Our study investigated the functional diversity of coastal fish communities across habitats in the Mediterranean Sea. It demonstrates that sandy habitats contribute disproportionately to functional beta diversity in Mediterranean infralittoral ecosystems authors.elsevier.com/sd/article/S...
A main goal of CAMBioMed is to standarise monitoring of infralittoral rocky reefs across the Mediterranean Sea. In this video, Prof. Hugh Possingham explains why this is important for any ecosystem.
Take a look at our latest blog article on 'The ecological value of the Tajo River basin'. Born in the Sierra de Albarracín (Teruel, Spain), the Tajo flows westwards meeting the Atlantic in the Portuguese capital of Lisboa. #Spain#Portugal#Tajo www.inspire-biodiversa.com/post/the-eco...
Take a look at our first of a new series of blog posts from INSPIRE. This weeks edition comes from the Aegean team on "Cross-Realm Ecological Connections for Spatial Conservation in the Aegean Sea".
Researchers from #StazioneAntonDohrn and the #UniversityofPisa implemented #CAMBioMed 's monitoring protocols for temperate rocky reefs in Tuscany last week. In contrast to the Cyclades Islands (Greece), macroalgal forests were present whereas no alien herbiovores were recorded.
CAMBioMed's sampling campaign in the Aegean Sea has started with pleasant encounters! In CAMBioMed project, we will develop an adaptive monitoring framework together with stakeholders, propose a novel toolkit for efficiently monitoring Mediterranean rocky ecosystems www.biodiversa.eu/2024/04/15/c...
CAMBioMed's sampling campaign in the Aegean Sea has started with pleasant encounters! In CAMBioMed project, we will develop an adaptive monitoring framework together with stakeholders, propose a novel toolkit for efficiently monitoring Mediterranean rocky ecosystems www.biodiversa.eu/2024/04/15/c...
