Behaviour, Ecology & Physiology at Bangor University

@beps-bangor.bsky.social

Updates from the Behaviour, Ecology & Physiology (BEPs) group at Bangor University. https://www.bangor.ac.uk/sens/beps-at-bangor

Submit your abstract for Ento26 and join us in Cardiff for lots of fascinating insect science! Deadline is tomorrow!

Royal Entomological Society@royentsoc.bsky.social · 3mo ago

🚨 Abstract submission for #Ento26 closes this Friday. There’s still time to take part - Talk or a poster, this is your chance to: 🔬 Share your research 🧠 Get feedback from experts 🤝 Build new connections Make sure your work is part of the programme 🔽 buff.ly/oMvnU2G ⏳ Deadline: 12 June

Excited to say my 2nd phd paper has been published! We used natural variation in ecological time series to estimate thresholds --> identify relationships with environmental gradients (eg. depth) --> use threshold distributions to estimate probability of being in good status doi.org/10.1111/1365...

Jan Geert Hiddink@jangeerthiddink.bsky.social · 4mo ago

🌊🦞 Better tools for ocean health assessment! 🪱🪸 @lornamckellar.bsky.social's new paper delivers a robust, scalable & pressure-independent way to estimate the probability of good ecosystem status across marine systems. besjournals.onlinelibrary.wiley.com/doi/10.1111/... 🧪

The framework outlined here presents a transparent, robust, scalable and pressure-independent approach to estimate the probability of an ecosystem component being in good status for a range of marine systems. This straightforward and easily understood approach can be used to estimate thresholds for good status where they are missing for ecological condition assessments under legislation (e.g. Good Environmental Status under the MSFD) and make progress towards achieving international biodiversity objectives. In practical terms, this enables managers to take defensible decisions on whether action is needed to manage human activities and improve ecosystem health.