Using a 2010 review of non-indigenous species (NIS) reported in the Mediterranean Sea as
a baseline, this study undertakes a paramount revision of the non-indigenous species list in …

Plastic debris provides long-lasting substrates for benthic organisms, thus acting as a
potential vector for their dispersion. Its interaction with these colonizers is, however, still …

With over a thousand of introduced species, the Mediterranean is the most heavily invaded
marine region in the world. Yet, the spatio‐temporal dynamics of this bioinvasion has never …

This Collective Article includes records of 29 alien and cryptogenic species in the
Mediterranean Sea, belonging to eight Phyla (Rhodophyta, Ochrophyta, Cnidaria, Annelida …

this collective article reports 17 introduced species and 22 new locations for these species in
the mediterranean sea. the reports are from three different marine strategy framework …

Ascidians are the largest and most diverse class of the subphylum Tunicata, and are
important components of marine benthic communities. They are also renowned worldwide …

The Mediterranean Sea is a renowned biodiversity hotspot influenced by multiple interacting
ecological and human forces. A gap analysis on the biology of Mediterranean marine fishes …

The Turkish marine fish diversity was revised and updated in this study based on data
published in the last decade. There arecurrently 552 species in the inventory, reflecting an …

In this work, combined efforts by Greek and Turkish scientists produced an updated
validated NIS inventory of the Aegean ecoregion, covering 120 years of records up to …

This document reviews and compiles the scientific information available on the new and non
indigenous fish and decapod crustaceans species in the Adriatic Sea, central Mediterranean …