Exxon Valdez Oil Spill: Fate and Effects in Alaskan Waters |
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Contents
Introduction Overview Issuesp g wells i n butler and j staveley hughes | 3 |
Identification of Hydrocarbon Sources in the Benthic Sediments of Prince William | 40 |
Fingerprinting Hydrocarbons in the Biological Resources of the Exxon Valdez | 84 |
Chemical and Toxicological Evaluation of Water Quality Following the Exxon | 141 |
ClayOil Flocculation and Its Role in Natural Cleansing in Prince William Sound | 178 |
An Environmental Monitoring Program Subsequent to | 215 |
Use of Mussels and Semipermeable Membrane Devices to Assess Bioavailability | 239 |
Shoreline Ecology Program for Prince William Sound Alaska Following | 263 |
An Assessment of OilSpill Effects on Pink Salmon Populations Following | 548 |
A Field and Laboratory Assessment of OilSpill Effects on Survival | 626 |
Evaluation of the Toxic Properties of Naturally Weathered Exxon Valdez Crude | 665 |
Assessment of the Potential for LongTerm Toxicological Effects of the Exxon | 693 |
Use of OilAffected Habitats by Birds After the Exxon Valdez Oil Spillr h day | 726 |
Density and Productivity of Bald Eagles in Prince William Sound Alaska After | 762 |
Surveys of Murre Colony Attendance in the Northern Gulf of Alaska Following | 780 |
Common Murre Abundance Phenology and Productivity on the Barren Islands | 820 |
Survey Design Statistical Analysis and Basis for Statistical Inferences in Coastal | 296 |
Shoreline Oiling Conditions in Prince William Sound Following the Exxon Valdez | 312 |
Shoreline Impacts in the Gulf of Alaska Region Following the Exxon Valdez | 444 |
Status of Selected Bottomfish and Crustacean Species in Prince William Sound | 485 |
An Overview | 854 |
Sea Otter Abundance Distribution and Pup Production in Prince William Sound | 894 |
An Integral Component of the Exxon Valdez | 933 |
Author Index 951 | 950 |
Common terms and phrases
abundance Alaska analysis areas Assessment attendance biological birds breeding changes chemical cleanup collected colonies compared comparisons concentrations conducted consistent contained counts crude oil decreased detected determine diesel differences distribution effects eggs environment Environmental estimates et al exposure Exxon Valdez Oil field Figure Fish Fisheries Gulf of Alaska habitat hydrocarbons impacts included increased indicate individual initial intertidal Island less levels locations lower Marine mean measured methods mortality murres mussels natural nesting observed occurred organisms petroleum population potential present Prince William Sound procedures production range recovery reference region relative removed reported represent reproductive Research residues response samples seabirds sediment selected sheens shoreline showed significant sources spawning species statistical streams subtidal summer surface survey Table tissue toxicity transect types Valdez Oil Spill values variables volume weathered weight Wildlife zone