Search results for "epifauna"

showing 3 items of 3 documents

The invasive seaweed Asparagopsis taxiformis erodes the habitat structure and biodiversity of native algal forests in the Mediterranean Sea

2021

Abstract Invasive seaweeds are listed among the most relevant threats to marine ecosystems worldwide. Biodiversity hotspots, such as the Mediterranean Sea, are facing multiple invasions and are expected to be severely affected by the introduction of new non-native seaweeds in the near future. In this study, we evaluated the consequences of the shift from the native Ericaria brachycarpa to the invasive Asparagopsis taxiformis habitat on the shallow rocky shores of Favignana Island (Egadi Islands, MPA, Sicily, Italy). We compared algal biomass and species composition and structure of the associated epifaunal assemblages in homogenous and mixed stands of E. brachycarpa and A. taxiformis. The r…

Marine protected areaBiodiversityAquatic ScienceOceanographyRocky shoreEpifauna diversityCystoseira sensu latoMediterranean SeaMarine ecosystemHabitat shiftSicilyEcosystemAlgaBiomass (ecology)biologyPrimary producersEcologyEricaria brachycarpaBiodiversityGeneral MedicineEutrophicationSeaweedbiology.organism_classificationPollutionRocky shoreGeographyHabitatAsparagopsis taxiformisSpecies richness
researchProduct

Studio della comunità associata allo strato fogliare di Posidonia oceanica in sorgenti sottomarine superficiali di CO2

2011

Settore BIO/07 - Ecologiaepifauna seagrass CO2 vents pH
researchProduct

Effects of structural complexity on epifaunal assemblages associated with two intertidal Mediterranean seaweeds

2023

Brown foundation seaweeds are key elements increasing substrate heterogeneity and shaping the biodiversity in rocky coastal ecosystems. They are, however, vulnerable species that are declining due to multiple anthropogenic and climate change stressors, leading to a shift to less structural complex habitats. We investigate the role of structural attributes of two intertidal macroalgae, Ericaria amentacea and Laurencia obtusa, in shaping the abundance and diversity of their associated epifaunal assemblages. For this aim, we measured seaweeds’ biomass, thallus volume and length (used here as proxy of substrate complexity), and explored which seaweeds’ substrate attribute explained better varia…

Settore BIO/07 - EcologiaepifaunaFoundation speciesLaurencia obtusaarthropodaSettore BIO/02 - Botanica Sistematicastructural complexityMediterranean SeaSettore BIO/05 - ZoologiaPlant ScienceEricaria amentaceamolluscaEcology Evolution Behavior and SystematicsPlant Biosystems - An International Journal Dealing with all Aspects of Plant Biology
researchProduct