Copepods are excellent bioindicators of climate change and ecosystem pollution in
anthropized coastal waters. This work reviewed the results of previous studies examining …

An updated inventory of alien marine fauna in coastal and offshore Tunisian waters is
presented. Records were compiled from scientific and 'grey'publications, presentations at …

The growing concern of microplastic (MP) accumulation in oceans presents a threat to
marine life and ecosystems. The present study investigates the presence of MPs in Tunisia's …

Non-indigenous species (NIS) in the Arctic have an increased likelihood of arrival from ship
traffic in the region, while the survival potential of the species becomes more likely in a …

Hyrographic and trophic gradient along Izmir Bay used to assess their effects on the
copepod composition and diversity. Trophic state of the bay varied from oligotrophic in the …

The biological marine system in the Mediterranean Sea off Alexandria, Egypt, was
investigated to recognise its biodiversity and the relations among “ichthyofauna …

Lagoons and coastal marine zones are very productive and useful ecosystems, but they are
threatened by the effects of global change and anthropogenic pressures. These effects have …

In connection with the Taparura Project, studies of spatial distribution of the crustacean
zooplankton community, nutrients, phytoplankton and ciliates were conducted in July 2007 …

The study of copepod assemblages indicated the presence of 22 species and 12 families in
the southern coast of Sfax, 20 species and 13 families in the northern coast and 14 species …

Zooplankton samples were collected in Annaba Bay (Algeria) from January 2009-March
2011 at three coastal sites differently affected by estuarine plumes and external currents …