Oxygen limitation is considered a key mechanism of #ThermalTolerance. @dianasmadeira.bsky.social explores how a @plosbiology.org study challenges this idea, showing minimal protective effects of O2 supersaturation in heat-stressed #aquatic #ectotherms 🧪 Paper: plos.io/43hzMQa Primer: plos.io/3XeUtbS
Guidelines for ensuring meaningful engagement of early career researchers in scientific collaborations: recommendations from and for marine and polar scientists 🌊
Many thanks to @laurakaikkonen.bsky.social and team for your efforts! 👥
academic.oup.com/icesjms/arti... @uaveiro.bsky.social #marine
Oxygen limitation is considered a key mechanism of #ThermalTolerance. @dianasmadeira.bsky.social explores how a @plosbiology.org study challenges this idea, showing minimal protective effects of O2 supersaturation in heat-stressed #aquatic #ectotherms 🧪 Paper: plos.io/43hzMQa Primer: plos.io/3XeUtbS
🌡️ How do males & females respond to ocean warming? 🌡️
In a keystone amphipod, females show higher thermal tolerance, while males exhibited reduced plasticity under heat stress.🦐 Warming may skew sex ratios, threatening population stability.⚠️ 🌊
🔗 doi.org/10.1111/gcb....
@globalchangebio.bsky.social
📣 OYSTER EuroMarine – Call for New Members 📣
⌛ Call is open! Deadline: 19 December 2025 ⌛
More information here: euromarinenetwork.eu/news/oyster-...
@euromarine.bsky.social
#EuroMarine
#OYSTER
#EarlyCareerResearchers
#MarineScience
#ECRNetwork
#OceanCommunity
New paper!
We show that in situ responses of the common goby to #seasonal change vary even across small-scale #latitudinal gradients. Southern #populations exhibit higher vulnerability than their northern counterparts, a pattern driven by reduced metabolic plasticity and increased #cellular damage.
