Meet Allison Dennert, Raincoast’s new Quantitative Salmon Ecologist
Allison Dennert has joined our Wild Salmon Program team as a Quantitative Salmon Ecologist.
What's new // Salmon Science
A collection of Raincoast’s published scientific papers, abstracts, and conference proceedings regarding wild salmon conservation.
Allison Dennert has joined our Wild Salmon Program team as a Quantitative Salmon Ecologist.
The relationship between terrestrial and marine environments within an ecosystem is essential. Newly published research from Simon Fraser University shows that salmon and marine plants increase both growth and reproduction in terrestrial plants. The findings, “Experimental addition of marine-derived nutrients affects wildflower traits in a coastal meta-ecosystem,” published in Royal Society Open Science show that…
Auston Chhor has joined our growing Wild Salmon Program team as a Governance and Policy Analyst. He will focus on addressing the myriad of threats facing salmon habitats in the Lower Fraser River by progressing governance frameworks, policies, funding structures, and field research initiatives. Auston has a BSc in Biology from Queen’s University and a…
New research shows that Wild Salmon populations in the Fraser can recover if action is taken now.
Salmon have lost access to as much as 85 per cent of their historical floodplain habitat – the biologically rich wetlands next to a river or stream that typically harbour wildlife – due to dikes and similar infrastructure.
Using tiny salmon ear bones, or otoliths, Raincoast researchers and partners were able to demonstrate that Chinook salmon from Harrison River rely on the Fraser estuary for one to two months while they feed and grow. These findings underscore the critical nature of this habitat for the persistence and recovery of Chinook salmon…
A new open access research paper led by Dr. Tara Martin at the UBC Conservation Decisions Lab applied a novel conservation decision making tool called Priority Threat Management to identify the most cost-effective management strategies needed to address the threats facing 102 species at risk identified in the area…
Pacific salmon, especially Chinook and Chum, reside and feed in estuaries during downstream migrations. But the extent to which they rely on estuaries, and which habitats within estuaries, is not well understood. We need to understand this complexity if we are going to enact effective conservation policies. This is especially important in urban systems where habitat loss is ongoing, and at different rates across the estuarine mosaic. The Fraser River estuary, for example, supports a multitude of fish species…
Research by scientists at Spirit Bear Research Foundation, Raincoast Conservation Foundation, and the University of Victoria, led by Christina Service, shows that salmon species diversity – the number of spawning salmon species available – is far more important and positively related to salmon consumption in coastal black bears than biomass abundance…
The proposed new framework for identifying sustainably harvested salmon suggests that individual retailers develop criteria (or adopt others) that comply with this place-based foundation. Patagonia Provisions is one retailer requesting this high standard of certification because their customers want higher standards than are currently available…
This paper, lead by scientists at Simon Fraser University and co-authored by two Raincoast biologists, finds that Canada’s Wild Salmon Policy has failed to improve the conservation of Pacific salmon since its adoption in 2005…
New study from Raincoast and partners finds that when salmon abundance is low, human conflict with bears increases.