoregion in the Rockies. Alpine zones are above treeline and support hardy, low-growing vegetation. A total of 56 mammals have been reported in these parks as well over 300 avian species, five amphibian and 2 snake species (IUCN, 1984; Rogers, 2011). This list includes several iconic or IUCN Red-listed species such as American pipit, golden eagle, wolf, wolverine, hoary marmot, Clark’s nutcracker, American pika, elk, cougar and caribou (reindeer). The mountain parks support a number of species that have lost historic range due to fragmentation effects of early settlement and post-settlement development in the adjacent boreal, foothill and prairie landscapes (Laliberte and Ripple, 2004). This is particularly true for large mammals (carnivores and elk), whose range contracted considerably after settlement of the adjacent prairie landscapes. The mountain parks currently support a number of species with federal protected status under the Species at Risk Act (2012), including the mountain caribou, Banff Springs snail, whitebark pine, little brown myotis, black swift, barn swallow, bank swallow, bull trout, Athabasca rainbow trout and west slope cutthroat trout.
These parks protect species of provincial significance, as is the case of mountain goats in Yoho. This species has cultural and economic value for First Nations and other stakeholders. The populations in the Rocky Mountain Parks provide a secure habitat for the mountain goats and other species that are vulnerable to the effects of climate change and cumulative effects of human use (BC parks 2011, 2012, 2015, Parks Canada 2022a, Mountain Goat Management Team 2010).
These parks protect species of provincial significance, as is the case of mountain goats in Yoho. This species has cultural and economic value for First Nations and other stakeholders. The populations in the Rocky Mountain Parks provide a secure habitat for the mountain goats and other species that are vulnerable to the effects of climate change and cumulative effects of human use (BC parks 2011, 2012, 2015, Parks Canada 2022a, Mountain Goat Management Team 2010).
Cultural and spiritual value
First Nations culture, spirituality and way of living are linked to the mountains, lakes, rivers and species that inhabit the lands and waters. The eagle, Grizzly bear, bison, beaver and mountain goat are some of the species that have a strong presence in the spiritual life of Frist Nations in Canada (Parks Canada, 2022f; Mountain Goat Management Team, 2010). Before the colonization, First Nations had a reciprocal relationship of care and respect, with the mountain environment providing for their material and spiritual needs and First Nations caring for the land and the animals. This relationship was interrupted by the displacement of First nations from the parks. Nowadays, park mangers recognize the connection of First Nations with the parks and are expanding engagement with them to integrate indigenous knowledge in the management of the parks; physical and biological attributes (McDowell, 2020; Parks Canada, 2022c). Even today, across Canada, First Nations worldviews and philosophy link species of cultural significance to spiritual values and strengths, as it is reflected in the Seven sacred (Grandfather) Teachings: Eagle (love), bison (or buffalo, respect), Bear (courage), saskquatch (honesty), beaver (wisdom), wolf (humility) and turtle (truth) (e.g. Cubello and Weber, 2012).
The creation of the parks has been a recognition of their recreational value. The scenic beauty of the landscape and the attraction towards the hot springs as a place for leisure and healing led to the creation of the mountain parks and the beginning of mountain tourism and mountaineering (McDowell 2020). The mountains are also important for the physical and spiritual well-being of Canadians and international visitors that connect with mountain environments, ecosystems and species the mountain parks protect (McDowell 2020). The practice of mountaineering reflects the oneness of humans and nature. That implies a sense of place and sense of being with the biophysical elements of the mountain environment and the historical places that document the evolution of outdoor recreational activities in the mountain parks (Reichwein, 2008).
Canadians and foreign visitors connect with the scenic beauty of the Canadian Rocky Mountain Parks, which have inspired artist since their creation in the late 1800s. Iconic Canadian artists visited the parks after the railway to British Columbia was completed. Their work was the foundation of a mountain culture in Canada (Townshend 2008). The Banff Centre for Arts and Creativity, established in 1933, has international relevance for different art disciplines (Banff Centre for Arts and Creativity 2025a). Since 1975 the Banff Centre celebrates the connection between mountains and people through international events such as the annual Banff Centre Mountain Film and Book Festival (Banff Centre for Arts and Creativity 2025b).
The creation of the parks has been a recognition of their recreational value. The scenic beauty of the landscape and the attraction towards the hot springs as a place for leisure and healing led to the creation of the mountain parks and the beginning of mountain tourism and mountaineering (McDowell 2020). The mountains are also important for the physical and spiritual well-being of Canadians and international visitors that connect with mountain environments, ecosystems and species the mountain parks protect (McDowell 2020). The practice of mountaineering reflects the oneness of humans and nature. That implies a sense of place and sense of being with the biophysical elements of the mountain environment and the historical places that document the evolution of outdoor recreational activities in the mountain parks (Reichwein, 2008).
Canadians and foreign visitors connect with the scenic beauty of the Canadian Rocky Mountain Parks, which have inspired artist since their creation in the late 1800s. Iconic Canadian artists visited the parks after the railway to British Columbia was completed. Their work was the foundation of a mountain culture in Canada (Townshend 2008). The Banff Centre for Arts and Creativity, established in 1933, has international relevance for different art disciplines (Banff Centre for Arts and Creativity 2025a). Since 1975 the Banff Centre celebrates the connection between mountains and people through international events such as the annual Banff Centre Mountain Film and Book Festival (Banff Centre for Arts and Creativity 2025b).
Identity Value
The Rocky Mountains are part of the Canadian landscape. The water, the land, rivers, waterfalls, lakes, air and all the plants and animals in the landscape are essential components of Indigenous People’s identity (Parks Canada 2022c,e; Wastesicoot, 2019). First Nations lived seasonally or all-year-round in different locations in what is now the Canadian Rocky Mountains Parks (CRMWHS). Frist Nations have been stewards of the land even when they were removed from park boundaries after each one of the parks was created. Nowadays, Parks Canada and BC Parks are in a new era of relationships with Frist Nations who seek to heal their relationship with the land and to regain their role as land stewards of parks’ lands that are part of their traditional territories. Jasper NP is in the traditional lands of the Anishinabe, Aseniwuche Winewak, Dene-zaa, Nêhiyawak, Secwépemc, Stoney Nakoda, Mountain Métis and Métis (Parks Canada, 2022c). Yoho and Kootenay NPs are located within the traditional lands of the Ktunaxa (Kootenay) and Secwépemc Nations (Parks Canada, 2023; 2024e). Banff NP is located on the traditional territory of the Bearspaw, Chiniki and Goodstoney, Siksika, Kainai, Piikani and Tsuut’ina First Nations and the Otipemisiwak Métis (Parks Canada, 2024a). Mount Assiniboine Park is in the traditional territory of the Ktunaxa and Shuswap Nations (BC Parks 2012). Mount Robson Park lies in the traditional territory of the Simpcw (Shuswap Nation Tribal Council) and Lheidli T’enneh Nations, and the Red Bluff Indian Band (BC Parks, 2011). Hamber Park is in the traditional territory of the Ktunaxa, Okanagan and the Secwépemc Nations (BC Parks, 2015).
The mountain parks are also part of Canada’s national identity. British Columbia became part of Canada when the railway through the mountain passes connected it with the other provinces (McDowell, 2020). Mountain tourism promoted creativity and adventure in the wilderness, linking these mountains parks with Canadian identity and prosperity (Parlee and Pascal, 2023).
The mountain parks are also part of Canada’s national identity. British Columbia became part of Canada when the railway through the mountain passes connected it with the other provinces (McDowell, 2020). Mountain tourism promoted creativity and adventure in the wilderness, linking these mountains parks with Canadian identity and prosperity (Parlee and Pascal, 2023).
Assessment information
External pressure on the World Heritage site due to increasing developments and tourism numbers has been on the rise. Although the site is nearly 2.3 million hectares in size it is still vulnerable to these impacts with limitations to its resilience. The reactivation of the oil pipeline through Jasper National Park raises environmental concerns as well as contributing to climate change. The Burgess Fossil shales are well protected (camera, alarms, enforcement staff) and visitation to the sites is controlled and well managed. Overall, increasing visitation, pressure for additional or expanded infrastructure inside the parks and residential or other used outside the parks are also expanding. Impact assessments for infrastructure development inside the parks include visual impacts, future use and cumulative impacts. Seventeen of 523 glaciers disappeared and 124 glaciers fragmented into multiple ice masses. Predictions are that Glaciers in Canadian Rockies could shrink by 95% by 2100. From 2000 to 2019, the estimated loss of glacier mass in the parks within the World Heritage site was between 0.36 and 5.56 meters of water equivalent per year.
Invasive Non-Native/ Alien Species, Pathogens
(Invasive alien species, pests and diseases)
Invasive/problematic species
Myriophyllum spicatum
Didymosphenia geminata
Dreissena bugensis
Dreissena polymorpha
Salvelinus fontinalis
Orconectes virilis
Inside site
, Extent of threat not known
Outside site
Invasive plant and animal species are found in all the parks within the World Heritage site. This does not affect the striking mountain scenery, fossil or glacial processes for which the site was given its World Heritage status and is therefore rated as a low threat. However, the potential effects on the populations of the species and on ecological integrity are concerns for park managers.
Invasive species diversity has increased significantly in the last decade in all parks (Parks Canada, 2019c; Parks Canada, 2019d, 2022a,d,e,g). The management plans of the provincial parks in the World Heritage site include strategies collaborate with other agencies to control non-native plants and invasive weeds (BC Parks 2011, 2012). Eastern brook trout was introduced in British Columbia and is present in Fortress Lake (Hamber Park). Although it is a trophy species, there are concerns about its potential escape into the river (BC Parks, 2015). Non-native fish species (e.g. rainbow trout and brook trout), found in all parks except Jasper, are hybridizing with native Westslope cutthroat trout. Whirling disease, a parasitic infection affecting trout and salmon, was discovered in Yoho National Park in 2023 (IUCN Consultation, 2024). Eurasian water milfoil (Myriophyllum spicatum), didymo (Didymosphenia geminata) and quagga and zebra mussels (Dreissena bugensis and Dreissena polymorpha) are a concern in Banff (Banff National Park 2024a). Northern crayfish (Orconectes virilis) is an invasive species of concern in Alberta and in 2022 the species was captured in Banff (Simmons, 2022).
