Melissa Ramsay

@melissa-e-ramsay.bsky.social

PhD researcher at St Andrews' Centre for Biological Diversity and the Scottish Oceans Institute. Sensory ecology - animal (multi)sensory processing - intertidal scavengers. 🦀🌊🐟🫧 EastBio EDI/Student Rep (she/her)🌈🍉🌱

🎉 Thing we love to see! 60,000 oysters restored to the Firth of Forth, Scotland 🦪 Previously wiped out by overfishing & pollution, it's heartening to see this vital habitat coming back, filtering water & bringing marine life with it 🌊 https://bit.ly/4uTCrvp

60,000 oysters have been dropped into the Firth of Forth in restoration project

Restoration Forth has reintroduced 60,000 European flat oysters to the Firth of Forth, doubling targets to restore lost oyster beds and boost marine…

dunfermlinepress.com

A new Amazon shipping waterway for grain exports may silence the sophisticated communication of the giant river turtle. Scientists warn that industrial noise threatens this likely endangered species’ unique social life and migration patterns. Story by @nandawenzel.bsky.social for #Mongabay.

Amazon waterway noise threatens unique social life of giant river turtles

Hatchlings talk inside their shells to time their birth, but the roar of massive barges may soon drown out their sound.

mongabay.cc

First fish sounds recorded in the Southern Ocean by FishSounds friend, Fannie Shabangu, et al.! doi.org/10.1002/rse2... Since our first review didn't identify any soniferous fishes from the Antarctic, we are so happy that folks are exploring this great unknown in fish #bioacoustics!

Rhyming in the cold: first evidence of soniferous fishes in the Southern Ocean

The acoustic ecology of Southern Ocean fishes remains unknown due to a lack of dedicated acoustic research on the fishes of this ocean. Passive acoustic monitoring data were collected at the South Af....

doi.org

How do fish localize sound without interaural cues? @johve.bsky.social et al. found a behavioral algorithm for directional hearing that predicts behavior from a pressure/motion phase comparison and accounts for how this relationship varies with distance. www.cell.com/current-biol...

An algorithm underlying directional hearing in fish

Veith et al. show how a fish—Danionella cerebrum—can reliably startle away from sound. It uses the relative phase between particle motion and pressure to infer the direction of sound. This sensorimoto...

cell.com