📢 Excited to share our new study on differences in structuring tropical and temperate biodiversity in riparian forests. Brilliantly led by @LNMNash, with @gqromero, @vs_saito, @Tim36Chambers & Fatima, just published in Proceedings B: https://t.co/duFxQvzVKC
🌊Seagrasses around Itamaracá Island (Brazil) declined ~80% since 1990. New paper combines satellite data, historical maps, and local knowledge to uncover the complex drivers behind coastal ecosystem loss
@magalhaeskm@Emma_A_Deeks@KratinaLab
📖 https://t.co/Dpl4NqPaAn
We are hiring! One postdoc and two PhD positions to study (i) species invasions along environmental gradients and (ii) zooplankton-cyanobacteria interactions. See https://t.co/WnjFNUTFRz for details. Application deadlines: 31 Jan 2026 for postdoc, 15 Jan 2026 for PhDs. Please RT!
Flying changes how metabolism scales with body mass –> NEW META-ANALYSIS of insects and spiders in @Ecology_Letters with @GjoniSavina, H. Tan, A. Hirst and D. Atkinson https://t.co/jhKjDK4LrR
If you, like us, are in awe of #riverflies, check out the Riverfly Partnership 2026 Calendar! Each month is a celebration of the #freshwater species and habitats all the amazing riverfly #volunteers work to protect. 💙
Get your mandibles on a copy today!
https://t.co/a0xKuPosmw
Applications for PhD Studentships with @NERC_TREES_DLA now open for 2026 intake.
@KratinaLab and I offer a PhD project on trophic ecology of invasive mosquitofish in Italy, France and Spain (https://t.co/wXYldwyvY6). Please get in touch if you are interested.
My PhD journey comes full circle! 🌎
Our paper on the link between morphology and trophic niche complexity in subtropical tetra fishes is now published in Hydrobiologia!
🐟 A special one — the final chapter of my thesis.
#FishEcology#Ecomorphology#teamfish
Kickstarting our project funded by @BritishEcolSoc to analyze how drought influences fish trophic interactions in intermittent rivers of Northeastern Brazil
Recently published in Biological Reviews👇
What is the role of phenotypic plasticity as an adaptive response to climate change? Mechanisms from subcellular to community and ecosystem levels; with Angelika Stollewerk, @davidb_cz, Arnaud Sentis and others: https://t.co/4PoKvUVYgK
Hola bichodatero, si la ninfa cayó de un árbol entonces debe tratarse de alguna especie de la comunidad phytotelmata: los bichos que viven en agua que se acumula en bromelias y agujeros de árboles. Entonces, sí, es Pseudostigmatidae, quizá Mecistogaster 📸: Jan Stria (Instagram).
Our paper on using #eDNA from rainwater to study hidden biodiversity in #tropical#forest#canopies is now out in @ScienceAdvances! This method is a major step forward for the study and #conservation of this inaccessible compartiment. https://t.co/WyvLXnJp6d
Photo: J. Raynaud
Postdoc opportunity in Quantitative Ecology at CBioClima (UNESP, Brazil)! 3-year position to explore biodiversity, climate change & human well-being. Strong background in modeling & data science welcome. Info 👉 https://t.co/Lb3wBwHQVa #Ecology@AgenciaFAPESP@BiotaFAPESP
🎉 Just received my first research grant as PI of @IchthyoLab @UFPR — huge thanks to the BES (@BritishEcolSoc) for supporting our work! Excited to start this journey leading ecological research with an amazing team. 🐟🔬🌿
Novo estudo!
As pressões humanas estão favorecendo invasoras e reduzindo o valor da pesca em mais de 50%.
Um estudo de 21 anos liderado por Dieison Moi mostra como as invasões remodelam ecossistemas e ameaçam serviços ecossistêmicos.
https://t.co/6dLIhFPXyc
@AgenciaFAPESP
New study out!
Human pressures are boosting invaders, cutting fishery value by over 50%.
A 21-year study led by Dieison Moi shows how invasions reshape ecosystems and threaten vital services.
https://t.co/6dLIhFQvnK
#Ecology#EcosystemServices@AgenciaFAPESP
New study - Integrative use of DNA barcode and morphology reveal high level of diversity in the ornamental fish on the lower Amazon basin.
🔓 https://t.co/vUP6eDEzhl
With land-use intensification, the proportion of non-native fish in floodplains increases while large native ones decrease, resulting in a strong loss of fishery potential.
A new study on pre-print led by Dieison Moi with a great team!
https://t.co/YaMjq3Iq3Z
Climate change reshuffles species like a deck of cards: A new study published in @Nature found that species composition changed faster where temperatures – warming or cooling – changed faster. Several iDiv researchers involved @Jon_Chase03@BGauzens@b_rosen_baum @EcoNetLab Read press release: https://t.co/57458skzWk @UCSCscience@UniHalle@UniJena