Efforts to remove or manage invasive species are ongoing. In 2021, the Ministry of the Environment and Climate Change allocated $14.7 million to control invasive species and conduct public outreach in Banff, Jasper, Kootenay, Waterton Lakes and Yoho national parks (Canadian Broadcasting Corporation, 2021). More drastic measures are being taken to control invasive species, such as closing to boating and fishing all lakes and water bodies in Kootenay and Yoho (The Weather Network, 2024).
Invasive species diversity has increased significantly in the last decade in all parks (Parks Canada, 2019c; Parks Canada, 2019d, 2022a,d,e,g). The management plans of the provincial parks in the World Heritage site include strategies collaborate with other agencies to control non-native plants and invasive weeds (BC Parks 2011, 2012). Eastern brook trout was introduced in British Columbia and is present in Fortress Lake (Hamber Park). Although it is a trophy species, there are concerns about its potential escape into the river (BC Parks, 2015). Non-native fish species (e.g. rainbow trout and brook trout), found in all parks except Jasper, are hybridizing with native Westslope cutthroat trout. Whirling disease, a parasitic infection affecting trout and salmon, was discovered in Yoho National Park in 2023 (IUCN Consultation, 2024). Eurasian water milfoil (Myriophyllum spicatum), didymo (Didymosphenia geminata) and quagga and zebra mussels (Dreissena bugensis and Dreissena polymorpha) are a concern in Banff (Banff National Park 2024a). Northern crayfish (Orconectes virilis) is an invasive species of concern in Alberta and in 2022 the species was captured in Banff (Simmons, 2022).
Efforts to remove or manage invasive species are ongoing. In 2021, the Ministry of the Environment and Climate Change allocated $14.7 million to control invasive species and conduct public outreach in Banff, Jasper, Kootenay, Waterton Lakes and Yoho national parks (Canadian Broadcasting Corporation, 2021). More drastic measures are being taken to control invasive species, such as closing to boating and fishing all lakes and water bodies in Kootenay and Yoho (The Weather Network, 2024).
Fire & Fire Management
(Fire suppression and wildfires)
Inside site
, Widespread(15-50%)
Outside site
Wildfire is natural process but was supressed in the national parks since the creation of the national park system and in recent decades is accepted as a process that helps maintain habitat diversity and ecosystem health (IUCN Consultation, 2024). Wildfires are an increasing threat given the warmer temperatures and changes in precipitation that have occurred and those expected in the future due to climate change (BC Parks, 2012; Parks Canada 2020; 2022b). Parks Canada is a leader in prescribed fire activities. The management plans of all national parks in the World Heritage include fire management strategies (Parks Canada, 2022a,d,e,g). In 2022 Parks Canada released a draft for the fire management plan for Banff, Kootenay and Yoho national parks to update the already approved 2020 plan (Parks Canada, 2020; 2022b). Jasper had updated its 2007 fire management plan (Parks Canada 2022d). Parks Canada is seeking to involve indigenous communities in fire management (Parks Canada, 2020).
Prescribed burns are one of the management strategies to prevent fires and restore habitat for key species like bears. However, their use is complex because of the inherent risk to the safety of visitors, facilities, neighbouring properties, and national transportation corridors. Despite preparedness, sudden changes in weather may put prescribed fire out of control (Duhatschek, 2023). Parks Canada is reviewing its prescribed burn practices. Species at risk concerns and wildfire models should be integrated to plan for prescribed burns within the context of species at risk habitat needs (Hunt et al., 2018). Wildfire is also a tool to control infestations of pine beetle (Parks Canada, 2024h).
The provincial parks are also threatened by wildfires. For example, 30% of Mount Robson Park has from moderate to high wildfire risk (BC Parks 2011). Wildfire response is a priority managed at the landscape level with prioritised response based on human health and safety, park values and response capacity (IUCN Consultation, 2024). Mount Robson, Mount Assiniboine and Hamber have fire management plans or strategies (BC Parks 2011, 2012, 2015).
Despite fire management plans, droughts, weather conditions and other factors can make ineffective all measures taken to control wildfires, as it was shown in Jasper in 2024, where the magnitude of wildfires greatly surpassed all the response efforts (Barkto, 2024; Snowdon, 2024) and caused $800 million in insured damages (Williams, 2024).
This threat is rated high due to the impacts of fire on the exceptional natural beauty value.
Prescribed burns are one of the management strategies to prevent fires and restore habitat for key species like bears. However, their use is complex because of the inherent risk to the safety of visitors, facilities, neighbouring properties, and national transportation corridors. Despite preparedness, sudden changes in weather may put prescribed fire out of control (Duhatschek, 2023). Parks Canada is reviewing its prescribed burn practices. Species at risk concerns and wildfire models should be integrated to plan for prescribed burns within the context of species at risk habitat needs (Hunt et al., 2018). Wildfire is also a tool to control infestations of pine beetle (Parks Canada, 2024h).
The provincial parks are also threatened by wildfires. For example, 30% of Mount Robson Park has from moderate to high wildfire risk (BC Parks 2011). Wildfire response is a priority managed at the landscape level with prioritised response based on human health and safety, park values and response capacity (IUCN Consultation, 2024). Mount Robson, Mount Assiniboine and Hamber have fire management plans or strategies (BC Parks 2011, 2012, 2015).
Despite fire management plans, droughts, weather conditions and other factors can make ineffective all measures taken to control wildfires, as it was shown in Jasper in 2024, where the magnitude of wildfires greatly surpassed all the response efforts (Barkto, 2024; Snowdon, 2024) and caused $800 million in insured damages (Williams, 2024).
This threat is rated high due to the impacts of fire on the exceptional natural beauty value.
Roads, Trails & Railroads, Utility & Service Lines
(Linear infrastructures (powerlines, oil pipelines, highway and railway infrastructure))
Inside site
, Scattered(5-15%)
Outside site
Highways and railways through the World Heritage site have led to wildlife mortality, and the railway is the highest cause of mortality for grizzly bears in Banff, Kootenay, and Yoho National Parks (Hunt et al., 2018), and a cause of high mortality for black bears in Jasper National Park. Parks Canada partnered with CP rail to examine solutions to railways mortality within the parks. Several strategies and mitigation tools to reduce mortality emerged from this work. Noting some additional research such as Cassidy et al. (2020) which identified train speed, proximity to water and track curvature as causes for greater railway mortalities, such findings should also inform park management. On Highway 16 (a national transportation corridor that passes through Jasper National Park), Parks Canada added passing lanes to several sections as traffic calming measures that enhance traffic safety, and continue to explore other measures to reduce collision with wildlife. Twinning of the 1952 oil pipeline, Trans Mountain Pipeline, through Jasper National Park and Mt Robson Provincial Park added to the permanent linear disturbance parallel to the transportation corridor, the old pipeline was reactivated from 2019-2024 and caused increased disturbance in the right of way though Jasper National Park during construction. No previous undisturbed area within Mount Robson Provincial Park was disturbed. A multi-year program to address deficiencies and restoration of disturbed areas is underway (IUCN Consultation, 2024).
Considering the serious threat that climate change poses on the values of the site, the indirect contribution of the oil pipeline project to climate change is controversial, not to mention the impacts of any accidental spills. In 2019 a new above-ground, electrical utility line in Jasper National Park was constructed alongside the pipeline and park roads in the montane ecosystem; its positioning selected to utilise existing disturbances. While the threat levels of the highways and railways on the World Heritage values can be considered to be low, in line with the 2017 assessment, the cumulative and regional effects of oil pipeline operations inside the World Heritage site, increased traffic in the transportation corridors, and removal of restrictions to hunt keystone species (e.g. grizzly bear and wolverine, see Human-Wildlife Conflict) is of greater concern.
Considering the serious threat that climate change poses on the values of the site, the indirect contribution of the oil pipeline project to climate change is controversial, not to mention the impacts of any accidental spills. In 2019 a new above-ground, electrical utility line in Jasper National Park was constructed alongside the pipeline and park roads in the montane ecosystem; its positioning selected to utilise existing disturbances. While the threat levels of the highways and railways on the World Heritage values can be considered to be low, in line with the 2017 assessment, the cumulative and regional effects of oil pipeline operations inside the World Heritage site, increased traffic in the transportation corridors, and removal of restrictions to hunt keystone species (e.g. grizzly bear and wolverine, see Human-Wildlife Conflict) is of greater concern.
Oil & Gas exploration/development , Mining & Quarrying
(Forest harvest, oil and gas exploration and mining outside parks)
Outside site
Most of the mountain parks abut active resource extraction areas (forest harvest, oil and gas, and mining areas) and park managers have identified potential impacts to wildlife movement and species (e.g. grizzly bear, woodland caribou) posed by such activities. Considerable research has been done to confirm mining and other industry impacts predicted for wildlife in the park after approval of the Cheviot Mine. Analysis of monitoring data has shown that reclaimed mining areas are providing better habitat than originally predicted for grizzly bear and bighorn sheep. The fRI Research (previously the Foothills Research Institute) has conducted other work in conjunction with the University of Alberta and other institutions to investigate cumulative effects of development along the eastern boundaries of Jasper National Park. The Coal Valley site remains active, the Cheviot mine is being closed, two mines in this area (Luscar, Gregg River) are closed and reclamation planning will incorporate these findings and aim to maximize biodiversity. There is one new mine (Vista Coal) as well as a new limestone quarry lease approved in 2018 near Jasper. Forestry and oil and gas development remain important activities on the east and west sides of the mountain parks. Participation in the fRI Research allows JNP to collaborate with regional industrial interests. Mt Robson PP participates in regional land use groups to similar purpose. Although not within the World Heritage Site, the approval of a coal mine in Southern Alberta (Tipper, 2024) may affect the regional population numbers and movement of keystone species (e.g. grizzly bear, wolf, wolverine) that are a valuable attribute of the mountain parks.
