SMRU Ecophysiology Lab

@smruecophys.bsky.social

Research group at the Sea Mammal Research Unit, University of St Andrews, studying the ecology and physiology of diving animals. Lead by Dr. Chris McKnight and Dr. Jo Kershaw.

Our new publication with @strandings.bsky.social & #SMRUsealpred contributors. A first attempt at quantifying grey seal predation of marine mammals and the potential impact on declining harbour seal populatons. Check it out! doi.org/10.1111/1365...

Intraguild predation in sympatric seals and the effect on a declining population

This study examined the prevalence, spatial extent, and temporal trends of grey seal intraguild predation (IGP). We demonstrated the utility of integrating disparate datasets to address conservation ...

doi.org

SMRU@seamammalresearch.bsky.social · 10mo ago

New study led by SMRU's @izzylangley.bsky.social in collaboration with @strandings.bsky.social: evidence for grey seal predation of grey seals, harbour seals and harbour porpoises across Scotland, at levels that could prevent recovery of depleted populations. tinyurl.com/4r3wka6a

🎉 Exciting to see this paper published using @smruinstrument.bsky.social tags to study diving behaviour and physiology of free divers! Congrats to the authors! 👏🔬📡 @smruecophys.bsky.social @chrismcknight.bsky.social Read the paper here: www.cell.com/current-biol...

SMRU Ecophysiology Lab@smruecophys.bsky.social · 12mo ago

New @seamammalresearch.bsky.social & @smruinstrument.bsky.social research out today in @currentbiology.bsky.social, using #NIRS integrated into SMRU phone tags to measure the diving behaviour and physiology of the most incredible human divers - the all-female Haenyeo www.cell.com/current-biol...

Great new paper from one of our alumni Joanne Morten and Exeter Marine's Dr Lucy Hawkes! #seabirds #AcademicSky 🦤🦑🧪🌐🌍

BirdLife Marine@birdlifemarine.bsky.social · last yr.

🚨NEW OPEN ACCESS PAPER🚨details how we delineated six #MarineFlyways using #seabird #tracking data & novel analytical methods ➡️ doi.org/10.1111/geb.70004 🧪 #ornithology #migration #BLScience @birdlifeglobal.bsky.social We are grateful to GOBI @iki-germany.bsky.social for funding the project 🧵1/5

Infographic map showing the six marine flyways (Atlantic Ocean Flyway, North Indian Ocean Flyway, East Indian Ocean Flyway, West Pacific Ocean Flyway, Pacific Ocean Flyway, Southern Ocean Flyway) in a spilhaus projection, and the general direction of travel by migratory seabirds

New blog post: Seals avoid an operating tidal turbine 🦭 Important implications for developers & regulators, as lower numbers of seals close to the turbine at higher flow speeds during operation decreases the potential for fatal collisions & injuries 📉🌎🧪 🔗 appliedecologistsblog.com/2025/02/06/s...

Seals avoid an operating tidal turbine

Authors of a recently published study discuss how their research discovered that seals exhibit avoidance of turbines during operation. This finding is important for industry developers and regulato…

appliedecologistsblog.com

How do you spot a leopard? Listen to its roar🐆 Research led by ‪@jonathan-growcott.bsky.social shows for the first time that leopards have unique roars, meaning individuals can be identified through bioacoustic monitoring, a potentially significant advance in leopard conservation.

Leopards reveal their identity through a distinct roar

Scientists reveal how leopards' unique roars aid conservation in Tanzania, using cutting-edge technology to track and protect these big cats.

earth.com

Do you work in wildlife health & conservation? We are seeking participants for an online survey of practitioner/researcher attitudes to parasite conservation. Open to all roles and experience levels. DM me for more info and links. Please help us reach as many folk as possible by reposting. 🧪🌍🪱🪰🦟

A pile of lurid yellow semi-liquid feces from a grey seal (Halichoerus grypus) sits on a wet black rock. The feces are full of white parasitic worms (helminths, probably anisakids). 🪱

Among the most agile of flying creatures, dragonflies have evolved to perform quick aerial maneuvers both to attract mates and to catch prey midair. Now, researchers have documented and explained a unique stunt the insects perform so quickly most people never see it. scim.ag/40mKKBI