Index Catalog // ScholarsArchive@OSU

Creator:: Chriss, T.M. and Caldwell, Douglas R.
Abstract:: An experiment in 199 m of water on the Oregon shelf produced continuous current speed profiles down to the sediment-water interface. These profiles show that the velocity structure above the viscous sublayer is consistent with that expected when form drag influences the boundary layer flow. They show two logarithmic-profile regions,...
Resource Type:: Article
Full Text:: ), Mike Brown (sensor con- struction), and Milo Clauson (mechanical design). Stuart Eide and Tom Dillon

Creator:: Ludwig, Miriam D. and Oregon State University. College of Oceanography
Resource Type:: Technical Report

Creator:: Chriss, Terry Michael
Abstract:: Detailed current profiles between the sediment-water interface and 20 cm above it reveal a viscous sublayer in the bottom boundary layer on the Oregon continental shelf. Data from three field experiments are used to test fundamental assumptions about boundary layer flow in the ocean. The first study, discussed in Chapter...
Resource Type:: Dissertation
Full Text:: (software development), Mike Brown (sensor construction), and Milo Clauson (.cmera development and general

Creator:: Fischer, Kathleen M.
Resource Type:: Dissertation
Full Text:: , and Gary Hewitt. Thanks to Milo Clauson for numerous designs and techni-- cal assistance during the

Creator:: Reid, Brad, Schramm, Richard E., Huyer, Adriana, and Smith, Robert L.
Resource Type:: Technical Report
Full Text:: , Milo Clauson, Dale Mosby, Bob Still, Jay Simpkins, Ed Seifert, Ben Moore, Dennis Barstow, Rich Schramm

Creator:: Collier, Robert W., Dymond, Jack, Oregon State University. College of Oceanography, and Cooperative Park Studies Unit (Corvallis, Or.)
Resource Type:: Technical Report
Full Text:: Roberta Conard, Chris Moser, Pat Collier, Jim McManus, Brad Beeson, William Rugh, and Milo Clauson

Creator:: Reimers, Clare E.
Abstract:: Recent organic-rich deposits on the Peru continental margin occur along the upper slope (100-450 m) between about ll°S and 16°S and along the lower continental slope (>2000 m). The upper slope deposits reflect high biological production in response to coastal upwelling, but preservation of organic matter is enhanced by the...
Resource Type:: Dissertation
Full Text:: analytical assistance are indicated at the end of each chapter. Milo Clauson helped with the not so specific

Creator:: Powell, Heidi Sara
Resource Type:: Masters Thesis
Full Text:: Peter Muller, Pat Price, Kurt Klaffke, Cliff Dahm, Melissa Glick, Kathy Fischer, Rich Cobler, Milo

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