Recreation & Tourism Areas
(Tourism infrastructure and visitor use)
Inside site
, Localised(<5%)
Outside site
Tourism to the World Heritage site is increasing and so is the infrastructure to meet visitor needs. Regulatory processes are generally effective to reject some infrastructure projects based on environmental concerns.
The ski areas of Lake Louise and Sunshine, in Banff, submitted long-range plans to expand capacity, which were subjected to Detailed Impact Assessments in 2019 and 2022, respectively (Parks Canada 2024F, Parks Canada 2022f). These assessments looked at the combined impacts of various factors (e.g. wildlife, hydrology, aesthetics, visitor experience, and climate change). However, while the physical footprint of both expansions occurs within the boundaries of the respective ski hills, the cumulative and induced effects may have repercussions regionally and in the World Heritage site. Both ski areas operate in summer and winter. Increased road traffic and visitation (during and after construction), including more human use in the mountains, may still have effects on wildlife, despite mitigations. In Jasper, a new company took over the SkiTram (Business Wire, 2025) and it is not known if there will be plans for upgrades or expansions.
Visitation in Banff continue to increase in iconic sites such as Lake Louise, Moraine Lake, and Lake Minnewanka. This caused overflow in parking sites, traffic problems and trail congestion. Parks Canada has been taking measures to manage visitor use. With the increasing numbers and diversity of visitors to these protected areas, impacts on the environment are becoming evident in several locations. For example, increased visitation and operating times at the Sunshine Gondola in Banff led to increased summer traffic on the access road, reducing the effectiveness of the Healy Wildlife Corridor (based on winter monitoring) than at comparable control sites (Hunt et al., 2018). By 2018, environmental organizations were calling on Parks Canada to implement visitor quotas in busy areas. In response Parks Canada chose voluntary management tactics that included awareness campaigns to encourage people to visit during less busy times, and increasing shuttle buses (Cecco, 2018). In 2023, private vehicle use was prohibited on Moraine Lake Parks Canada, 2023a). High visitation areas have now seasonal or permanent closures to personal vehicles and access is provided by a public shuttle system servicing Lake Louise and Moraine Lake. Parks Canada and BC Parks continue developing and implementing strategies to manage visitor use and limit development under legislation and policies. While visitation is growing, there are limits to growth in these areas. For example, 97% of Jasper National Park is protected as wilderness with limited facilities and visitation. In 2024, BC Parks initiated a visitor use management planning project to update management direction for the Berg Lake Corridor in Mount Robson Provincial Park (BC Parks. 2024).
Outside Banff boundaries, residential development in the Town of Canmore has been expanding on lands that were part of the Three Sisters Along Valley Corridor and the Smith Creek Wildlife Corridor, reducing habitat connectivity for multiple species. These corridors connect Banff to other natural areas in the region (Mac Fayden, 2021). In 2021, Canmore was the 4th. Fastest growing community in Canada (Canadian Broadcasting Corporation, 2022). In 2024, despite opposition of residents, the public, and Alberta Environment, an Alberta court ruled in favour of an additional development that is expected to double the town’s population within 20 years. This development is a significant threat for the populations – and regional movement-of species such as wolves, deer, elk, grizzly bear (Scace, 2024).
The ski areas of Lake Louise and Sunshine, in Banff, submitted long-range plans to expand capacity, which were subjected to Detailed Impact Assessments in 2019 and 2022, respectively (Parks Canada 2024F, Parks Canada 2022f). These assessments looked at the combined impacts of various factors (e.g. wildlife, hydrology, aesthetics, visitor experience, and climate change). However, while the physical footprint of both expansions occurs within the boundaries of the respective ski hills, the cumulative and induced effects may have repercussions regionally and in the World Heritage site. Both ski areas operate in summer and winter. Increased road traffic and visitation (during and after construction), including more human use in the mountains, may still have effects on wildlife, despite mitigations. In Jasper, a new company took over the SkiTram (Business Wire, 2025) and it is not known if there will be plans for upgrades or expansions.
Visitation in Banff continue to increase in iconic sites such as Lake Louise, Moraine Lake, and Lake Minnewanka. This caused overflow in parking sites, traffic problems and trail congestion. Parks Canada has been taking measures to manage visitor use. With the increasing numbers and diversity of visitors to these protected areas, impacts on the environment are becoming evident in several locations. For example, increased visitation and operating times at the Sunshine Gondola in Banff led to increased summer traffic on the access road, reducing the effectiveness of the Healy Wildlife Corridor (based on winter monitoring) than at comparable control sites (Hunt et al., 2018). By 2018, environmental organizations were calling on Parks Canada to implement visitor quotas in busy areas. In response Parks Canada chose voluntary management tactics that included awareness campaigns to encourage people to visit during less busy times, and increasing shuttle buses (Cecco, 2018). In 2023, private vehicle use was prohibited on Moraine Lake Parks Canada, 2023a). High visitation areas have now seasonal or permanent closures to personal vehicles and access is provided by a public shuttle system servicing Lake Louise and Moraine Lake. Parks Canada and BC Parks continue developing and implementing strategies to manage visitor use and limit development under legislation and policies. While visitation is growing, there are limits to growth in these areas. For example, 97% of Jasper National Park is protected as wilderness with limited facilities and visitation. In 2024, BC Parks initiated a visitor use management planning project to update management direction for the Berg Lake Corridor in Mount Robson Provincial Park (BC Parks. 2024).
Outside Banff boundaries, residential development in the Town of Canmore has been expanding on lands that were part of the Three Sisters Along Valley Corridor and the Smith Creek Wildlife Corridor, reducing habitat connectivity for multiple species. These corridors connect Banff to other natural areas in the region (Mac Fayden, 2021). In 2021, Canmore was the 4th. Fastest growing community in Canada (Canadian Broadcasting Corporation, 2022). In 2024, despite opposition of residents, the public, and Alberta Environment, an Alberta court ruled in favour of an additional development that is expected to double the town’s population within 20 years. This development is a significant threat for the populations – and regional movement-of species such as wolves, deer, elk, grizzly bear (Scace, 2024).
Recreational Activities, Other Human Disturbances
(Human-wildlife conflict)
Inside site
, Scattered(5-15%)
Outside site
Human-wildlife conflict has an effect on the biodiversity values of the site but not on the physical values for which the site was inscribed on the World Heritage list. This threat is therefore rated as very low, but the threat to the biodiversity is higher. for the Banff region, a report of the Human-Wildlife Coexistence Roundtable (2018) proposed actions to reduce human-wildlife conflicts. The updated management plans of the national parks (Parks Canada 2022a,d,e,g) strategies for active wildlife management. Mount Robson Provincial Park has established human-wildlife mitigation plans (BC Parks, 2011) that have resulted in a decrease of conflicts but there is still room for improvement. The province of British Columbia has an active program to monitor and manage human-wildlife conflicts (Government of British Columbia 2024a).Despite proactive management, the increase in visitation to the parks has an inherent risk for human encounters with wildlife. Although the parks provide safe habitat for species such as the grizzly bear, the wolf and wolverine, their long home ranges make them at risk to encounter humans and be considered a nuisance. In 2024, Alberta’s Minister of Forestry and Parks modified the Wildlife Act allowing, among other, hunting of grizzly bears that are considered a problem (Climenhag, 2024) and removing trapping limits for wolverine, which is considered at risk (Ellis, 2024).Changes in the population of these predators may affect the ecological integrity of the mountain ecosystems.
Pathogens
(Exotic disease)
Other invasive species names
White pine blister rust (Cronartium ribicola), mountain pine beetle (Dendroctonus ponderosae), whirling disease ( Myxobolus cerebralis), White-nose syndrome (Pseudogymnoascus destructans)
Inside site
, Widespread(15-50%)
Outside site
Chronic wasting disease is expanding around Jasper National Park (Parks Canada, 2022d). Blister Rust (a Eurasian fungal disease) has spread in the provinces of Alberta and British Columbia. It is affecting the population of the endangered white bark pine and limber pine in the mountain parks. The populations of both pine species are declining in Canada (Parks Canada 2022d,i). The Government of British Columbia and Parks Canada are monitoring this disease and plants blister rust-resistant seedling to control it (Government of British Columbia, 2024b; Parks Canada, 2022i). The Government of British Columbia (2024) has mapped the distribution of blister rust, but no maps for Alberta were found.
Whirling disease, a parasitic infection affecting trout and salmon, was found in Yoho National Park in 2023 and in Kootenay Lake in 2024 (Canadian Press, 2024). Due to the potential population-level impacts on species at risk, Parks Canada and Alberta fisheries managers have taken significant steps to address this risk. In 2024, closing to boating and fishing all lakes and water bodies in Kootenay and Yoho was a drastic measure by Parks Canada to control whirling disease (The Weather Network. 2024).
Mountain pine beetle continues threatening pine forest inside and outside the World Heritage Site. Warmer winters contribute to the spread of the pine beetle and pine mortality due to this pest. Higher mortality can contribute to more intense wildfires (BC Parks, 2011; Parks Canada, 2024g,h). Parks Canda is conducting research on the interactions between the intensity of wildfires, forest post-fire regeneration and pine beetle infestation to management strategies for pine beetle control in all mountain parks (Parks Canada, 2024g).
These diseases, together with climate change and wildfires, are affecting forest health and also contribute to changes in vegetation and wildlife dynamics. Such changes affect the landscape and the visual aesthetics of the World Heritage site.
