by Washington State Dept. of Ecology, Environmental Assessment Program, Watershed Ecology Section in [Olympia, WA.] .
Written in English
|Other titles||Midwest site evaluation and chemical screening of selected point sources|
|Statement||by Dale Norton.|
|Series||Publication -- no. 99-305, Publication (Washington (State). Dept. of Ecology) -- no. 99-305.|
|Contributions||Environmental Assessment Program (Wash.). Watershed Ecology Section.|
|The Physical Object|
|Pagination||1 v. (various pagings) :|
Budd Inlet 2 works Search for books with subject Budd Inlet. Search. Lower Budd Inlet sediment characterization study Dale E. Norton Not in Library. Verification of (d) PCB listing, inner Budd Inlet Steven Golding. Sediment Quality in Budd Inlet, Table 2. Specific combinations of index results (chemistry, toxicity, benthic) that led to Triad Index categories for Budd Inlet in Low exposure Spatial extent (percent of study area) is given for each combination. The majority (53%) of the area was classified as possibly impacted or likely impacted. In Ecology did a sediment study in Budd Inlet (more in-formation on page 3). DOH evaluated the results of that study and concluded that there was no apparent health hazard for peo-ple exposed to Budd Inlet sediments. However, DOH did rec-ommend collecting more samples in public access areas, spe-cifically Priest Point Park beaches. Study. Budd Inlet is one of several embayments that will be studied for cleanup under the state’s Puget Sound Initiative. You are invited to: • Review the Budd Inlet Sediment Characterization Study Final Report. • Send your comments to Ecology for consideration. Comments will .
Sediment characterization and parameter estimation Akvaplan-niva AS. Report APN 5 1 Introduction As part of the ERMS project Akvaplan-niva AS and MUST AS have carried out a study to describe the properties of undisturbed sediments and how sediment parameters are correlated to each other (ERMS Task 3). The aim of this work is twofold. PCB Concentrations in Fish from Ward Lake (Thurston County) and the Lower Elwha River: September Restover Truck Stop Ground Water Monitoring, January and July September Lower Budd Inlet Sediment Characterization Study/ Midwest Site Evaluation & Chemical Screening of Selected Point Sources: The Washginton State Department of Ecology is beginning an investigation to determine the extent and possible sources of dioxin contamination of sediments in the Budd iInlet. We welcome your comments on the sediment sampling and analysis plan from April 5 through May 15 Lower Budd Inlet Sediment Characterization Study/ Midwest Site Evaluation & Chemical Screening of Selected Point Sources: February McDonald Creek Benthic Macroinvertebrate Study: A Cumulative Impact Assessment after Timber Harvesting in a Small Watershed: February
Lower Budd Inlet Sediment Characterization Study/ Midwest Site Evaluation & Chemical Screening of Selected Point Sources Budd Inlet BUDD INLET Chemical and biological testing of sediments from 14 locations in Sediment Norton, D. Ecology January Inner Budd Inlet occurred to re-evaluate status as a contaminated sediment site. Puget Sound Reference Value Project Task 3: Development of Benthic Effects Sediment Quality Standards: April Port Angeles Wood Waste Study, Port Angeles, Washington: February Lower Budd Inlet Sediment Characterization Study/ Midwest Site Evaluation & Chemical Screening of Selected Point Sources: February In and , the Washington State Department of Ecology’s (Ecology’s) Toxic Cleanup Program conducted studies to characterize sediments in Budd Inlet and Oakland Bay, respectively, as part of the Puget Sound Initiative, an effort to restore Puget Sound by the year (PSP, ). the impact of large sediment release into Budd Inlet, a channel woul d be dredged through the lake before the dam is removed. Alt hough mudflats would appear during low tide.