Index Catalog // ScholarsArchive@OSU

Elevational differences in UV-B response by the long-toed salamander (Ambystoma macrodactylum)

Creator:: Thurman, Lindsey L.
Abstract:: Global amphibian declines have been attributed to numerous and often synergistic causes, such as invasive species, pathogens, and ultraviolet-B (UV-B) radiation. The effects of these stressors are context dependent and can vary with location, species, and populations. As sensitivity to UV-B has shown inconsistencies across amphibian taxa, it can be...
Resource Type:: Masters Thesis
Full Text:: approved: Tiffany S. Garcia Global amphibian declines have been attributed to numerous and often

Patterns in responses of an amphibian assemblage to wetland restoration

Creator:: Rowe, Jennifer C.
Abstract:: Wetland restoration success in attaining wildlife conservation goals can be confounded by the presence of multiple biological invaders. Wetland management activities typically target invasive plants, but bottom-up responses of higher trophic levels in novel communities are difficult to predict. We surveyed plant and amphibian assemblages at 26 sites enrolled in...
Resource Type:: Masters Thesis
Full Text:: Restoration Abstract approved: Tiffany S. Garcia Wetland restoration success in

Post-breeding habitat selection by songbirds in the headwaters of the Trask River, northwestern Oregon

Creator:: Jenkins, Stephanie R.
Abstract:: Little is known on the importance of riparian areas to birds near small headwater streams in mesic forests. Progress towards understanding limiting factors that affect bird populations has been difficult because of lack of information beyond the breeding period. I compared bird assemblages between headwater riparian and upland areas throughout...
Resource Type:: Masters Thesis
Full Text:: and upland locations had similar coarse wood volume and fruiting and tall (> 1.3 m tall) shrub cover

Confluence : Winter/Spring 2019

Creator:: Oregon State University. Sea Grant College Program
Abstract:: Confluence is a newsletter of Oregon Sea Grant promoting discovery, understanding, and resilience for Oregon coastal communities and ecosystems. Articles feature the supported research and events of the program.
Resource Type:: Other
Full Text:: much electricity and water were used to produce the mixes. (Photo by Tiffany Woods) The interns

2018 Evaluation of Pricing and Online Presence of Oregon Coast Tour Operators

Creator:: Phillips, Miles and Aridi, Rasha
Abstract:: This report is for companies along the Oregon Coast that provide guided kayaking, salmon fishing, and whale-watching tours. It aims to help them better understand the effectiveness of their online marketing and see how their prices compare to those of their competitors.
Resource Type:: Technical Report

2017-18 Annual Report Highlights

Creator:: Oregon State University. Sea Grant College Program
Abstract:: This two-paged factsheet highlights the accomplishments of Oregon Sea Grant for 2017-2018.
Resource Type:: Other

Responsibilities and costs of owning an aquarium

Creator:: Miller-Morgan, Tim
Abstract:: An exhibit on display at Oregon State University’s Hatfield Marine Science Visitor Center in Newport, Oregon. Lists some of the responsibilities and costs of buying, setting up, and maintaining a freshwater aquarium.
Resource Type:: Other
Full Text:: ,------ $45 $7 $7 $4 $4 WaterQuality $16 Plants Gravel Wood Initial Algae TestingEquipment Siphon Food

Confluence : Fall/Winter 2017

Creator:: Oregon State University. Sea Grant College Program
Abstract:: Confluence is a newsletter of Oregon Sea Grant. Articles feature the supported research and events of the program. This issue of Confluence includes articles on: potential of farming gooseneck barnacles, educating boaters on proper waste disposal, Dungeness crab genetics study, how to reduce injuries for crabbers at sea, women's changing...
Resource Type:: Other
Full Text:: : Tiffany Woods | Designer: Rick Cooper © 2017 by Oregon State University | ORESU-O-17-001 This report

Changing Ocean Chemistry: A High School Curriculum on Ocean Acidification’s Cause, Impacts, and Solutions

Creator:: Erickson, Brian and Crews, Tracy
Abstract:: This five-lesson curriculum seeks to increase students' understanding of ocean acidification (OA) and help them understand that it is an issue they can address. There are five lessons in the unit and a final Call to Action project. Lesson 1 explores a real-life story about the near collapse of the...
Resource Type:: Learning Object
Full Text:: Woods; inset photos by iStock.com/heinstirrer (top) and Tiffany Woods (middle and bottom). © 2019 by

A tad too high: Sensitivity to UV-B radiation may limit invasion potential of American bullfrogs (Lithobates catesbeianus) in the Pacific Northwest invasion range

Creator:: Garcia, Tiffany S., Rowe, Jennifer C., and Doyle, James B.
Abstract:: Biological invasion potential can be strongly influenced by abiotic factors such as temperature, water availability, and solar radiation. Invasive species that possess phenotypically plastic traits can mediate impacts from these stressors, but may be unable to recognize and respond to dangerous levels in a novel environment. Understanding potential constraints on...
Resource Type:: Article
Full Text:: catesbeianus) in the Pacific Northwest invasion range Tiffany S. Garcia*, Jennifer C. Rowe and James B. Doyle

ScholarsArchive@OSU

Elevational differences in UV-B response by the long-toed salamander (Ambystoma macrodactylum)

Patterns in responses of an amphibian assemblage to wetland restoration

Post-breeding habitat selection by songbirds in the headwaters of the Trask River, northwestern Oregon

Confluence : Winter/Spring 2019

2018 Evaluation of Pricing and Online Presence of Oregon Coast Tour Operators

2017-18 Annual Report Highlights

Responsibilities and costs of owning an aquarium

Confluence : Fall/Winter 2017

Changing Ocean Chemistry: A High School Curriculum on Ocean Acidification’s Cause, Impacts, and Solutions

A tad too high: Sensitivity to UV-B radiation may limit invasion potential of American bullfrogs (Lithobates catesbeianus) in the Pacific Northwest invasion range

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