Index Catalog // ScholarsArchive@OSU

Creator:: Biology Colloquium (8th : 1947 : Oregon State College), Phi Kappa Phi. Oregon State Chapter, and Oregon State University
Resource Type:: Conference Proceeding
Full Text:: American Plant Formations , R. F. Daubenmire 1 7 The Phytogeography of the Northwestern States, Morton E

Creator:: Slotta, Larry S., 1934-, United States. Army. Corps of Engineers. Portland District. Navigation Division, National Science Foundation (U.S.). Division of Environmental Systems and Resources, and Oregon State University
Resource Type:: Book
Full Text:: . Sollitt D. A. Bella D. R. Hancock J. E. McCauley R. Parr Oregon U State . nivers,ty

Creator:: Oregon State University and Oregon State University. Department of Forest Products
Abstract:: ABSTRACT Fumigants. Chioropicrin, Vapam and Vorlex continue to control Internal decay of Douglas-fir poles 11 years after application. Methylisothiocyanate (MIT), which was melted and poured into holes in Douglas-fir poles 3-years ago and goes directly from a solid to a gas in the wood, appears promising In controlling decay fungi....
Resource Type:: Technical Report
Full Text:: . Scheffer, Forest Products, (Forest products pathology) Brad R. Kropp, Botany and Plant Pathology

Creator:: Oregon State University and Oregon State University. Department of Forest Products
Abstract:: ABSTRACT Improved Fumigants Chioropicrin, Vorlex and Vapam continue to control internal decay of pressure-treated Douglas-fir poles 12 years after application. Fungitoxic quantities of chloropicrin are present in the wood as high as 2.4 m (8 feet) above the groundline. Solid methylisothiocyanate (MIT), which goes directly to a vapor, is somewhat...
Resource Type:: Technical Report
Full Text:: r ..... ..-, .;:j" 00 • r-,.,. N ..-, r---... 00

Creator:: Oregon State University and Perry, David A., 1938-
Resource Type:: Technical Report
Full Text:: cost of yarding, loading, and chipping residue.13 < o a § u z 00, 1 r 1 1 1 1 1 1 r 90 80 70

Creator:: Oregon State University and Oregon State University. Department of Forest Products
Abstract:: ABSTRACT Improved Fumigants After 13 years, chioropicrin, methylisothiocyanate (MIT), Vapam, and Vorlex continue to effectively control internal decay of pressure-treated Douglas-fir transmission poles. The estimated retreating schedules for application of these fumigants to treated wood may be as long as 10 years for Vapam and 15 years for the others....
Resource Type:: Technical Report
Full Text:: , Forest Products, (Forest products pathology) Brad R. Kropp, Botany and Plant Pathology (Mycology

Creator:: Oregon State University. Department of Forest Products and Oregon State University
Abstract:: After 14 years, chloropicrin, Vapam and Vorlex continue to effectively control internal decay of pressure-treated Douglas-fir transmission poles, but 6 years after application of methylisothiocyanate (MIT) some poles are becoming reinfested by decay fungi although NIT residues remain high in these poles. The closed-tube bioassay, developed through our research, is...
Resource Type:: Technical Report
Full Text:: . Although some fungi behaved differently in the two tests, the test correlations were relatively high (r 2

Creator:: Oregon State University and Oregon State University. Department of Forest Products
Abstract:: This fifth annual Cooperative Pole Research Program report outlines our progress in the six project objectives. Improved Fumigants Sampling of previously established field tests revealed that Vorlex and Chloropicrin continued to perform well after 15 years, while Vapam was slightly less effective. Solid methylisothiocyanate (MIT) also performed well in the...
Resource Type:: Technical Report
Full Text:: correlated with work to maximum load (r 2 =.82) and MOR (r 2 .88), suggesting that this approach to

Creator:: Ringold, Paul L., Barker, Jerry R., Bollman, Mike, Bradshaw, Gay, Carson, Ward, Cline, Steven Paul, Fiorella, Maria R., Stepp, Jennifer, United States. Environmental Protection Agency. Office of Research and Development, National Health and Environmental Effects Laboratory, Dynamac Corporation, Oregon State University, and United States. Forest Service
Abstract:: The goal of this project is to recommend a broadly-acceptale efficient and effective methodology for characterizing streamside riparian attributes in forested settings at the site grain for regional monitoring. The authors consider monitoring design in the context of three interacting constraints: ecological functions, capabilities of technologies, and user needs. The...
Resource Type:: Technical Report

Creator:: Oregon State University
Resource Type:: Other
Full Text:: 001 40026 1-16 Jun 24-Aug 16 Session 3 P/N Savage R&C/COMPARATIVE WORLD AGRI 405 002

ScholarsArchive@OSU