Strategic planning and external reviews of HMSC programs highlighted local strengths,
and recognized significant untapped potential for expanding HMSC academic programs. More
recently, OSU has looked toward HMSC and Newport as the next site for significant expansion of
educational opportunities to include an additional 500 or more students. The purpose...
Full Text:
Marine Science Center
Robert Suryan
Janet Webster
MaryannBozza
Itchung Cheung
Strategic planning and external reviews of HMSC programs highlighted local strengths,
and recognized significant untapped potential for expanding HMSC academic programs. More
recently, OSU has looked toward HMSC and Newport as the next site for significant expansion of
educational opportunities to include an additional 500 or more students. The purpose...
Full Text:
University’s Hatfield Marine Science Center
Robert Suryan
Janet Webster
MaryannBozza
Itchung Cheung
Strategic planning and external reviews of HMSC programs highlighted local strengths, and recognized significant untapped potential for expanding HMSC academic programs. More recently, OSU has looked toward HMSC and Newport as the next site for significant expansion of educational opportunities to include an additional 500 or more students. The purpose...
This report outlines the current evacuation plan for Oregon State University's Hatfield Marine Science Center and makes recommendations for enhancements and changes. The physical setting is described along with detail on evacuation strategies. Recommendations include reducing personnel working on the South Beach Peninsula, improving current evacuation point, improving communication and...
Stabilization of the Yaquina Bay shoreline along the northeastern edge of the Hatfield Marine Science Center (HMSC) campus in Newport, Oregon became necessary to halt erosion that threatened both HMSC critical infrastructure (seawater storage tank) and public access to the HMSC Nature Trail. A Dynamic Revetment (gravel beach) was installed...
In the past two decades, occurrences of summertime upwelling-driven low dissolved oxygen (DO) events, or hypoxia, have increased along the northeast Pacific coast. If hypoxic events are severe enough to cause marine species mortality, the areas affected are often called "dead zones." In 2002 and again in 2006, the events...