Dynamic Revetment Monitoring Program (2012-2016)
Project Summary: Due to extreme erosion near HMSC facilities, scientists installed a dynamic revetment and initiated a multiple year monitoring plan. The marine team sampled fish for this group project and compared sites on the cobble beach of the dynamic revetment to an adjacent sand bottom reference area. Monthly seining events provided critical information regarding the distribution and abundance of fish, species diversity, and seasonal and interannual variations of these metrics. The Marine Team also collected video footage for comparison to the seining data and to investigate the efficiency of the seine on the revetment cobbles. This project trained dozens of students in basic monitoring protocols, safe fish handling, and data collection over the course of five years. This example case study is currently being used to demonstrate experimental design and data analysis in OSU courses to further train the next generation of marine based scientists.
Project Data and Products:
These figures highlight some of the results of the Dynamic Revetment Monitoring Program:
Watch some of the collected video of the dynamic revetment here:
Project scientists produced publicly available annual reports. Access them using the links below or by searching the OSU archives.
Yaquina Bay Community Analysis Project (2002-2012):
Project Summary: The Yaquina Community Analysis project is a partial replicate of De Ben et al.’s (1990) survey designed to show ecological change in the benthic community of Yaquina Bay, Oregon following prolonged and intense development of natural shoreline and dredging of the main channel. This snapshot comparison highlights large-scale changes to the deep marine community of Yaquina Bay since De Ben et al.’s (1990) work in 1967-1968. The project was a success and suggested that shoreline and channel habitat alteration as one of many possible drivers of change in the area. This work is a meaningful contribution to our understanding of how an esturarine community can change over time. Long-term monitoring of any system is difficult, but this work can be viewed as a more recent baseline for the benthic marine community structure of Yaquina Bay. It is also valuable to the field of coastal and estuarine science as an endpoint study of community change in a developing port.
Other Past Projects Include:
- Movement patterns of Dungeness crab in Yaquina Bay
- Development of a recreational fish identification book
- Investigations into barotrauma and release mortality in rockfish
- Characterizing the ichthyoplankton of Yaquina bay
- Diet influences on the muscle and skin coloration in lingcod