The rating considers the combination of these three pests. In addition, there are concerns about the expansion of white-nose syndrome, a fungal disease affecting bats. In Alberta, this led to the closure of recreational use in the cave where bats hibernate (Alberta Government and Protected Areas, 2025).
Whirling disease, a parasitic infection affecting trout and salmon, was found in Yoho National Park in 2023 and in Kootenay Lake in 2024 (Canadian Press, 2024). Due to the potential population-level impacts on species at risk, Parks Canada and Alberta fisheries managers have taken significant steps to address this risk. In 2024, closing to boating and fishing all lakes and water bodies in Kootenay and Yoho was a drastic measure by Parks Canada to control whirling disease (The Weather Network. 2024).
Mountain pine beetle continues threatening pine forest inside and outside the World Heritage Site. Warmer winters contribute to the spread of the pine beetle and pine mortality due to this pest. Higher mortality can contribute to more intense wildfires (BC Parks, 2011; Parks Canada, 2024g,h). Parks Canda is conducting research on the interactions between the intensity of wildfires, forest post-fire regeneration and pine beetle infestation to management strategies for pine beetle control in all mountain parks (Parks Canada, 2024g).
These diseases, together with climate change and wildfires, are affecting forest health and also contribute to changes in vegetation and wildlife dynamics. Such changes affect the landscape and the visual aesthetics of the World Heritage site.
The rating considers the combination of these three pests. In addition, there are concerns about the expansion of white-nose syndrome, a fungal disease affecting bats. In Alberta, this led to the closure of recreational use in the cave where bats hibernate (Alberta Government and Protected Areas, 2025).
Changes in Physical & Chemical Regimes, Changes in Temperature Regimes, Changes in Precipitation & Hydrological Regime
(Rapidly disappearing glaciers)
Inside site
, Throughout(>50%)
Outside site
Temperature extremes due to climate change have increased the rate of glacial retreat causing flood events and increased sediment deposition and erosion. Changes to precipitation and increases in frequency of extreme weather including: lightning and hail, flooding, drought and other climate impacts all have the potential to cause change to the OUV (State Party of Canada, 2023). Glaciers are rapidly melting due to a changing climate. Peyto Glacier in Banff National Park continues to melt at an alarming rate and may be gone in 10 years, which in part is due to the heat dome in 2021, but also to the exceptional heat and snow drought in 2023 (Ellis, 2025).
Between 1919 and 2012, 17 of 523 glaciers disappeared and 124 glaciers fragmented into multiple ice masses. Predictions are that glaciers in Canadian Rockies could shrink by 95% by 2100. The loss of glaciers and icefields will alter flow regimes, which may lead to flooding of low-lying habitats, and inhibit any ongoing glacial processes. Glaciers in Banff and Yoho National parks are in a state of strong, negative mass imbalance. Glacier mass balance signals integrated the impacts of climate change and climate variability, thus teasing out the precise cause of glacial melt is difficult (Hunt et al., 2018).
Wide ranging impacts of glacier mass reduction include a change in flow regimes, which has habitat impacts for a multitude of species including trout (species at risk), black swifts (species at risk) and pikas (IUCN Consutlation, 2024). Continued tracking of the region's aquatic resources will be critical for assessing current and future vulnerabilities under the influence of climate change and the complex processes that control climate variability.
Between 1919 and 2012, 17 of 523 glaciers disappeared and 124 glaciers fragmented into multiple ice masses. Predictions are that glaciers in Canadian Rockies could shrink by 95% by 2100. The loss of glaciers and icefields will alter flow regimes, which may lead to flooding of low-lying habitats, and inhibit any ongoing glacial processes. Glaciers in Banff and Yoho National parks are in a state of strong, negative mass imbalance. Glacier mass balance signals integrated the impacts of climate change and climate variability, thus teasing out the precise cause of glacial melt is difficult (Hunt et al., 2018).
Wide ranging impacts of glacier mass reduction include a change in flow regimes, which has habitat impacts for a multitude of species including trout (species at risk), black swifts (species at risk) and pikas (IUCN Consutlation, 2024). Continued tracking of the region's aquatic resources will be critical for assessing current and future vulnerabilities under the influence of climate change and the complex processes that control climate variability.
Other Human Disturbances
(Human-wildlife conflict)
Inside site
, Scattered(5-15%)
Human-wildlife conflict has an effect on the biodiversity values of the site but not on the values for which the site was inscribed on the World Heritage list. This threat is therefore rated as very low, but the threat to the biodiversity is higher. Active wildlife attractant management exist at Banff National Park, and Parks Canada partnered with adjacent land agencies in the Bow Valley Human-Wildlife Coexistence Roundtable in 2017 to identify the current state of human-wildlife coexistence inside and outside of the World Heritage site. It also identified mitigations and management actions that are currently being implemented. Mount Robson Provincial Park has established human-wildlife mitigation plans that have resulted in a decrease of conflicts but there is still room for improvement. BC parks has updated their Human-Bear Coexistence Strategy in 2024 that provides provincial direction for mitigating human-wildlife interactions.
Besides the significant effects of climate change already observed within the World Heritage site, the uncertainty of changes affects the accuracy of predictions and likely affects the effectiveness of proposed management actions to address threats and the influence of climate change on them. This is a likely threat to the values for which the site was inscribed as World Heritage and the significant biodiversity values it protects. A number of exotic diseases have the potential to heavily impact the threatened species present in the World Heritage site, but will not affect the striking mountain scenery as inscribed on the World Heritage List.
Pathogens
(Exotic diseases of plants and animals)
Other invasive species names
Whirling disease (Myxobolus cerebralis), White pine blister rust (Cronartium ribicola), Chronic Wasting Disease (transmissible spongiform encephalopathy), White Nose Syndrome ((Pseudogymnoascus destructans),
Inside site
, Extent of threat not known
Outside site
A number of exotic diseases have the potential to heavily impact the threatened species present in the World Heritage site, but which will not affect the striking mountain scenery as inscribed on the World Heritage List. While overall this issue is of concern, this threat is considered very low for the World Heritage values of the site specifically. The exotic diseases include the whirling disease, chronic wasting disease, and white-nose syndrome. Whirling disease (an exotic disease affecting salmonids) was confirmed in the Bow River watershed in the World Heritage site in 2017 (Hunt et al., 2018). Due to the potential population-level impacts on species at risk, Parks Canada and Alberta fisheries managers have taken significant steps to address this. Chronic wasting disease (CWD) is fatal to Cervidae (deer family) and is currently found outside of the World Heritage site, but it is recorded to be spreading around Jasper (Parks Canada, 2022d). The disease would have a drastic impact on the woodland caribou population if the disease were to reach the site. White-nose syndrome is fatal to bats and has been found in regions approx. 1000 km from the site. This disease is a concern in Alberta (Alberta Environment and Protected Areas, 2025) and in British Columbia (Government of British Columbia, 2024b).
Biological System Management
(Habitat shifting/alteration)
Inside site
, Extent of threat not known
Outside site
As noted above, a warming temperature trend is predicted within the mountain parks, but the rate of change is uncertain. Range expansion to higher elevations of forest species is anticipated to impact subalpine and alpine habitat but the extent of habitat reduction is unknown. The World Heritage site has potential to serve as refugia for multiple species that get displaced as their habitats shift. A changing climate is expected to result in substantial alteration to species’ ranges as they migrate to follow suitable climate conditions (Mohr, 2008). Much of the work of climate adaptation will necessarily occur at various scales at the park, watersheds, or landscape management unit. All parks in the World Heritage Site have Climate Change strategies in their management plans. Yoho, Kootenay and Banff national parks are also developing an “alpine extent” monitoring measure to gauge future changes in the spatial distribution of alpine habitat (Parks Canada, 2022a,d,e,g).
Involvement of stakeholders and rightsholders, including indigenous peoples and local communities, in decision-making processes
In October 2024 the Indigenous Stewardship Policy was enacted at Parks Canada. This landmark policy is the result of decades of listening to and working with Inuit, First Nations and Métis partners at local, regional, and national levels. The enactment of this policy formalizes efforts at Parks Canada to support Indigenous stewardship. It establishes a foundation for more equitable, effective, and collaborative stewardship between First Nations, Inuit and Métis, and Parks Canada, both now and into the future (IUCN Consultation, 2024).
The National Parks, administered under Parks Canada, are mandated to undertake Indigenous, stakeholder and public engagement and/or consultation via a number of methods (in person and virtual) in the review process for their respective management plans, as well as engaging on draft management plans. This process is carried out prior to their review and eventual renewal. This process includes the publishing of 'What We Heard' reports, which present findings from Indigenous and public engagement, including the views of Indigenous groups with historical connections to the parks. Relationships with Indigenous groups are also presented in the State of the Park reports for each National Park. While this was not rated in three out of the four assessments, acknowledging that 'Parks Canada is in the early days of building its relationship with these groups and in understanding their history, interests and perspectives on this place' it was rated as 'Fair' in the case of Jasper NP (Parks Canada, 2018a; 2018b; 2018c; 2018d). Relationship building is continuously taking place in the mountain national parks. For example, Banff National Park has an Indigenous Advisory Circle, Jasper National Park regularly consults with 30+ Indigenous groups, and Yoho and Kootenay National Parks have begun an Indigenous Guardian program with the Secwepemc Nation, and is working closely with the Secwepemc and Ktunaxa nations on an Aquatic Stewardship Plan (IUCN Consultation, 2024).
