FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W1987649556> ?p ?o ?g. }

• W1987649556 endingPage "234" @default.
• W1987649556 startingPage "225" @default.
• W1987649556 abstract "The Water Framework Directive (WFD) has initiated a shift towards a targeted approach to implementation through its focus on river basin districts as management units and the natural ecological characteristics of waterbodies. Due to its role in eutrophication, phosphorus (P) has received considerable attention, resulting in a significant body of research, which now forms the evidence base for the programme of measures (POMs) adopted in WFD River Basin Management Plans (RBMP). Targeting POMs at critical sources areas (CSAs) of P could significantly improve environmental efficiency and cost effectiveness of proposed mitigation strategies. This paper summarises the progress made towards targeting mitigation measures at CSAs in Irish catchments. A review of current research highlights that knowledge related to P export at field scale is relatively comprehensive however; the availability of site-specific data and tools limits widespread identification of CSA at this scale. Increasing complexity of hydrological processes at larger scales limits accurate identification of CSA at catchment scale. Implementation of a tiered approach, using catchment scale tools in conjunction with field-by-field surveys could decrease uncertainty and provide a more practical and cost effective method of delineating CSA in a range of catchments. Despite scientific and practical uncertainties, development of a tiered CSA-based approach to assist in the development of supplementary measures would provide a means of developing catchment-specific and cost-effective programmes of measures for diffuse P. The paper presents a conceptual framework for such an approach, which would have particular relevance for the development of supplementary measures in High Status Waterbodies (HSW). The cost and resources necessary for implementation are justified based on HSWs’ value as undisturbed reference condition ecosystems." @default.
• W1987649556 created "2016-06-24" @default.
• W1987649556 creator A5035908783 @default.
• W1987649556 creator A5058871643 @default.
• W1987649556 creator A5076266043 @default.
• W1987649556 creator A5076332484 @default.
• W1987649556 date "2012-01-01" @default.
• W1987649556 modified "2023-09-26" @default.
• W1987649556 title "Approaches to the implementation of the Water Framework Directive: Targeting mitigation measures at critical source areas of diffuse phosphorus in Irish catchments" @default.
• W1987649556 cites W1563236612 @default.
• W1987649556 cites W1587405077 @default.
• W1987649556 cites W1601009091 @default.
• W1987649556 cites W1880640180 @default.
• W1987649556 cites W1964771521 @default.
• W1987649556 cites W1966584749 @default.
• W1987649556 cites W1969484820 @default.
• W1987649556 cites W1970250793 @default.
• W1987649556 cites W1975979386 @default.
• W1987649556 cites W1978175498 @default.
• W1987649556 cites W1989739116 @default.
• W1987649556 cites W1995239399 @default.
• W1987649556 cites W1995286239 @default.
• W1987649556 cites W1995419026 @default.
• W1987649556 cites W1995764818 @default.
• W1987649556 cites W1996467760 @default.
• W1987649556 cites W1998102658 @default.
• W1987649556 cites W2001483355 @default.
• W1987649556 cites W2002337671 @default.
• W1987649556 cites W2002349979 @default.
• W1987649556 cites W2003248984 @default.
• W1987649556 cites W2005748826 @default.
• W1987649556 cites W2010567845 @default.
• W1987649556 cites W2013435864 @default.
• W1987649556 cites W2014626411 @default.
• W1987649556 cites W2016224691 @default.
• W1987649556 cites W2017160555 @default.
• W1987649556 cites W2019407560 @default.
• W1987649556 cites W2022464608 @default.
• W1987649556 cites W2024169072 @default.
• W1987649556 cites W2027648011 @default.
• W1987649556 cites W2031459422 @default.
• W1987649556 cites W2031807863 @default.
• W1987649556 cites W2032285553 @default.
• W1987649556 cites W2032752535 @default.
• W1987649556 cites W2035370112 @default.
• W1987649556 cites W2036039348 @default.
• W1987649556 cites W2036597313 @default.
• W1987649556 cites W2045092300 @default.
• W1987649556 cites W2047516436 @default.
• W1987649556 cites W2051036025 @default.
• W1987649556 cites W2056132261 @default.
• W1987649556 cites W2056769563 @default.
• W1987649556 cites W2060697304 @default.
• W1987649556 cites W2060829991 @default.
• W1987649556 cites W2075810917 @default.
• W1987649556 cites W2079263979 @default.
• W1987649556 cites W2080804888 @default.
• W1987649556 cites W2082282224 @default.
• W1987649556 cites W2083671937 @default.
• W1987649556 cites W2084034686 @default.
• W1987649556 cites W2084188698 @default.
• W1987649556 cites W2088466153 @default.
• W1987649556 cites W2092087910 @default.
• W1987649556 cites W2093816951 @default.
• W1987649556 cites W2097643037 @default.
• W1987649556 cites W2101605777 @default.
• W1987649556 cites W2102095222 @default.
• W1987649556 cites W2109234719 @default.
• W1987649556 cites W2110648169 @default.
• W1987649556 cites W2116135733 @default.
• W1987649556 cites W2130985349 @default.
• W1987649556 cites W2131436406 @default.
• W1987649556 cites W2143715858 @default.
• W1987649556 cites W2151178456 @default.
• W1987649556 cites W2154907428 @default.
• W1987649556 cites W2167962045 @default.
• W1987649556 cites W2168705986 @default.
• W1987649556 cites W2460064763 @default.
• W1987649556 cites W2550510547 @default.
• W1987649556 doi "https://doi.org/10.1016/j.jenvman.2011.09.002" @default.
• W1987649556 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/22054589" @default.
• W1987649556 hasPublicationYear "2012" @default.
• W1987649556 type Work @default.
• W1987649556 sameAs 1987649556 @default.
• W1987649556 citedByCount "92" @default.
• W1987649556 countsByYear W19876495562012 @default.
• W1987649556 countsByYear W19876495562013 @default.
• W1987649556 countsByYear W19876495562014 @default.
• W1987649556 countsByYear W19876495562015 @default.
• W1987649556 countsByYear W19876495562016 @default.
• W1987649556 countsByYear W19876495562017 @default.
• W1987649556 countsByYear W19876495562018 @default.
• W1987649556 countsByYear W19876495562019 @default.
• W1987649556 countsByYear W19876495562020 @default.
• W1987649556 countsByYear W19876495562021 @default.
• W1987649556 countsByYear W19876495562022 @default.
• W1987649556 countsByYear W19876495562023 @default.
• W1987649556 crossrefType "journal-article" @default.

• next