Comparison of Ecological Impacts of Postulated Oil Spills at Selected Alaskan Locations. Volume II-Results.

A ranking of potential environmental impact for spills of crude oil, diesel-2, bunker C, and gasoline in amounts ranging from 100 to 50,000 barrels was made for specific sites at Yakutat Bay, Valdez Harbor, Valdez Narrows, Drift River Channel, Port Graham, Kamishak Bay, Unimak Pass, Port Moller, Kvi...

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Main Authors: Isakson,J. S., Storie,J. M., Vagners,J., Erickson,G. A., Kruger,J. F.
Other Authors: MATHEMATICAL SCIENCES NORTHWEST INC BELLEVUE WASH
Format: Text
Language:English
Published: 1975
Subjects:
Ice
Online Access:http://www.dtic.mil/docs/citations/ADA017601
http://oai.dtic.mil/oai/oai?&verb=getRecord&metadataPrefix=html&identifier=ADA017601
id ftdtic:ADA017601
record_format openpolar
spelling ftdtic:ADA017601 2023-05-15T17:24:01+02:00 Comparison of Ecological Impacts of Postulated Oil Spills at Selected Alaskan Locations. Volume II-Results. Isakson,J. S. Storie,J. M. Vagners,J. Erickson,G. A. Kruger,J. F. MATHEMATICAL SCIENCES NORTHWEST INC BELLEVUE WASH 1975-06 text/html http://www.dtic.mil/docs/citations/ADA017601 http://oai.dtic.mil/oai/oai?&verb=getRecord&metadataPrefix=html&identifier=ADA017601 en eng http://www.dtic.mil/docs/citations/ADA017601 Availability: Available in microfiche only. DTIC AND NTIS Civil Engineering *Oil spills *Ecology *Alaska Oil pollution Sites Invertebrates Plankton Fresh water Mixing Fishes Aquatic plants Petroleum products Climate Gasoline Sea ice Ice Removal Seasonal variations Ocean currents Wind Toxicity Marine biology Ratings Computerized simulation Mathematical models Habitability Rivers Harbors Marine terminals *Environmental impacts Evaluation *Water pollution effects(Animals) *Water pollution effects(Plants) Crude oil Text 1975 ftdtic 2016-02-19T07:26:33Z A ranking of potential environmental impact for spills of crude oil, diesel-2, bunker C, and gasoline in amounts ranging from 100 to 50,000 barrels was made for specific sites at Yakutat Bay, Valdez Harbor, Valdez Narrows, Drift River Channel, Port Graham, Kamishak Bay, Unimak Pass, Port Moller, Kvichak Bay, St. Matthew Island, Offshore Prudhoe, Onshore Prudhoe, Nome, Cape Blossom Channel, Colville River, Yukon River, and Denali Fault. Spills were assumed to disperse from inertial, viscous, surface tension, wind and current forces. Most probable wind and current conditions were utilized. Sites were characterized in terms of eight species habitats. Most probable cases were evaluated. A rating system was devised to characterize the impact based upon estimated species abundance, importance of species, and the impact of oil on such species over the short and long term. Impacts were estimated with the use of three-dimensional matrices. The highest impact ratings were obtained for spills at Port Graham, Valdez Narrows, Unimak Pass, and the Yukon River Crossing, assuming no spill cleanup. The same five locations dominated the impact ratings were containment/cleanup were assumed to take place. Text Nome Sea ice St Matthew Island Yakutat Yukon river Alaska Yukon Defense Technical Information Center: DTIC Technical Reports database Drift River ENVELOPE(-97.082,-97.082,58.222,58.222) Yukon
institution Open Polar
collection Defense Technical Information Center: DTIC Technical Reports database
op_collection_id ftdtic
language English
topic Civil Engineering
*Oil spills
*Ecology
*Alaska
Oil pollution
Sites
Invertebrates
Plankton
Fresh water
Mixing
Fishes
Aquatic plants
Petroleum products
Climate
Gasoline
Sea ice
Ice
Removal
Seasonal variations
Ocean currents
Wind
Toxicity
Marine biology
Ratings
Computerized simulation
Mathematical models
Habitability
Rivers
Harbors
Marine terminals
*Environmental impacts
Evaluation
*Water pollution effects(Animals)
*Water pollution effects(Plants)
Crude oil
spellingShingle Civil Engineering
*Oil spills
*Ecology
*Alaska
Oil pollution
Sites
Invertebrates
Plankton
Fresh water
Mixing
Fishes
Aquatic plants
Petroleum products
Climate
Gasoline
Sea ice
Ice
Removal
Seasonal variations
Ocean currents
Wind
Toxicity
Marine biology
Ratings
Computerized simulation
Mathematical models
Habitability
Rivers
Harbors
Marine terminals
*Environmental impacts
Evaluation
*Water pollution effects(Animals)
*Water pollution effects(Plants)
Crude oil
Isakson,J. S.
