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The understanding of marine eutrophication in semi enclosed areas due to agricultural&#x0D;runoff, assumes a more integrated approach taking into account the agricultural&#x0D;watershed, seasonal patterns of soil nutrients, rates of erosion and vegetation types. In&#x0D;the present case study in the Gulf of Geras, Lesvos, Greece, the transport of dissolved&#x0D;and solid phase nutrients of terrestrial origin to the marine environment was studied in&#x0D;detail using mathematical modelling. Fifteen criteria describing environmental and socioeconomic&#x0D;aspects were analysed using multi criteria choice methods and a number of&#x0D;scenarios were evaluated. Parallel to that an eutrophication model was used to describe&#x0D;the problem of eutrophication in the marine environment and also to assess the&#x0D;environmental impact from the proposed scenarios. The emphasis was placed in the&#x0D;interconnection between Mediterranean type ecosystem and marine coastal&#x0D;eutrophication. The results showed that the coupling of multi criteria analysis together&#x0D;with simulation modelling, provide a powerful tool for integrated coastal management&#x0D;practices and assessing eutrophic trends in semi enclosed areas.

Understanding marine eutrophication from agricultural runoff in semi enclosed areas: a short review in the Gulf of Geras, Greece