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Upper Cow Lake and tributaries rehabilitation project

Creator:: Bisbee, Lawrence E. and Oregon. State Game Commission. Fishery Division
Abstract:: Upper Cow Lake located in Malheur County, Oregon has a surface area of 975 acres and a volume of 7,150 acre-feet of water. Chemical treatment of the lake was completed September 11, 1963 to remove an abundant population of coarsescale suckers, bridgelip suckers, squawfish, black bullhead, shiners and dace. Approximately...
Resource Type:: Technical Report
Full Text:: HABITAT IMPROVEMENT PROJECT Fishery Division otsoe STATE

State-wide fishery rehabilitation, Miller Lake and tributaries segment

Creator:: Gerlach, Arthur H., Borovicka, Robert L., and Oregon. State Game Commission. Fishery Division
Abstract:: Miller Lake was chemically treated with toxaphene on September 16, 1958 to destroy a population of parasitic lamprey (E.tridentatus) and Tui Chub (Siphatelep bicolor). Toxaphene was applied at the rate of 0.04 ppm. No lamprey or fish have been collected in the lake since the chemical treatment. Work since 1959...
Resource Type:: Technical Report
Full Text:: HABITAT IMPROVEMENT PROJECT Fishery Division 01,01 Mrs

State-wide fishery rehabilitation, Upper Cow Lake and tributaries segment

Creator:: Bisbee, Lawrence E., Montgomery, Monty L., and Oregon. State Game Commission. Fishery Division
Abstract:: Upper Cow Lake located in Malheur County, Oregon, Township 28 South, Range 44 East, Section 29, was chemically treated with 2,325 gallons of liquid synergized rotenone (Pro-noxfish) on September 11, 1963 to remove an abundant population of rough fish. The lake has a maximum surface area of 975 acres and...
Resource Type:: Technical Report
Full Text:: HABITAT IMPROVEMENT PROJECT Fishery Division 010011 not

State-wide fishery rehabilitation, Big Lava Lake segment

Creator:: Griggs, James D., Montgomery, Monty L., and Oregon. State Game Commission. Fishery Division
Abstract:: Big Lava Lake in Deschutes County, Oregon, was chemically treated September 19, 1963, to eliminate a population of roach and white fish. An estimated kill in excess of 400,000 fish resulted from the application of 4,620 gallons of liquid rotenone (Pro-Noxfish) at a toxicity of 2.0 ppm. Live -boxed brook...
Resource Type:: Technical Report
Full Text:: HABITAT IMPROVEMENT PROJECT Fishery Division 01,4011 not

State-wide fishery rehabilitation, Unity Reservoir and tributaries segment

Creator:: Sayre, Robert C., Borovicka, Robert L., and Oregon. State Game Commission. Fishery Division
Abstract:: Unity Reservoir in Baker County, Oregon, was chemically treated with liquid rotenone on October 17, 1962. Approximately 136 miles of streams and diversion ditches and seven small ponds, tributary to the reservoir, were treated with liquid rotenone prior to work on the reservoir. The reservoir at time of treatment contained...
Resource Type:: Technical Report
Full Text:: HABITAT IMPROVEMENT PROJECT Fishery Division otION Sr Art

State-wide fishery rehabilitation, Malheur Reservoir and tributaries segment [1962-1963]

Creator:: Bisbee, Lawrence E. and Oregon. State Game Commission. Fishery Division
Abstract:: Malheur Reservoir located in Malheur County, Oregon, was chemically treated with liquid rotenone on October 11, 1962 to eliminate an abundant population of black crappie and a smaller population of fine scale suckers and redside shiners. Tests for toxicity indicated the reservoir had detoxified prior to December 1, 1962. A...
Resource Type:: Technical Report
Full Text:: HABITAT IMPROVEMENT PROJECT Fishery Division otiON S747t

State-wide fishery rehabilitation, Malheur Reservoir and tributaries segment [1962]

Creator:: Bisbee, Lawrence E. and Oregon. State Game Commission. Fishery Division
Abstract:: Malheur Reservoir in Malheur County, Oregon, was chemically treated on October 11, 1962, to eliminate an abundant population of black crappie and a smaller population of finescale suckers and redsided shiners. A total of 1,100 gallons of liquid synergized rotenone (Pro-Noxfish) was used to establish a toxicity of 1.5 p.p.m....
Resource Type:: Technical Report
Full Text:: HABITAT IMPROVEMENT PROJECT Fishery Division 01,00I SEArt

What happens to Oregon’s tidal wetlands with sea level rise?

Creator:: Brophy, Laura S. and Ewald, Michael J.
Abstract:: This presentation summarizes the MidCoast Watersheds Council's project on the impacts of SLR on tidal wetlands in Oregon. Please see the project report for details (linked in Related Items below).
Resource Type:: Presentation
Full Text:: of current tidal wetlands: What’s new about the 2014 Oregon estuary habitat maps? • All

What happens to Oregon’s tidal wetlands with sea level rise?

Creator:: Hayduk, Evan
Resource Type:: Poster
Full Text:: tidal wetlands; shows areas that submerge. • Prioritizes areas for conservation/restoration. The sooner

Modeling sea level rise impacts to Oregon’s tidal wetlands : Maps and prioritization tools to help plan for habitat conservation into the future

Creator:: Brophy, Laura S. and Ewald, Michael J.
Abstract:: Background: Tidal wetlands are important habitats for salmon and a diversity of other fish and wildlife species. They also trap sediment, buffer coastal communities from flooding and erosion, and perform other valued ecosystem services. Tidal wetlands currently exist just at and above sea level, and healthy tidal wetlands are able...
Resource Type:: Technical Report
Full Text:: habitat conservation into the future December 1, 2017 Prepared by: Laura S

ScholarsArchive@OSU

Upper Cow Lake and tributaries rehabilitation project

State-wide fishery rehabilitation, Miller Lake and tributaries segment

State-wide fishery rehabilitation, Upper Cow Lake and tributaries segment

State-wide fishery rehabilitation, Big Lava Lake segment

State-wide fishery rehabilitation, Unity Reservoir and tributaries segment

State-wide fishery rehabilitation, Malheur Reservoir and tributaries segment [1962-1963]

State-wide fishery rehabilitation, Malheur Reservoir and tributaries segment [1962]

What happens to Oregon’s tidal wetlands with sea level rise?

What happens to Oregon’s tidal wetlands with sea level rise?

Modeling sea level rise impacts to Oregon’s tidal wetlands : Maps and prioritization tools to help plan for habitat conservation into the future

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