Report on further intercalibration analyses in ICES pollution monitoring and baseline studies

Report on further intercalibration analyses in ICES pollution monitoring and baseline studies by A. V. Holden Download PDF EPUB FB2

Abstract. The reference materials used in these exercises were prepared from fish and shellfish tissue and distributed in the main to laboratories within the ICES framework which were participating in the ICES fish and shellfish pollution monitoring by: 4. Report on further intercalibration analysis in ICES pollution monitoring and baseline studies.

ICES Coop. Res. Rep.75 pp. Kremling, Cited by:   Report on further intercalibration analysis in ICES pollution monitoring and baseline studies. International Council for the Exploration of the Sea, Co-operative Research Report No, Trace metals in the common porpoise, Phocoena phoccena McKie, J.

C., Topping, G. & Davies, I. ().Cited by: Holden AV, Topping G () Report on further intercalibration analyses in ICES pollution monitoring and baseline studies. ICES Coop Research Report No Google ScholarCited by: 3.

Further discussion of these requests was deferred to the subsequent relevant agenda items. GIPME Dr. Portmann reported on the results of the third meeting the GIPME Task Team on Marine Pollution Monitoring and Baseline Studies, held in Bergen April Among other activities, the Task.

HMSO (). General Principles of Sampling and Accuracy of Results, Methods" for the Examination of Waters and Associated Materials. HMSO, London. Holden, A. & Topping, G. Report on further intercalibration analyses in ICES pollution monitoring and baseline studies. ICES Cooperative Research Report No.

Report on further intercalibration analysis in ICES pollution monitoring and baseline studies. Int. Counc. Explor. Sea, Cooperative Res. Rep., No.75 pp. INTERNATIONAL DECADE OF OCEAN EXPLORATION (IDOE), Baseline studies of pollutants in the marine environment and research recommendations.

Working Group on Marine Pollution Baseline und Monitoring St~dies in theNorth Atlantic was opened by its Chairman, Dr. Schmidt, at h. on 10 May He welcomed the participants to the meeting, especially tho new members of the Sub-Group, Drs.

Windcm and Thib~ldfrom the United States and France, respectively. Levels of PCBs, HCB and Hg were determined in the muscle tissue of flounder (Platichthys flesus L.), sampled at two sites of the highly industrialized Elbe estuary which is characterized by a decreasing gradient of contaminant levels in water and sediments towards the mouth of the river.

The contaminant levels were compared to those found in muscle tissue of flounders caught in an unpolluted. Report on further intercalibration analysis in ICES pollution monitoring and baseline studies. — Coop. Res.

Rep, 1– Google Scholar; ICES, Report of the ICES advisory committee on marine pollution, — Coop. Res. Rep, 22– Google Scholar; ICES, The ICES coordinated monitoring programme for contaminants in fish. Further studies have supported the role of air pollution for health effects and when the GP was finally revised inhealth effects dominated as a policy driver for the establishment of national emission ceilings, and for the first time particulate matter was included in an international protocol (Reis et al.

Still, the variations in the analyses are being investigated via further intercalibration studies. TABLE 4. Intercalibration analyses of Bodega Head Mussels (Mytilus californianus) for Halogenated Hydrocarbon concentrations by the Bodega Marine Laboratory (BML) and the Woods Hole Océanographie Institution (WHOI).

(c) to report on progress made in studies of sediments and pollution, by providing information on the progress of various pilot surveys, the outcome of relevant intercalibration exercises in which ICES is involved and to advise on the detailed methods of sampling and analysis which.

Reutergardh, L. and Litzen, K.:'Report on an Intercomparison Study of the Determination of Polychlorinated Biphenyls (PCB) Isomerids in Baltic Herring Oil', ICES Marine Chemistry Working Group. Holden, A. and G. Topping: Report on further intercalibration analyses in ICES monitoring and baseline studies.

Co-op Res. Rep. int. Counc. Explor. Sea. 2nd REPORT OF THE WORKING GROUP ON POLLUTION BASELINE AND MONITORING STUDIES IN THE OSLO COMMISSION AND ICNAF ARmAS Charlottenlund, May ANNEXES 5a, 5b, 6 and 7 to Doc. C.M/E:4 These Annexes give full details of an intercalibration study, a fish baseline study and sea water analysis.

Marine Sediments for Pollution Monitoring, which is to be held in Dalian, People's Republic of China in September The Workshop will be attended by ca. 30 participants, 15 each for trace metals and organic contaminants and will involve intercalibration and.

Trend monitoring Statistical analysis of factors affecting the concentrations of cadmium, copper and zinc in three species of fish.

statistics Report on intercalibration analyses in ICES. Clean-up for further analysis investigations and general pollution studies. The. laboratories engaged in marine monitoring studies (Law. et al., ). Learn how emissions reductions, advancements in fuels and fuel economy, and working with industry to find solutions to air pollution problems benefit human and environmental health, create consumer savings and are cost effective.

() report on approaches to marine pollution assessment and provide practical examples of applying the PRIMER (‘Plymouth Routines in Multivariate Ecological Research’) package for univariate, graphical, and multivariate data analyses (see Clarke and Gorley, for further details). Kramer et al. () have produced a manual for the.Baseline monitoring Baseline monitoring is undertaken prior to dredging activities to define the existing or ambient environmental conditions and thereby assist with the designing and planning of the dredging.

It establishes the starting point from where environmental change can be monitored. Further, the baseline monitoring supports and.Further details for each of these water bodies are available in Chapters 6, 7, 8 and 9. Figure Water residence time in inland freshwater bodies (After Meybeck et al., ) It cannot be over-emphasised that thorough knowledge of the hydrodynamic properties of a water body must be acquired before an effective water quality monitoring system.