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Loïc Jacquemot

@loicjacquemot.bsky.social

Postdoc at UQAR-ISMER// I use molecular techniques such as eDNA to study marine biodiversity around Canada's three oceans 🧬🐟

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Loïc Jacquemot@loicjacquemot.bsky.social · 3mo ago

eDNA from five BC fjords fills biodiversity gaps and reveals where conservation‑priority fish actually use these deep habitats. A globally transferable approach to strengthen marine conservation planning. Full paper: tinyurl.com/4z966xcr @ubcoceans.bsky.social @hakai.org @consletters.bsky.social

eDNA Metabarcoding Identifies Fish Conservation Priorities in Deep‐Water Fjords of British Columbia, Canada

Fjords are deep-water estuaries that support a wide range of marine habitats for pelagic fish. Yet, knowledge gaps in fish distribution and habitat use limit the implementation of efficient marine co...

tinyurl.com

UBC Oceans@ubcoceans.bsky.social · last yr.

After being fished to the brink of extinction 60 years ago, the return of Pacific #herring, a species crucial to British Columbia's coastal waters, is being examined both up close and from space. ici.radio-canada.ca/recit-numeri... @radiocanadainfo.bsky.social

Le hareng, coeur battant de l’océan

Dans la baie Howe, l'état de santé de ce « petit poisson qui fait de grandes choses » est surveillé de près par les bénévoles et les scientifiques.

ici.radio-canada.ca

UBC Oceans@ubcoceans.bsky.social · last yr.

Researchers collected environmental DNA (#eDNA) during the C3 expedition, allowing them to overcome typical biases associated with sampling biodiversity at an interoceanic scale. oceans.ubc.ca/2025/01/06/u... @ubcpelagic.bsky.social

Using environmental DNA to map biodiversity across Canada’s three oceans | Institute for the Oceans and Fisheries

The ability to detect the distribution of not only widespread, but also rare and endangered, species using eDNA allows researchers to identify critical habitats and biodiverse areas requiring protecti...

oceans.ubc.ca

UBC Oceans@ubcoceans.bsky.social · last yr.

RESEARCH: DNA metabarcoding captures temporal and vertical dynamics of mesozooplankton communities. Co-authored by #AndreasNovotny @loicjacquemot.bsky.social #BrianHunt @ubcpelagic.bsky.social academic.oup.com/icesjms/arti...

DNA metabarcoding captures temporal and vertical dynamics of mesozooplankton communities

Abstract. In this study, we evaluated how well DNA metabarcoding of environmental samples captures changes in marine mesozooplankton community composition

academic.oup.com