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A preliminary pressure-impact analysis applied in the Pinios river basin (Thessaly, Central Greece)


ΤίτλοςA preliminary pressure-impact analysis applied in the Pinios river basin (Thessaly, Central Greece)
Publication TypeJournal Article
Year of Publication2009
AuthorsIoannou A, Chatzinikolaou Y, Lazaridou-Dimitriadou M
JournalWater and Environment Journal
Volume23
Pagination200-209
ISBN Number17476585
Λέξεις κλειδιάanthropogenic effect, article, basin management, controlled study, Ecology, Environmental impact, environmental impact assessment, Environmental Monitoring, Eurasia, Europe, Forestry, Greece, human activities, hydrological response, Hydromorphology, IMPRESS analysis, Land use, Law enforcement, methodology, nitrate, nonpoint source pollution, Ocean habitats, phosphorus, Pinios Basin, point source pollution, Pollution, priority journal, Rhodium compounds, Risk analysis, Risk Assessment, risk management, Risk perception, river basin, River basin management, river ecosystem, River habitat survey, River pinios, River pollution, Rivers, Southern Europe, Surveys, Thessaly, waste water, Water analysis, Water conservation, water content, Water Framework Directive, Water management, Water pollution, water quality, water standard, Watersheds
Abstract

Greece has not yet undertaken one of the first and most important tasks required by the Water Framework Directive (WFD: The integrated review of the impact of human activity on the status of surface waters for each river basin -the IMPRESS analysis. Owing to the lack of a national methodology, a preliminary analysis was carried out for the Pinios river basin, applying a combination of different methodologies refined to suit the particularities of the Greek freshwater environment and to accommodate the limited availability of data. Pressures caused by the main pollution sources, point and nonpoint, were quantified in terms of pollution loads with the use of emission factors. The existing limited biological and physicochemical monitoring data were used to assess impacts. Additionally, we identified pressures caused by alterations from land-use data; we carried out a River Habitat Survey (RHS) and estimated the hydromorphological impacts through the calculation of a Habitat Modification Score (HMS). Our results suggest that the probability of the Pinios river basin failing to achieve good ecological quality by 2015 due to pollution is high, and due to hydromorphological pressures is moderate. © 2008 The Author. Journal compilation © 2008 CIWEM.