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Oil pollution monitoring

Environmental Business Journal Global Environmental Change Report Golob s Oil Pollution Bulletin Greenhouse Effect Report Ground Water Monitor Industrial Environment Industrial Health Ha2ards Update (IH HU)... [Pg.129]

Levy, E. M. Ehrhardt, M. Kohnke, D. Sobtchenko, E. Suzuoki, T. Tokuhiro, A. Oil Pollution, Results of MAPMOPP, The IGOSS Pilot Project On Marine Pollution (Petroleum) Monitoring Intergovernmental Oceanographic Commission, Paris. 1981 35 pp. Levy, E.M. Ambio 1984, 13, 226-235. [Pg.237]

Figure 10. Schematic pattern of oil pollution transport onto river valleys (Solntseva, 1998).1, monitoring points 2-6 oil content, g/kg of soil 2, >15 3, 15-10 4, 10-5 5, 5—1 6, <1. Figure 10. Schematic pattern of oil pollution transport onto river valleys (Solntseva, 1998).1, monitoring points 2-6 oil content, g/kg of soil 2, >15 3, 15-10 4, 10-5 5, 5—1 6, <1.
Bieri R. 1974. Identification of hydrocarbons in and extract from estuarine water accommodated No. 2 fuel oil. International Marine Pollution Monitoring (Petroleum) Symposium Gaithersburg, Md. [Pg.167]

Tuvikene, A., Huuskonen, S., Koponen, K., Ritola, O., Mauer, U. Lindstrom-Seppa, P. 1999. Oil shale processing as a source of aquatic pollution monitoring of the biologic effects in caged and feral freshwater fish. Environmental Health Perspectives, 107, 745-752. [Pg.283]

J.G. Bundy, G.L. Paton, and C.D. Campbell, Combined Microbial Community Level and Single Species Biosensor Responses to Monitor Recovery of Oil Polluted Soil, Soil Biol. Biochem. 36(7), 1149-1159, July (2004). [Pg.762]

Automatic Identification Systems (AIS) were introduced for vessel traffic control and represent a ship-based broadcast system operating in the VHF maritime band. Apart from ship-to-ship and ship-to-shore AIS systems there are airborne AIS transponders that make dynamic vessel information available to airborne surveillance platforms. Examples of information provided by airborne AIS are time, position, heading, course, speed, IMO number, destination, type of cargo and estimated time of arrival. This information is of general interest in airborne maritime surveillance, including search and rescue operation and oil spill monitoring. Especially the GIS integration of AIS information as well as its online visualisation onboard the surveillance aircraft are considered beneficial for oil spill response since it allows the identification of potential polluters. [Pg.268]

Satellite monitoring of accidental and deliberate marine oil pollution... [Pg.273]

In the context of monitoring of marine oil pollution, satellite images are currently used for the following applications ... [Pg.274]

In summary, we recognised a clear need for additional research efforts and the need to involve the regional and national authorities deeply that are competent in the field of monitoring sea-based oil pollution. Concerning the additional research efforts, space-borne sensors will have to secure their role in support to aerial and naval means for the monitoring of sea-based oil pollution by (among others) ... [Pg.286]

Technical support of the European Commission and in particular the Management Committee on Marine Pollution (MCMP), in the field of oil pollution detection and tracking by satellite monitoring ... [Pg.287]

MAR-FISH was used to foUow the degradation of C-labeled o-nitrophenol in a coculture composed of Pseudomonas putida B2 and Sphingomonas sty-gia [159]. The technique allowed the identification of the bacterium involved in degradation of o-nitrophenol. Microautoradiography was also used by Francisco et al. [160] to monitor the microbial activity of Candida albicans and Pseudomonas aeruginosa in an oil-polluted tropical bay on the Atlantic Ocean. [Pg.146]

Farrington JW (1985) Oil pollution a decade of research and monitoring. Oceanus 28 3-12 Farrington JW, Davis AC, Frew NM, Rabin KS (1982) No. 2 fuel oil compounds in Mytilus edulis. [Pg.167]

Air Pollution. Particulates and sulfur dioxide emissions from commercial oil shale operations would require proper control technology. Compliance monitoring carried out at the Unocal Parachute Creek Project for respirable particulates, oxides of nitrogen, and sulfur dioxide from 1986 to 1990 indicate a +99% reduction in sulfur emissions at the retort and shale oil upgrading faciUties. No violations for unauthorized air emissions were issued by the U.S. Environmental Protection Agency during this time (62). [Pg.355]


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See also in sourсe #XX -- [ Pg.3 ]




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