The greatest challenge remains in finding ways to braid traditional knowledge into natural resource and park management in a manner than enhances each way of knowing and ensures that cultural integrity, as well as ecological integrity, are recognized as important goals. Parks Canada is committed to achieving reconciliation with Indigenous peoples through renewed nation-to-nation and government-to-government relationships based on recognition of rights, respect, cooperation, and partnership (Parks Canada, 2019b). For example, Parks Canada conducts robust ecological monitoring of the impacts regarding the bison reintroduction in Banff National Park (Parks Canada, 2020b). Yet, there was no monitoring effort made to measure or describe the cultural impacts of bringing bison, a highly significant species to all First Nations in Alberta, back to the Traditional Territories of all Treaty 6 and 7 Nations. The impetus to describe the cultural impact of bison reintroduction, including financial cost, has fallen to the Stoney First Nation, who are working on a cultural monitoring project now. The relationships with local people and stakeholders is improving in terms of frequency and variety of engagement methods. It is still unclear, however, how input impacts resulting management plans. For BC Parks, management plan development processes include both Indigenous and public engagement and consultation with Indigenous Peoples is required when considering management decisions. Mount Robson Provincial Park has a visitor use management planning process underway for the Berg Lake Corridor area; local Indigenous groups have been invited to participate in the planning process. The updated plan will include Indigenous perspective and consider areas of cultural significance in the planning area (IUCN Consultation, 2024).
Relationships with Indigenous Peoples are considered in each of the provincial parks' respective management plans (BC Parks, 2011; 2012; 2015). Also, as a provincial Natural Resource Ministry, BC Parks is often included within government-to-government agreements with Indigenous governments such as the Strategic Engagement Agreement between the Province of British Columbia and the Ktunaxa Nation.
The National Parks, administered under Parks Canada, are mandated to undertake Indigenous, stakeholder and public engagement and/or consultation via a number of methods (in person and virtual) in the review process for their respective management plans, as well as engaging on draft management plans. This process is carried out prior to their review and eventual renewal. This process includes the publishing of 'What We Heard' reports, which present findings from Indigenous and public engagement, including the views of Indigenous groups with historical connections to the parks. Relationships with Indigenous groups are also presented in the State of the Park reports for each National Park. While this was not rated in three out of the four assessments, acknowledging that 'Parks Canada is in the early days of building its relationship with these groups and in understanding their history, interests and perspectives on this place' it was rated as 'Fair' in the case of Jasper NP (Parks Canada, 2018a; 2018b; 2018c; 2018d). Relationship building is continuously taking place in the mountain national parks. For example, Banff National Park has an Indigenous Advisory Circle, Jasper National Park regularly consults with 30+ Indigenous groups, and Yoho and Kootenay National Parks have begun an Indigenous Guardian program with the Secwepemc Nation, and is working closely with the Secwepemc and Ktunaxa nations on an Aquatic Stewardship Plan (IUCN Consultation, 2024).
The greatest challenge remains in finding ways to braid traditional knowledge into natural resource and park management in a manner than enhances each way of knowing and ensures that cultural integrity, as well as ecological integrity, are recognized as important goals. Parks Canada is committed to achieving reconciliation with Indigenous peoples through renewed nation-to-nation and government-to-government relationships based on recognition of rights, respect, cooperation, and partnership (Parks Canada, 2019b). For example, Parks Canada conducts robust ecological monitoring of the impacts regarding the bison reintroduction in Banff National Park (Parks Canada, 2020b). Yet, there was no monitoring effort made to measure or describe the cultural impacts of bringing bison, a highly significant species to all First Nations in Alberta, back to the Traditional Territories of all Treaty 6 and 7 Nations. The impetus to describe the cultural impact of bison reintroduction, including financial cost, has fallen to the Stoney First Nation, who are working on a cultural monitoring project now. The relationships with local people and stakeholders is improving in terms of frequency and variety of engagement methods. It is still unclear, however, how input impacts resulting management plans. For BC Parks, management plan development processes include both Indigenous and public engagement and consultation with Indigenous Peoples is required when considering management decisions. Mount Robson Provincial Park has a visitor use management planning process underway for the Berg Lake Corridor area; local Indigenous groups have been invited to participate in the planning process. The updated plan will include Indigenous perspective and consider areas of cultural significance in the planning area (IUCN Consultation, 2024).
Relationships with Indigenous Peoples are considered in each of the provincial parks' respective management plans (BC Parks, 2011; 2012; 2015). Also, as a provincial Natural Resource Ministry, BC Parks is often included within government-to-government agreements with Indigenous governments such as the Strategic Engagement Agreement between the Province of British Columbia and the Ktunaxa Nation.
Legal framework
There is strong legal framework in place under the National Parks Act and the British Colombia Parks Act and the rule of law prevails. It is important to note that ecological integrity is a distinct mandate of Parks Canada but implementation varies. BC Parks also has a conservation mandate.
Governance arrangements
As stated above, governance arrangements vary from park to park. In the provincial parks in British Columbia (Mount Assiniboine, Mount Robson and Hamber), there is more participation of Indigenous People and other stakeholders in the planning process. For parks managed by Parks Canada, there are consultations for management planning, although the inputs still need to be integrated more effectively in planning and management. There is also a need to evaluate how they influence management outcomes.
In 2018, Banff established an Indigenous Advisory Group with the Treaty 6 and Treaty 7 First Nations (Bearspaw, Chiniki and Wesley, Siksika, Kainai, Piikani, Tsuut’ina) and the Métis Nation of Alberta (Region 3). The group meets quarterly to help mangers understand indigenous views and set common priorities for future collaboration (Parks Canada, 2022a).
In 2018, Banff established an Indigenous Advisory Group with the Treaty 6 and Treaty 7 First Nations (Bearspaw, Chiniki and Wesley, Siksika, Kainai, Piikani, Tsuut’ina) and the Métis Nation of Alberta (Region 3). The group meets quarterly to help mangers understand indigenous views and set common priorities for future collaboration (Parks Canada, 2022a).
Integration into local, regional and national planning systems (including sea/landscape connectivity)
Regional integration varies across the parks. JNP, KNP, Mt. Robson PP, and Mt Assiniboine are involved in a variety of regional research, land use and industrial collaborations (fRI Research, 2020). However, there is no formal umbrella planning system in place for the entire World Heritage site. The disbandment of the Central Rockies Ecosystem Interagency Liaison Group, which allowed coordination with provincial and federal land managers along the Canadian Rockies, is of concern given the lack of any tangible replacement regional planning platform. In Banff, Parks Canada has been engaged in a Human-Wildlife Coexistence working group that involves Alberta Environment and Parks land managers and the Town of Canmore. This group focuses on human-wildlife conflict across the National Park boundary and has had some success. Parks Canada has also implemented the Trans Boundary Planning Group with the Government of Alberta that focuses on shared learning on visitor activities, demand management, policy and development, park management planning etc.
Boundaries
The boundaries of the site are clearly demarcated as per the clarification of the boundaries, provided to the World Heritage Committee in 2014 in response to the retrospective inventory (World Heritage Committee, 2014), when a clear map of the World Heritage site, displaying the boundaries and area in hectares were indicated. Previously, Mt Robson PP and Mt Assiniboine PP both had proposed expansions to extend protection to adjacent lands with conservation value (BC Parks Division, 2006, BC Government and Service Employees Union, 2012). However, the expansion was only completed for Mt. Robson PP (BC Parks Division, 2006). The Assiniboine and Aurora Creek drainages subsequently experienced forest harvest that somewhat compromised the original values (BC Government and Service Employees Union, 2012).
Overlapping international designations
No overlap with Biosphere Reserves, Geoparks or Ramsar sites.
Implementation of World Heritage Committee decisions and recommendations
This World Heritage site has not been examined by the Committee since 2006.
Climate action
The Federal and provincial parks that compose the Canadian Rocky Mountain parks protect ecosystems that are key for adaptation to climate change and also affected by climate change.The management plans for the national parks of Banff, Kootenay, Jasper and Yoho include strategies to adapt to the expected effects of climate change on ecosystems, species and visitor use (see Parks Canada 2022a,c,d,e).The increase in global temperature is accelerating slope erosion and glacial melting, affecting natural and historic sites. For example, mangers of Banff National Park decided to dismantle the historic cabin at Abbot Pass because of failures to protect it on site (Parks Canada 2022a). Management strategies consider the adaptation of operations to expected effects of climate change and increased visitor use within the parks. Establishing partnerships and collaborations with owners of adjacent lands and regional organizations will help address regional stressors (Parks Canada 2022e). Park managers are establishing partnerships to increase research on the influence of climate change on landscapes, ecosystems and key species. One of the priorities is to manage the risks of wildfires on natural and cultural resources (Parks Canada 2022a,c,d,e). Park residents and staff are also at high risk. The 2024 wildfire in Jasper National Park damaged 30% of the town’s structures (Bartko 2024) and burned around 33,000 ha (Snowdon 2024). However, the magnitude of natural hazards such as floods and wildfires can easily make planned responses ineffective, as it happened with all the efforts to contain the wildfires in Jasper (Jasper National Park 2024).
Management plan and overall management system
The Canadian Rocky Mountain Parks is a serial site, comprised of a number of National and Provincial Parks, each with individual management plans which inform and provide the framework for the management of each component. However, there is no integrated management plan for the entire site. That being said, the four national and provincial parks collaborate on the development of transboundary relevance, and the mountain national parks are collaborating on their respective management planning processes to ensure alignment across these parks. Federal and BC parks are managed by designated government departments (Parks Canada and BC Parks), both of which have built capacity in recent years having suffered from funding cutbacks at the turn of the last decade as governments worked to address the recession economy (Parks Canada, 2012a; Parks Canada, 2012c; BC Parks Division, 2011).
Law enforcement
Laws and regulations are well enforced in the National Park components of the site by National Park Wardens who enforce the Canada National Parks Act and Regulations (Government of British Columbia, 1996). For the provincial parks, enforcement of park and wildlife conservation law is by Park Rangers and Conservation Officers (e.g. responsible for enforcement of park and wildlife conservation law, such as the Park Act, Ecological Reserve Act and Wildlife Act). Typically, Park Rangers and Conservation Officers cover a large geographical area, not single protected lands; however, full time and seasonal Park Ranger staff are stationed in Mount Robson Provincial Park during the busy summer season and nearby during the winter. Proximity to the park provides an increased ability to respond to enforcement concerns (IUCN Consultation, 2024).
