by Rick Ray | Aug 27, 2017 | Aquatic Habitat Restoration
Mr. Gorman provided engineering oversight for the design of the Wood River Channel and Wetland Restoration project to restore the lower 0.75-mile reach of the Wood River and associated wetlands in Klamath County. Project objectives included restoration of fluvial...
by Rick Ray | Aug 27, 2017 | Aquatic Habitat Restoration, Fish Passage
Mr. Gorman designed 2300 feet of new river channel for a previously straightened reach of the Wallowa River near Lostine, Oregon to restore the river to conditions similar to its historical alignment and function. The design included detailed hydraulic design of...
by Rick Ray | Aug 27, 2017 | Aquatic Habitat Restoration
Mr. Gorman provided engineering design for the restoration of tidal wetlands on the Wallooskee River that had been disconnected from the river through the placement of agricultural dikes. Design components included selection of dike breach locations to minimize the...
by Rick Ray | Aug 27, 2017 | Aquatic Habitat Restoration
Mr. Gorman worked closely with a private property owner and CREST to provide the engineering design of dike breaches and site grading for estuarine wetland habitat restoration along the Skipanon River. The dike breach and grading design he prepared restored tidal...
by Rick Ray | Aug 27, 2017 | Aquatic Habitat Restoration
Mr. Gorman provided project management, site analysis, engineering design, and wetland permitting services for the removal of a dike and the filling of drainage ditches to restore 15 acres of estuarine wetlands along the Lewis and Clark River in Clatsop County,...
by Rick Ray | Aug 27, 2017 | Aquatic Habitat Restoration
Mr. Gorman conducted hydraulic analysis of the confluence of the Cowlitz and Columbia Rivers to guide the siting and design of downstream migrant juvenile salmonid habitat to mitigate a proposed wharf expansion and to prevent fish entrapment.
