Twenty years of success and a vision for the future
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Justina Ray
President & Senior Scientist
Published
2024-12-27As WCS Canada marks its 20th anniversary, we find ourselves navigating increasingly challenging times. Yet we also see that progress is possible.
Recently, we’ve seen two important conservation breakthroughs: The agreement between the Ross River Dena Council and the Governments of Yukon and Canada to take the first steps toward establishing a new 35,000 km2 Indigenous Protected and Conserved Area in southeastern Yukon; and a framework for a regional assessment in the far north of Ontario developed by the Government of Canada and 19 First Nations communities and tribal councils that is intended to precede mineral development in this vital area.
WCS Canada has played a key role in both initiatives thanks to our long-term commitment to meaningful relationships and on-the-ground scientific presence in these regions.
Such developments exemplify the kinds of transformative actions – in scale and ambition -- that are essential to address the interwoven challenges of biodiversity loss and climate disruption, which we have sought to influence over the last two decades.
Twenty years ago, and after decades of wildlife research-related activity in Canada, Wildlife Conservation Society (WCS) recognized a need to bolster scientific understanding of conservation challenges and opportunities in Canada, particularly in the boreal and Arctic regions. These vast, ecologically intact wild areas that are also Indigenous Homelands needed the kind of enduring scientific and conservation policy focus that the creation of WCS Canada would deliver.
It quickly became clear that our work would need to address both well-known and emerging threats to biodiversity across Canada. From the rapid pace of climate change and the spread of white-nose syndrome devastating bat populations, to the rise in disruptive ship traffic in the Arctic Ocean and an ever-growing appetite for natural resource extraction, the challenges were both interconnected and increasing.
Starting with a team of four in 2004, our “muddy boots” approach to field science in key geographies laid the foundation for our work on a range of issues, including land-use planning, impact assessments, species management and recovery, and protected area design. Over time, we have evolved from a site-based emphasis to a broader, multidisciplinary approach, integrating geospatial analysis, laboratory research, and policy expertise into our work. This evolution has allowed us to influence decision-making at local, provincial, and national levels, building a strong reputation for credible, science-based recommendations that protect and restore both ecosystem and human health.
While maintaining our long-term on-the-ground presence in strategically selected areas, we have also prioritized fundamentally transforming policy and planning approaches to drive lasting conservation outcomes that extend well beyond these boundaries.
Pioneering and Proactive
A cornerstone of much of what we do is our deep wildlife expertise and our groundbreaking scientific research on key species, including wolverines, caribou, bats, lake sturgeon, whales and birds. We combine rigorous assessments of threats to these species and strategies to improve population health with innovative research methods that allow us to build a comprehensive understanding of their needs. This knowledge is then translated into actionable policy and land-use decisions.
For example, we use acoustic monitoring to study whales, seals, and bats, relying on passive listening to understand their movements and behaviour. Special transmitters and receivers help us track the movements of lake sturgeon in remote northern rivers, while tiny backpack transmitters from blackpoll warblers at the end of their epic migrations reveal insights into these birds’ transcontinental journeys.
Our work often takes us to extreme environments: we have spent thousands of hours in small planes finding the most important areas for marine mammals, wolverines and caribou, and live-trapped wolverines in dense forests to attach GPS collars for more detailed data. In the Yukon, we’ve studied how woodpeckers use burned-over areas to gain a better understanding of post-fire ecology in an era of increasing climate-driven wildfires.
In 2016, when the global Key Biodiversity Area (KBA) standard was launched, Canada was one of the first countries to establish a national coordination group, with WCS Canada at the forefront of a complex identification process involving thousands of experts and knowledge holders. To date, this collaborative effort has identified nearly 1,000 sites across the country that are critical to national and global biodiversity. Tailored to Canada’s unique context, KBAs have quickly become an essential tool for guiding conservation efforts, focusing attention on areas with exceptional attributes such as globally rare species and large wildlife aggregations.
We have brought critical attention to the essential role of peatlands, elevating northern peatlands onto the global stage as indispensable to climate and biodiversity solutions. These carbon-rich wetlands, which store 20-30% of the global terrestrial carbon stock, are among the most vital ecosystems for climate action. Canada is home to one-quarter of the world’s peatlands, holding an estimated 150 billion tonnes of carbon. Our research has highlighted weak protections and ongoing degradation threatening these ecosystems, and we are actively working to develop solutions that improve the conservation and stewardship of climate-critical peatlands as cornerstone of effective climate action.