Sustainable finance
Though financial sustainably remains an ongoing challenge, new and innovative revenue sources have been developed by BC Parks to support financial sustainability through the implementation of the BC Parks Future Strategy including the specialty License Plates program initiated in January 2017 and the development of the BC Parks Foundation. BC Parks has been allocated a minor budget reduction for 2020 to $40.6-million, from $41.7 in 2019 (City News, 2020), which is deemed to be well below that of basic management and the ability to deal with threats and take management action, especially considering the growing tourism industry in the Province. Reduced budgets to BC Parks and Parks Canada also reduce staff numbers and the resources to implement their management plans (e.g. The Canadian Press, 2022; Elders Council for Parks in B.C. 2024).
Planned spending for core responsibilities of Parks Canada Agency (through the Ministry of Environment and Climate Change) has remained relatively stable between 2021-2024. The decrease in fiscal year 2024 to 2025 planned spending is primarily attributed to funding received for the wildfire response in fiscal year 2023 to 2024 and a diminution of goods and services in fiscal year 2024 to 2025 for supporting Long-Term Asset Sustainability (Parks Canada Agency, 2024).
Planned spending for core responsibilities of Parks Canada Agency (through the Ministry of Environment and Climate Change) has remained relatively stable between 2021-2024. The decrease in fiscal year 2024 to 2025 planned spending is primarily attributed to funding received for the wildfire response in fiscal year 2023 to 2024 and a diminution of goods and services in fiscal year 2024 to 2025 for supporting Long-Term Asset Sustainability (Parks Canada Agency, 2024).
Staff capacity, training and development
Staff are well trained but there is considerable variation between the national parks and provincial parks (IUCN Consultation, 2017). BC Parks as an organization does not have the same staff capacity as does Parks Canada, as well the staffed positions in BC Parks are often more generalized in nature and serve protected area landscapes versus individual parks (IUCN Consultation, 2024).
Education and interpretation programmes
Visitors report high satisfaction levels in Parks Canada surveys (IUCN Consultation, 2017). Some commercial operators also do an excellent job of interpretation. Visitors in recent studies have expressed a strong desire for educational materials and programming (Groulx et al., 2017; Weber et al., 2019). The State of Parks reports for the Rocky Mountain National Parks refer to education and outreach programs sharing material regarding species at risk and habitat restoration initiatives. Parks Canada offers a varied interpretive program, including Indigenous interpretation, theatre programming, guided hikes, roving stations at popular day use areas and trails, and wildlife guardians. There are also a number of self-guided interpretive trails and exhibit panels in key locations throughout the park.
Tourism and visitation management
In 2024, BC Parks initiated an update to the Mount Robson Provincial Park visitor use management plan for the highest visitation area in the park. This will ensure conservation objectives in high use areas continue to be met. All new activities, events and development in national parks are subject to environmental assessment, environmental impact assessment or environmental review depending on the project scope, and undertaken within the context of protecting ecological integrity. As well, the Parks Canada Administrative Guidelines for Special Events (2020) direct field units to establish their own carrying capacity for special events. The BC parks attract visitors interested in a wilderness experience, and visitor services are maintained in a manner consistent with environmental goals (BC Parks Division, 2006, BC Government and Service Employees Union, 2012, BC Parks Division, undated (b)). The mountain parks are featured prominently in tourism promotion material in Alberta and British Columbia. Park user fees provide partial funding for park operations for the federal and provincial parks. However, greater effort could be invested in informing visitors that the sites are protected areas and part of World Heritage Site (IUCN Consultation, 2017).
Sustainable use
The only formal harvest within the World Heritage site is for recreational fishing, which appears to be well managed. Indigenous peoples can collect flora and natural objects, but this collection is on a small scale for ceremonial and personal use. One Indigenous hunt has been conducted in Jasper NP, but it was small in scale and was carried out with respect to conservation concerns (Jasper Environmental Association, 2017). Indigenous hunts have been of interest in Mount Robson Provincial Park in the last two years, however they have not been conducted yet. It is expected that this interest will only grow and BC Parks is supportive (IUCN Consutlation, 2024).
Monitoring
There is a strong monitoring program in place. The State of the Park reports published for each National Park present information on ecological integrity; cultural resources; external relations; indigenous relations; visitor experience and built assets. As well, the Strategic Environmental Assessments for each of the four national mountain parks, completed as part of the management planning process, are available to the public. Summary ecological condition monitoring is readily available to the public and is centred around four broad ecosystems (varying according to the specific park): Alpine, Forests, Freshwater and Tundra (Parks Canada 2018 a,b,c,d). However, significant ecosystems such as Montane grasslands are no longer covered and there is no information on the results of management interventions (IUCN Consultation, 2017). There is minimal monitoring in the provincial parks in British Columbia provincial parks (IUCN Consultation, 2017). Baseline inventory data is missing, an acknowledged gap (BC Parks Division, 2006, BC Government and Service Employees Union, 2012) and action to address ecological integrity objectives has not been consistently undertaken (BC Fish and Wildlife, 2012c). However, baseline inventory data requirements have been identified in some of the Provincial Park management Plans (BC Parks, 2011; 2012; 2015).
Research
The mountain National Parks continue to support active research programs both internally and through partnerships with other agencies and institutions (B.A. Blackwell & Associates Ltd. And Compass Resource Management; fRI, 2020). In YNP and KNP, Parks Canada supports ongoing scientific research into the Burgess Shale, which has led to the discovery of a significant new fossil deposit, several species new to science and an increased understanding of middle Cambrian ecosystems, and the Burgess Shale continues to be a site of world class research (e.g. Anderson et al., 2018). However, federal funding cuts over the course of the last decade have affected research funding at external agencies as well as within the federal and provincial parks. For example, capacity to conduct social science research (in house) was largely eliminated in the federal mountain parks and the number of external research permits has declined significantly in recent years (IUCN Consultation, 2017), and greater efforts into building partnerships with universities could be made (IUCN Consultation, 2020). BC Parks supports active research programs through partnerships with educational institutions (e.g., geomorphological and glacial change analysis via LiDAR, wildlife coexistence) (IUCN Consultation, 2024).
Effectiveness of management system and governance in addressing threats outside the site
The WHS is inscribed under criteria (vii) and (viii) and, whilst these values remain relatively intact, there are external pressures such as climate change which are challenging the capacity of management. On biodiversity values with the exception of freshwater ecosystems, Parks Canada ecological forest and tundra (Alpine) indicators all show either good or fair condition, and are stable or improving in trend (Parks Canada, 2018 a,b,c,d), with a few exceptions such as the alpine systems in Jasper (Parks Canada, 2018b). Mountain Caribou are extirpated from Banff and declining rapidly in Jasper. There has been a reintroduction of bison to one area of Banff in 2017, which is proving successful in meeting various ecological indicators from vegetative structure and population viability.
Effectiveness of management system and governance in addressing threats inside the site
The legal framework supporting park mangement and the existence of enforcement bodies helps address threats inside the park, especially those related to human use. Those resulting from natural phenomena are outside of the managers'control. However, national and provintial parks conduct risks assessments to inform planning and mangement (Parks Canada 2022a,b,c,d, BC Parks 2011,2012, 2015).
BC Parks and Parks Canada have a considerable record of conservation, innovation, and research-based management planning. Both park agencies are emphasizing partnerships with other agencies, research centres and civic groups to gather more knowledge to inform management strategies. Notable achievements are wildlife mitigation of the major highway corridor, with the completion of a new wildlife overpass along Canada's Highway one on the route to Banff. There are also improvements in aquatic connectivity and control of aquatic invasive species. The use of prescribed fire and the establishment of a research partnership to understand the relation between fire intensity and the reproduction of pine beetle are park of efforts to manage natural threats and human activities under an ecosystem-based approach. Resource management operations continue to control diseases and invasive species and there has been more emphasis on managing tourism, enhancing visitor experience and recreational opportunities. Ecological integrity, a mandate guiding Parks Canada’s decisions, is more important amidst increasing threats to the site from climate change and pressure for more tourism. BC Parks and Parks Canada are monitoring threats and updating their strategies to handle tourism and the changing conditions that may affect park’s values and reach their management objectives. Although the changes induced by climate change are a serious concern, both park agencies have strategies to manage the expected changes in the biophysical environment and visitor use. They are also increasing partnerships with other agencies and research groups to inform planning and management. The concern is the constrained budget the provincial (BC) and federal governments are giving the agencies to protect the parks and species in the respective systems.
Good practice examples
1. Reintroduction of plains bison
2. Replacement of aging tourism infrastructure without significantly increasing the developed footprint
3. Improvement of aquatic connectivity by replacing dysfunctional highway culverts
4. Implementation of world-renowned wildlife crossing structures across the TransCanada Highway
5. Restoration of native Westslope cutthroat trout to several waterbodies in Banff National Park
6. Development of visitor use management plans for high use areas.
2. Replacement of aging tourism infrastructure without significantly increasing the developed footprint
3. Improvement of aquatic connectivity by replacing dysfunctional highway culverts
4. Implementation of world-renowned wildlife crossing structures across the TransCanada Highway
5. Restoration of native Westslope cutthroat trout to several waterbodies in Banff National Park
6. Development of visitor use management plans for high use areas.
Striking mountain landscape of exceptional natural beauty
Low Concern
Trend
Stable
Tourism numbers and infrastructures are increasing. The crowding and facilities being permitted are impacting, and will impact, the scenic beauty of the site. However, there is a rigorous impact assessment process across the federal parks, and a parallel but separate one for the British Columbia parks, that considers viewscapes and the values of the World Heritage Site during their reviews. The key features under criterion (vii) remain preserved for the moment but new tourism developments may impact the viewscapes (Weber et al., 2019) especially cumulatively.
