The High Definition Stream Survey (HDSS) approach was created to rapidly gather continuous geo-referenced data in a single pass on a broad range of stream and streambank conditions by integrating GPS, video, depth, water quality and other sensors. Results from HDSS data can be used to determine the extent and distribution of instream habitat, locate areas that contribute to poor stream conditions, define the geomorphic condition for the stream, identify infrastructure impacts, document restoration results and provide a powerful “virtual tour” experience.

By integrating GPS, video, depth, and water chemistry sensors, it is now feasible to survey many miles of stream (15 miles typically) in a single day with data collected approximately every meter. With this multi-attribute data collection technique, you have the ability to change from guesses or broad extrapolations about the condition of your study area to high (1m) resolution maps of the stream and stream channel. The range of data collected is highly useful for GIS mapping, hydrologic modeling, and habitat identification applications.

M.S. Biosystems Engineering Technology

Strawberry River restoration project, as well as numerous types of fisheries sampling.

Operate and monitor the Juvenile Fish Facility at the McNary Dam.

Performed numerous types of fisheries sampling with a primary focus on snorkeling. Acquired additional PIT tagging experience during Chinook parr capture and screw-trap operations.

PIBO Effectiveness Monitoring program: Extensive electro-shocking was performed throughout the Columbia River Basin. PIT tagging and numerous types of habitat assessment were also performed.

Extensive electro-shocking was performed throughout Ohio.

As a student at the Lake Snoden Fish Hatchery, I performed a variety of duties ranging from repairing nets and cages to harvesting thousands of lake perch and channel catfish.