The Mediterranean Sea has one of the highest concentrations of marine plastic debris. As it is a semi-closed sea, dispersion of plastics is limited due to water circulation and tidal flow. Through mechanical degradation of wave action and abrasion by sand, this plastic debris is broken down in to microplastics (<5mm). Additional processes that enhance
With the worldwide increase in the production of plastics over the last century, in combination with the overall lack of plastic waste management, the impact of plastics on marine environments has become a critical concern. Microplastics develop from the degradation of larger plastics, such as plastic bottles, bags, and many other improperly discarded objects, that

Microplastics, July 2017

Evaluation of Macroplastic Debris on 2 Beaches of Samos Island The macro-plastic project primarily focuses on measuring the influx of waste items into the Aegean Sea onto specified beaches at the main Archipelagos Base. It is a renowned fact that human activity has had, an is continuing to have, a significant impact on the health
Comparison of Microplastics Found Within the Gastrointestinal Tract of Caretta caretta Megan J. Kelly, University of Salford Lauren .J. Kageler, Dickinson College   The pollutions of the oceans is a rising concern of environmentalists and researchers worldwide. Plastic production and its usage in several fields, from food packaging over water bottling to clothing, increased in

Microplastics Team, December 2016

Analysis of the content of the gastrointestinal tract of a Loggerhead turtle (Caretta caretta) in the search for micro-plastics. At the beginning of November, a sea turtle stranding (Caretta caretta) on Psili Ammos beach allowed the start of a new study: micro-plastic research in stomach and intestinal contents. The sea turtle was necropsied and the

Microplastics Team, November 2016

Studying Surface Water for Plankton & Microplastics In this project we collect sea surface water in the eastern Aegean Sea to find trends between the amount of plankton and microplastics and establish if a correlation exists. We hypothesise that greater quantities of plastics leads to fewer plankton in the neustonic layer leading to a greater