One of the most significant fossil areas
Good
Trend
Stable
Burgess Shale, other fossil deposits and significant caves have been identified in management plans in applicable parks and public access, conservation and protection have been addressed through various means (BC Parks Division, 2006), including camera, alarms, enforcement staff and visitation to the sites is controlled and well managed (IUCN Consultation, 2017). YNP and KNP has an on-going partnership with the Royal Ontario Museum to identify and preserve fossil material from the Burgess Shale, and to promote the sites. Research is carefully managed with a zoning and permitting system. Additional outcrops of the fossil bed are being carefully managed. All visitor use to the two main sites in Yoho National Park is tightly controlled through a permitting process; visitors must be accompanied by a guide to go to these Burgess Shale fossil sites. Parks Canada has not disclosed specific locations of some fossil sites to reduce the risk of people finding and stealing fossils.
A classic representation of on-going glacial processes
High Concern
Trend
Deteriorating
Glaciers are melting due to a changing climate. Between 1919 and 2012, glacier cover in the central and southern Canadian Rocky Mountains decreased by 590±70 km2 (40±5 %). 17 of 523 glaciers disappeared and 124 glaciers fragmented into multiple ice masses (Tennant et al. 2012). Changes in both climate and glacier configuration have influenced the melt rates and runoff and a shift of peak flows in the Peyto Glacier basin from August to July. Glacier melt contributions increased/decreased from 27 %–61 % to 43 %–59 % of the annual discharges. Recent discharges were 3 %–19 % higher than in the 1960s and 1970s. The results suggest that increased exposure of glacier ice and lower surface elevation due to glacier thinning were less influential than climate warming in increasing streamflow. Streamflow from these glaciers continues to increase (Pradhananga and Pomeroy, 2022). Predictions are that for glaciers in the Rockies regions ice area and volume losses will exceed 90% of the 2005 amounts by 2100 (Clarke et al. 2015).
BC Parks is supporting research on geomorphological changes in Mount Robson Provincial Park.
BC Parks is supporting research on geomorphological changes in Mount Robson Provincial Park.
Assessment of the current state and trend of World Heritage values
Deteriorating
Overall, the attributes of the site's OUV remain preserved at this time. Some threats cannot easily be addressed by management such as climate change and its contribution to the loss of glaciers, part of the iconic mountain scenery. The globally important Burgess Shale fossil beds appear to be well managed and protected. The values for which the site is inscribed under (vii) and (viii) remain relatively intact across the site as a whole. The strict limits to growth in all the mountain national parks that do not allow expansion to the footprint of the town or outlying accommodation contributes to the conservation. Visitor use management projects underway will increase Parks Canada and BC Parks’ effectiveness in managing recreational impacts in the OUVs.
Assessment of the current state and trend of other important biodiversity values
High Concern
Stable
Parks Canada has a comprehensive ecological monitoring program, which shows the biodiversity values of the site to be in generally fair condition. The 2018 State of Park Assessments for Banff, Yoho and Kootenay indicate that for most indicators the trend is stable. The high levels of visitation are currently managed on a site by site basis and strategies are in place in the management plans or the parks. The Visitor Use Management Framework is being applied at several key sites. In 2024, visitor use management plans are being developed for high use areas. The highest use area in Mount Robson Provincial Park, the Berg Lake Corridor, has been managed with a rudimentary visitor use plan since 2000.
Assessment of the current state and trend of other important values
Low Concern
Stable
The introduction and/or expansion on the range of non-native species and diseases pose potential threats to some of the species at risk. Key issues are the dramatic decline in mountain caribou, and the levels change in ecological communities due to wildfires. Nevertheless, the increasing recognition and engagement of Indigenous Peoples in the park's management is very welcome and will strengthen conservation of the WH site overall and across the nation. Especially the formalization of the Indigenous Stewardship Policy by Parks Canada demonstrates a long history of listening to and working with Inuit, First Nations and Métis partners at local, regional, and national levels. The enactment of this policy formalizes efforts at Parks Canada to support Indigenous stewardship.
Additional information
Access to drinking water,
Commercial wells
The WHS rivers provides drinking water, irrigation water and industrial water for most of Western Canada. This includes water for major cities such as Calgary, Edmonton and Saskatoon (North Saskatchewan Watershed Alliance 2010; Partners of the Saskatchewan River Basi, 2009). The melting of the glaciers will dramatically impact summer flows with far less water in the summer on the river. Many communities rely on glacial runoff for water supply during the warm and dry season (late summer). Models show that once glacier run off become negligible, several communities in Alberta will suffer with unprecedented streamflow lows (Anderson and Radic, 2020).
Climate change and galciar melting are reducing river flows. Municipal, agricultural and industrial water demands in the Saskatchewan River Basin are increasing with increasing population.
Importance for research,
Contribution to education,
Collection of genetic material
The Rocky Mountains have a long history of being important research areas for large wildlife, glacial processes and many other natural features. Multiple research projects are ongoing in the national and provincial parks (e,g, Parks Canada, undated, 2024h). Many graduate students and trained there and many classes have field trips there. The land in the WHS have been the ground for generation of traditional knowledge by the Indigenous Peoples who have used the land (Parlee and Pascal, 2023; Parks Canada, 2022d)
Traditional and scientific knowledge is dynamic. Although changing conditions may make previuos knowlege inaccurate but also help generate new knowledge.
History and tradition,
Wilderness and iconic features,
Sacred natural sites or landscapes,
Sacred or symbolic plants or animals,
Cultural identity and sense of belonging
The cultural value of the WHS may be related to opportunities for recreation, but it is more than that. The Rocky Mountains are the traditional territory to several First Nations (indigenous peoples) who still use and have important connections to the land. National parks are restoring the traditional use by indigenous peoples for spiritual connection, gathering of medicinal plants and limited use of species. Indigenous passes allow free access to the Indigenous Peoples whose traditional territory includes the parks. The parks provide special access to sites for traditional practices and some, like Jasper, designated Cultural Use Area for Indigenous partners to use as a gathering place and to practice cultural practices (Parsk Canada, 2022c). Hunting was a tratitional activity in the parks and collaboration with Indigenopus People
has helped reintroduce bison in Banff and hunting for cultural use (Ellis, 2024b). The mountain parks are park of Canadian culture and identity and are an inspiration for various art modalities (Ellis, 2024a; McDowell, 2020, Parlee and Pascal, 2023). The Rocky Mountains WHS contains Banff, Canada's first and oldest National Parks. Banff is one of best known parks in the world. The site is also a wilderness icon in Canada and globally. Images from the site have been printed in Canadian currency.
has helped reintroduce bison in Banff and hunting for cultural use (Ellis, 2024b). The mountain parks are park of Canadian culture and identity and are an inspiration for various art modalities (Ellis, 2024a; McDowell, 2020, Parlee and Pascal, 2023). The Rocky Mountains WHS contains Banff, Canada's first and oldest National Parks. Banff is one of best known parks in the world. The site is also a wilderness icon in Canada and globally. Images from the site have been printed in Canadian currency.
The changes in glaciers and views of burned forest affect the scenic quality of the landscape and may restrict recreational use in some locations. In addition to leading to restrictions in access to high-use areas, increasing visitor use and vehicle traffic affect the enjoyment of the beauty and peacefulness of the landscape and the opportunities to connect spiritually with the landscape or with specific physical or biological components.
Provision of jobs,
Tourism-related income
The visitor use in the Canadian mountain parks bring billions of dolars to the local and national economy. A full account of their economic benefit that the World Heritage Site brings to Canada is not available. In 2019, the economic benefits just from visitor expenses in the towns of Banff, Jasper and Canmore was around $ 2 billion dollars. There were 23,600 tourism-related jobs and $308 million in taxes (Brunnen, 2022).
The presence of invasive species and wildlife diseases has led to the closure of lakes to recreational boating use. Overuse in the mountain lakes has led to closures to private vehicles. Continuing closures in the parks may discourage selected user groups. However, the parks in the WHS continue attracting national and international users.
The site is the water tower for western Canada, one of Canada's largest tourism draws and part of the Canadian identity. The Rocky Mountains are also the traditional territory of more than 40 Indigenous groups who still use and have important connections to the land. It has a long history and was the beginning of National Parks in Canada.
The economic benefit that the CRMPs bring to Canada’s economy is unknown. From the water perspective, the Canadian Rocky Mountains Parks World Heritage Site (CRMWHS) are the headwaters of the Saskatchewan River, which flows 1.939 km to Lake Winnipeg after crossing the provinces of Alberta, Saskatchewan and Manitoba. It is divided in the North (NSRB) and South (SSRB) Saskatchewan River basins (Newton 2017, Partners of the Saskatchewan River Basin 2009). River flows support different economic activities, including oil and gas development, agriculture, industry, mining, and tourism. In 2007, the value of economic activities just in the NSRB was estimated in $79,120.2 billion (North Saskatchewan Watershed Alliance 2010). The glaciers, rivers, mountains, the scenic beauty of the landscape and the presence of wildlife, which determine the recreational value of the park, bring an important revenue for the Canadian economy. Before the Covid-19 pandemic, Banff and Jasper attracted 17% and 47% of national and international visitor expenditure. The communities of Banff, Jasper and Canmore, contributed approximately $ 2 billion to the Province of Alberta’s GDP. Banff’s contribution was $1.2 billion and Jasper $523 million (Brunnen 2022). The three mountain national parks and their historic sites generate a large portion of Parks Canada’s contribution to the Canadian Economy. From 2018 to 2019, the entire park system contributed with $ 5 billion to Canada’s GDP and $4.2 billion from 2022 to 2023 (Parks Canada 2024c,d). Large mammals, fur species (e.g. beaver, fox) and numerous plants have been part of indigenous economy since ancient times, although their current economic value is not known. Before the creation of the parks, plants and animals -and their products- were the basis of First Nations economy and livelihood. The creation of the parks severed hunting and gathering activities in the parks, affecting their health, nutrition and spiritual life (McDowell, 2020). After that, the presence of these species outside park boundaries provided some income through the fur trade (Parks Canada, 2022b). Restoring that part of their culture and livelihood, together with their ceremonies, oral traditions, and dances, continues to be a priority for First Nations and their collaboration with park managers. In 2017, bison was reintroduced to Banff after 100 years of being extirpated (Banff National Park, 2024). The Métis and First Nations whose traditional territories include Banff were involved before the reintroduction, participating in consultations and leading ceremonies to bless the location and the animals relocated from Elk Island National Park to Banff and continue to be involved though cultural monitoring and herd management (Banff National Park, 2023). In the Fall of 2024, the Piikani First Nation hunted a bison born in the park, symbolizing the reinstitution of bison as part of their traditional economy and, more importantly, their culture and spirituality (Ellis, 2024b).
