August 30, 2021
Development and Validation of Reservoir and Riverine Water Quality Models
Project ID: W912HZ-20-2-0068 [project-data-part-1] Initial Funding: $347,132 Total Funding: $766,393 [project-data-part-2]
Double-Sampling Method for Bird Abundance Estimation at North Cascades National Park Service Complex
Project ID: WWU-01-1 [project-data-part-1] Initial Funding: $5,060 Total Funding: $5,060 [project-data-part-2] Abstract: In 2001, North Cascades National Park Service Complex (NOCA) initiated a project to determine the distribution, abundance, and habitat relationships of birds. In conjunction with this effort, NOCA and Western Washington University initiated a study to field test and evaluate a sampling method…
Natural History of Ahlstrom’s and Roose’s Prairies in Olympic National Park
Project ID: WWU-01-2 [project-data-part-1] Initial Funding: $12,641 Total Funding: $12,641 [project-data-part-2] Abstract: Evaluate the soil properties and vegetation distributions in and around Ahlstrom’s and Roose’s Prairies, Ozette region of Olympic NP, in order to identify their origin, changes in size through time, and the relationship between soil, vegetation, and land-use (specifically burning). (Renumbered J9088010029.)
Impact of Soil Erosion on the Declining Sockeye Salmon Population in Lake Ozette, WA
Project ID: WWU-01-3 [project-data-part-1] Initial Funding: $12,281 Total Funding: $12,281 [project-data-part-2] Abstract: The objective of this research is to evaluate the impacts of land-use changes on the near-shore environment of the Lake Ozette watershed over the last 50 to 100 years. The population of sockeye salmon has declined substantially over the last four decades and…
Columbia River Fish Monitoring and Evaluation Studies
Project ID: W912HZ-13-2-0001 [project-data-part-1] Initial Funding: $818,881 Total Funding: $4,687,813 [project-data-part-2] Abstract: The goal of this project is to continue assessing the potential to use rearing and husbandry techniques to reproduce juvenile Chinook salmon, Oncorhynchus tshawytscha, and steelhead, O. mykiss, from hatchery stocks that more closely emulate naturally-reared fish.These wild fish surrogates will serve as…
Using genetic and physiological markers to distinguish between populations of Dungeness crab from Yakutat, Juneau, and Sitka, AK
Project ID: W912HZ-14-2-0019 [project-data-part-1] Initial Funding: $72,157 Total Funding: $72,157 [project-data-part-2]
Dexter Reservoir Water Quality Research and Evaluation Studies
Project ID: W912HZ-15-2-0008 [project-data-part-1] Initial Funding: $28,389 Total Funding: $317,331 [project-data-part-2] Abstract: Because of water quality changes in Dexter Reservoir Oregon (see Figure 1), the Corps of Engineers is seeking a study of this reservoir in order to explore opportunities for water quality improvement. This study consists of the following objectives: A review of the…
Monitoring upstream migration and potential causes of prespawn mortality in adult UWR Chinook, 2015
Project ID: W912HZ-15-2-0009 [project-data-part-1] Initial Funding: $475,931 Total Funding: $475,931 [project-data-part-2] Abstract: The overarching goal of this study is to gain information on the relationships between upstream migration history, river environment, fish condition and disease expression, collection and outplant methods, and spawning success/pre-spawning mortality for adult Upper Willamette River (UWR) Chinook salmon (Oncorhynchus tshawytscha). Information…
Developing Innovative Techniques for Assisted Species Dispersal to Minimize Potential Training Impacts
Project ID: W912HZ-15-2-0015 [project-data-part-1] Initial Funding: $51,135 Total Funding: $51,135 [project-data-part-2]
Zebrafish Embryo Toxicity Assays
Project ID: W912HZ-15-2-0023 [project-data-part-1] Initial Funding: $82,750 Total Funding: $82,750 [project-data-part-2] Abstract: The goal of this project is to build predictive toxicity models of high nitrogen (high-N) compounds found in the environment using embryonic zebrafish assays. There is an increasing pressure to reduce the use of animals in toxicity testing. To accomplish this, predictive toxicity…
Previous page Next page