Storie,J. M.
Vagners,J.
Erickson,G. A.
Kruger,J. F.
Comparison of Ecological Impacts of Postulated Oil Spills at Selected Alaskan Locations. Volume II-Results.
topic_facet Civil Engineering
*Oil spills
*Ecology
*Alaska
Oil pollution
Sites
Invertebrates
Plankton
Fresh water
Mixing
Fishes
Aquatic plants
Petroleum products
Climate
Gasoline
Sea ice
Ice
Removal
Seasonal variations
Ocean currents
Wind
Toxicity
Marine biology
Ratings
Computerized simulation
Mathematical models
Habitability
Rivers
Harbors
Marine terminals
*Environmental impacts
Evaluation
*Water pollution effects(Animals)
*Water pollution effects(Plants)
Crude oil
description A ranking of potential environmental impact for spills of crude oil, diesel-2, bunker C, and gasoline in amounts ranging from 100 to 50,000 barrels was made for specific sites at Yakutat Bay, Valdez Harbor, Valdez Narrows, Drift River Channel, Port Graham, Kamishak Bay, Unimak Pass, Port Moller, Kvichak Bay, St. Matthew Island, Offshore Prudhoe, Onshore Prudhoe, Nome, Cape Blossom Channel, Colville River, Yukon River, and Denali Fault. Spills were assumed to disperse from inertial, viscous, surface tension, wind and current forces. Most probable wind and current conditions were utilized. Sites were characterized in terms of eight species habitats. Most probable cases were evaluated. A rating system was devised to characterize the impact based upon estimated species abundance, importance of species, and the impact of oil on such species over the short and long term. Impacts were estimated with the use of three-dimensional matrices. The highest impact ratings were obtained for spills at Port Graham, Valdez Narrows, Unimak Pass, and the Yukon River Crossing, assuming no spill cleanup. The same five locations dominated the impact ratings were containment/cleanup were assumed to take place.
author2 MATHEMATICAL SCIENCES NORTHWEST INC BELLEVUE WASH
format Text
author Isakson,J. S.
Storie,J. M.
Vagners,J.
Erickson,G. A.
Kruger,J. F.
author_facet Isakson,J. S.
Storie,J. M.
Vagners,J.
Erickson,G. A.
Kruger,J. F.
author_sort Isakson,J. S.
title Comparison of Ecological Impacts of Postulated Oil Spills at Selected Alaskan Locations. Volume II-Results.
title_short Comparison of Ecological Impacts of Postulated Oil Spills at Selected Alaskan Locations. Volume II-Results.
title_full Comparison of Ecological Impacts of Postulated Oil Spills at Selected Alaskan Locations. Volume II-Results.
title_fullStr Comparison of Ecological Impacts of Postulated Oil Spills at Selected Alaskan Locations. Volume II-Results.
title_full_unstemmed Comparison of Ecological Impacts of Postulated Oil Spills at Selected Alaskan Locations. Volume II-Results.
title_sort comparison of ecological impacts of postulated oil spills at selected alaskan locations. volume ii-results.
publishDate 1975
url http://www.dtic.mil/docs/citations/ADA017601
http://oai.dtic.mil/oai/oai?&verb=getRecord&metadataPrefix=html&identifier=ADA017601
long_lat ENVELOPE(-97.082,-97.082,58.222,58.222)
geographic Drift River
Yukon
geographic_facet Drift River
Yukon
genre Nome
Sea ice
St Matthew Island
Yakutat
Yukon river
Alaska
Yukon
genre_facet Nome
Sea ice
St Matthew Island
Yakutat
Yukon river
Alaska
Yukon
op_source DTIC AND NTIS
op_relation http://www.dtic.mil/docs/citations/ADA017601
op_rights Availability: Available in microfiche only.
_version_ 1766114807570759680