Day 1 of the Reimagining Ocean Ecology Workshop in Venice MEG Verbania

Vida acuática microscópica (estigobiota) de las cuevas anquialinas (aguas salobres) de la Isla de San Andrés: zooplancton (copépodos), tecamebas, foraminiferos y algas…Primer estudió. Gracias Henry William Gallo Martinez por la identificación.Instituto Humboldt CORALINA

Please join us in congratulating our inaugural group of WAC Student Research Grant Award Winners! Winners and their projects are described below 🧵

We are hiring!!📣 Tenemos un contrato de investigador@ postdoctoral de un año para trabajar en el proyecto de investigación CUMBRE_EXTINCT, en el que compararemos la composición de artrópodos del P.N. Teide actual, con un muestreo realizado hace 25 años, (1/2)

‼️ Nuestro grupo en el @IPNA_CSIC ofrece 2 becas @JAEIntro_CSIC🧑‍🎓 🌳Ecología evolutiva de la biodiversidad de los suelos forestales. IP: C. Andújar 🪴Evaluación y monitoreo de la introducción de fauna invertebrada en los suelos de las Islas Canarias. IP: Paula Arribas Más info⬇️

Do you believe in hopeful monsters? Our recent study within our European Research Council (ERC) project SEA2LAND takes a deep dive into the origins of clitellate annelids by a punctual genomic catastrophe via chromosome shattering and rebirth biorxiv.org/content/10.110…

Another great day working on the conservation of Munidopsis polymorpha and Morlockia ondinae

Keep the date! How Genomics Unravels Pollution & Antibiotic Resistance. Andrea Di Cesare from MEG Verbania will summarise recent research from him and the team! linkedin.com/events/crackin…

The Canary Islands’ first settlers were Berber people. Bayesian models based on reliable radiocarbon dates clarify the timeline of their colonization—and suggest that Canarians arrived independently, rather than being transported by Romans. In PNAS: ow.ly/8WQO50SuRxT

Preprint out 🕷️📢! "Tempo and mode of diversification of the red devil spiders (Araneae: Dysderidae) of the Canary Islands" is now accessible at doi.org/10.1101/2024.0…. Together with Laura Pollock, Antigoni Kaliontzopoulou and Miquel Arnedo. Dysdera photo credit: Marc Domènech

New preprint: We study the environmental, spatial, and biotic drivers of #meiofauna metacommunities in sandy beaches using #metabarcoding, Generalised Dissimilarity Modelling (GDM) and Joint Species Distribution Modelling (JSDM): biorxiv.org/content/10.110… #ecology The main... (1/3)

Amazing oportunity

Understanding the anchialine environment in Lanzarote is crucial for the conservation of its endemic fauna MEG Verbania Marta García-Cobo

Just published: Our study reveals how groundwater species, with their low metabolism, are highly vulnerable to climate change. Funded by ⁦DarCo⁩ subtbiol.pensoft.net/articles.php?i…

Back in the field MEG Verbania Marta García-Cobo

Have a look to the #ERGABlog to know more about this project that aims to sequence a reference #genome for effective #Biodiversity monitoring and conservation 🕷️Molecular Evolutionary Genetics (UB) Biodiversity Genomics Europe (BGE)

Verifying myself: I am amartinezull on Keybase.io. 491aZ572m6uIZbIKyf1WxmErBSn05UtoObG- / keybase.io/amartinezull/s…

The conservation of subterranean biodiversity and Biodiversa+ (European Biodiversity Partnership) project DarCo are in the spotlight thanks to this article in Open Access Gov by Stefano Mammola: shorturl.at/M0bzd

Los ambientes anquialinos son ecosistemas en masas de agua, generalmente subterráneas, de origen marino que penetran tierra adentro y quedan parcialmente aislados del mar. #DMH2025 #HumedalesCOP15 #HumedalesParaNuestroFuturoComún #BiodiversidadCanaria #SomosBiodiversidadCanaria

Ayúdanos a conocer tu opinión sobre las ecosistemas anquialinos de Lanzarote a través de este formulario: forms.gle/qa9kWjtCM1kAbT… Agradecemos la máxima difusión! Nos gustaría llegar a cuantas más personas mejor MEG Verbania DarCo