Jacob Bowman

(PDF) The Freshwater Sounds Archive PDF | Freshwater ecosystems are full of underwater sounds produced by amphibians, aquatic arthropods, reptiles, plants, fishes, and methane bubbles... | Find, read and cite all the research you need o...

Pre-print out today: The Freshwater Sounds Archive! The world's first species-specific sound library for underwater freshwater species' sounds.

- 61 entries
- 35 contributors
- 16 countries
- 19 orders

www.researchgate.net/publication/...

Do you have some recordings / want to be a part of the study?

Follow the instructions via @fishsounds.bsky.social (see below), submit your recordings, and become a co-author on the final mauscript.

fishsounds.net/freshwater.js

Home is where the heat is (for brook trout that is)

Intrigued? Then check out this latest #ConPhys in Action piece, explaining the importance of local conditions to 🐟 temperature tolerance, and therefore for #Conservation planning.

Comments on Stewart et al (links in 🧵⬇️ )

It was a pleasure to be Erin's research assistant on this project in 2021! Here are some of the amazing and variable streams we visited during our fieldwork.

Species’ adaptability to climate change will depend on individual and population-level responses to heat stress. This study quantified thermal tolerance of wild trout populations and identified factors affecting interpopulation variation

🐟 Read here: https://buff.ly/3PqIVON

Local conditions drive interpopulation variation in field-based critical thermal maximum of brook trout Abstract. Individual- and population-level responses to thermal change will be pivotal for species’ resilience and adaptive responses to climate change. Th

📣 Just published in @conphysjournal.bsky.social with @jacobbowman.bsky.social, Chris Wilson, and Graham Raby

How much does upper thermal tolerance vary among wild populations of brook trout? What drives this variation? 🌡️

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doi.org/10.1093/conp...