The economic benefit that the CRMPs bring to Canada’s economy is unknown. From the water perspective, the Canadian Rocky Mountains Parks World Heritage Site (CRMWHS) are the headwaters of the Saskatchewan River, which flows 1.939 km to Lake Winnipeg after crossing the provinces of Alberta, Saskatchewan and Manitoba. It is divided in the North (NSRB) and South (SSRB) Saskatchewan River basins (Newton 2017, Partners of the Saskatchewan River Basin 2009). River flows support different economic activities, including oil and gas development, agriculture, industry, mining, and tourism. In 2007, the value of economic activities just in the NSRB was estimated in $79,120.2 billion (North Saskatchewan Watershed Alliance 2010). The glaciers, rivers, mountains, the scenic beauty of the landscape and the presence of wildlife, which determine the recreational value of the park, bring an important revenue for the Canadian economy. Before the Covid-19 pandemic, Banff and Jasper attracted 17% and 47% of national and international visitor expenditure. The communities of Banff, Jasper and Canmore, contributed approximately $ 2 billion to the Province of Alberta’s GDP. Banff’s contribution was $1.2 billion and Jasper $523 million (Brunnen 2022). The three mountain national parks and their historic sites generate a large portion of Parks Canada’s contribution to the Canadian Economy. From 2018 to 2019, the entire park system contributed with $ 5 billion to Canada’s GDP and $4.2 billion from 2022 to 2023 (Parks Canada 2024c,d). Large mammals, fur species (e.g. beaver, fox) and numerous plants have been part of indigenous economy since ancient times, although their current economic value is not known. Before the creation of the parks, plants and animals -and their products- were the basis of First Nations economy and livelihood. The creation of the parks severed hunting and gathering activities in the parks, affecting their health, nutrition and spiritual life (McDowell, 2020). After that, the presence of these species outside park boundaries provided some income through the fur trade (Parks Canada, 2022b). Restoring that part of their culture and livelihood, together with their ceremonies, oral traditions, and dances, continues to be a priority for First Nations and their collaboration with park managers. In 2017, bison was reintroduced to Banff after 100 years of being extirpated (Banff National Park, 2024). The Métis and First Nations whose traditional territories include Banff were involved before the reintroduction, participating in consultations and leading ceremonies to bless the location and the animals relocated from Elk Island National Park to Banff and continue to be involved though cultural monitoring and herd management (Banff National Park, 2023). In the Fall of 2024, the Piikani First Nation hunted a bison born in the park, symbolizing the reinstitution of bison as part of their traditional economy and, more importantly, their culture and spirituality (Ellis, 2024b).
| № | Organization | Brief description of Active Projects | Website |
|---|---|---|---|
| 1 | Parks Canada | Parks Canada is implementing the Multi-Species Action Plan for Jasper National Park (2017) to support conservation and recovery of mountain caribou, including assessing the feasibility of additional measures to enhance protections for caribou and their habitat and to augment its populations in Jasper National Park towards self-sufficiency. Parks Canada has been investigating the feasibility of developing a caribou conservation breeding program and is now at the point where a proposal will undergo a review by external experts. |
https://www.pc.gc.ca/en/pn-np/ab/jasper/nature/conservation/eep-sar/caribou-jasper
https://parks.canada.ca/nature/science/conservation/caribou
|
| 2 | Parks Canada, Environment and Climate Change Canada | Many of the high elevation lakes in the Canadian Rocky Mountain Parks were originally fishless and home to a diverse community of amphibians, reptiles and aquatic invertebrates. Lower elevation lakes were home to a number of native fish species One of them, the rainbow trout (Oncorhynchus mykiss), is present in Jasper and the park participates inthe trout's recovery strategy. Other native trout species present in Banff include the westslope cutthroat trout and the bull trout. Sportfish socking during the 20th century altered these native communities. Recently, small, experimental efforts to remove stocked fish species to recover their original aquatic communities. Invasive aquatic species, such as whirling disease, quagga mussels, and zebra mussels, pose emerging threats to aquatic ecosystems. Beginning in 2020, the mountain national parks launched a collaborative project to address this threat as part of its larger Shoreline Action Plan. Transmission of aquatic invasive species is generally through the movement of contaminated boats and boat trailers, aquatic recreational equipment, fishing gear, or contaminated fish from an infected watershed. In conjunction with regional provincial agencies, the mountain national parks are developing and implementing a strategy to prevent the establishment of aquatic invasive species throughout the parks focusing on improving visitor awareness, implementing inspection and decontamination facilities, and considering access management options for priority waterbodies. |
https://parks.canada.ca/pn-np/ab/banff/nature/conservation/especes-species/truite-trout
https://www.canada.ca/en/environment-climate-change/services/species-risk-public-registry/recovery-strategies/rainbow-trout.html
https://parks.canada.ca/pn-np/ab/banff/activ/nautiques-sports/nettoyez-videz-sechez-clean-drain-dry/espece-aquatique-envahissante-ais
https://parks.canada.ca/pn-np/ab/jasper/gestion-management/plan/rivage-shoreline
https://parks.canada.ca/pn-np/mtn/eaux-waters
https://parks.canada.ca/nature/science/~/link.aspx?_id=A6E29743123E4FA08DA6BE2003CFA873&_z=z
|
| 3 | Parks Canada, BC Parks | Collaborative conservation and restoration programs across the mountain parks and with the province of Alberta and BC have been developed to monitor the health and status of whitebark pine and reduce future declines. Active management and restoration activities ongoing across the mountain parks focus on creating favourable habitat and planting seedlings resistant to the introduced blister rust pathogen. The objectives of these activities are to lessen declines of whitebark pine populations and ensure they persist in the mountain parks in perpetuity. |
https://parks.canada.ca/agence-agency/bib-lib/rapports-reports/core-2018/ouest-west/ouest-west2
https://www2.gov.bc.ca/gov/content/industry/forestry/managing-our-forest-resources/forest-health/invasive-forest-pests/white-pine-blister-rust
|
| 4 | BC Parks | BC Parks has a Long Term Ecological Monitoring Project in several locations,and for different ecosystems and their components. Mt. Assiniboine and M. Robson parks are locations for monitoring the heath of alpine vegetation. Parks Canada also has its program to evaluate the ecological integirty of the parks, using diverse indicators for biodiversity and biophysical processes. |
http://bcparks.ca/partnerships/ltem/
https://parks.canada.ca/agence-agency/bib-lib/rapports-reports/evaluation/examens-reviews/2022-2023/integrite-ecologique-ecological-integrity
|
| 5 | Parks Canada | Multi-species Action Plans for Banff, Kootenay, Yoho, and Jasper set out goals for species found on Parks Canada lands that are listed as endangered or threatened under Canada’s Species at Risk Act. BC Parks also has specific actions for the protection and recovery of species at risk. The goal of these action plans is to identify, coordinate and prioritize site-specific actions to support species at risk recovery and management in the parks. Visitor safety is another goal for research that can help reduce human-wildife conflictsm for example in areas used by bears. |
https://parks.canada.ca/pn-np/ab/banff/nature/conservation/especes-species/truite-trout
https://parks.canada.ca/pn-np/ab/banff/nature/conservation/especes-species
https://parks.canada.ca/pn-np/ab/jasper/nature/conservation/eep-sar
https://kootenayconservation.ca/kootenay-connect-species-at-risk/
https://parks.canada.ca/pn-np/bc/kootenay/nature/conservation/especes-species
https://parks.canada.ca/pn-np/bc/yoho/nature/conservation/especes-species
https://engage.gov.bc.ca/bcparksblog/2022/11/24/celebrating-conservation-12-highlights-of-the-conservation-program-in-the-last-five-years/
https://parks.canada.ca/pn-np/mtn/ours-bears/conservation/cp/projets-projects
|
| 6 | Parks Canada | Parks Canada’s fire management program acknowledges the importance of fire in the ecosystem. While the national parks continue to suppress threatening wildfires, they also work to reintroduce fire and its benefits to the landscape and to safely restore and maintain important ecological processes. Parks Canada has fire protection and conservation projects in the mountain parks. The current program has been developed based on decades of experience and research, and has made Parks Canada a leader in fire management. |
https://www.pc.gc.ca/en/nature/science/conservation/feu-fire/feuveg-fireveg
https://parks.canada.ca/pn-np/bc/yoho/visit/feu-alert-fire/restoration
|
| 7 | Canadian Forest Service, Alberta Sustainable Resource Development, Foothills Model Forest, Parks Canada | Mountain pine beetle is a threat to Canadian forest. In the national parks, tree mortality caused by the beetle affects different ecological processes and contributes to increased wildlfires. This jepoardizes the safety of visitors and infrastructure. Parks Canada is partnering with other entities to understand the relationship betwwen fire intensity, pre- and post-fires forest compositon, and dispersal of pine beetle to define respose to infestaion obubreakes in the parks and surrounding lands. |
https://parks.canada.ca/docs/v-g/dpp-mpb/sec6
|
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