This report is based on the successful deployment and recovery of the WET-‐NZ device deployed for a period of 6 weeks at the Northwest National Marine Renewable Energy Center’s Newport Test Site. The device was deployed in late August and removed in early October, 2012. The project described herein consisted...
The potential for creating underwater noise disturbance is one environmental impact that must be accounted for by wave energy developers to meet the needs of regulatory agencies. This review study has been conducted to provide a concise knowledge base of the expected underwater noise conditions in the near shore environment...
The objective of this study is to identify potential end-users of the test center and their needs. The findings will inform the infrastructure design and the services offered for the PMEC South Energy Test Site.
Geo-Marine, Inc. (GMI) conducted an offshore avian radar baseline study for Oregon Wave Energy Trust (OWET) for a wave energy study located northwest of Reedsport, Oregon from 25 August through 29 October 2010. The study was conducted from shore with GMI’s Mobile Avian Radar System (MARS®). The MARS® was equipped...
This project was carried out collaboratively by Oregon State University (OSU) scientists and involved participation by Oregon Department of Fisheries and Wildlife and NOAA Northwest Fisheries Science Center scientists. The goal of this project was baseline characterization via observations and sample collection of the habitat and biological assemblages present at...
Information on winter marine bird and mammal distributions in Oregon coastal waters has been identified as a data need for marine spatial planning of ocean energy development. As part of the annual marine mammal surveys of the critical habitat for Endangered Species Act (ESA)-listed Southern Resident Killer Whales (Orcinus orca),...
The Oregon Wave Energy Trust (OWET) commissioned this study to develop protocols and methods to achieve affordable, reliable, and repeatable electromagnetic (EM) measurements in the near-shore environment. The study was conducted in several stages, with a number of technical reports provided at each stage to document and describe findings. The...
The fundamental aim of the Oregon Wave Energy Trust’s (OWET’s) cumulative effects framework is to provide an enduring set of information, presented in an effective way to inform substantial decisions about the future and ongoing management of wave energy developments in the context of the existing and future situation. At...
Despite the high economic and social value of Dungeness crab, no stock assessment work has been conducted on coastal Dungeness crab populations in Oregon. The fishery is currently managed based on a sex, size, and season strategy (e.g. males of a minimum size fished during specified months). It is estimated...
Oregon’s fishing community is concerned about the potential effects that wave energy conversion devices could have on Dungeness crab movement, behavior and harvests. Though crabbing has been a mainstay of West Coast economies for decades, little information has been collected or analyzed on adult Dungeness crab movement, in general, and...