Leaf on the ground
Oregon State University Research Forests Research Projects

Cedar and Douglas-fir pole preservative treatment

Transmission Poles

Purpose

Thirty ten foot long cedar poles and 29 pressure-treated Douglas-fir poles, 18 feet long. Sprinkled from June 1 to September 30, one hour per day. Cedar poles - to develop above-ground sapwood preservative treatment using low mammalian tox

Project Start Date
Project End Date
Related Publications
Goodell, B.S., Krahmer, R.L., and Graham, R.D. Residue Retention and Fungal Invasion of Chloropicrin-Treated Douglas-fir. Forest Products Journal 35 (2): 45-49, 1985.
Goodell, B.S., Krahmer, R.L., and Graham, R.D. Bound Chlorinated Residue in Chloropicrin-Treated Douglas-fir. Wood and Fiber Science 18 (1): 127-133, 1986.
Helsing, G.G., Morrell, J.J., Graham, R.D. Evaluations of Fumigants for Control of Internal Decay in Pressure-Treated Douglas-fir Poles and Piles. Hlozforschung 38 (1984): 277-280. 1984
Morrell, Jeff, and Scheffer, Theodore. Persistence of Chloropicrin in Western Redcedar poles. Forest Products Journal, Vol. 35, No. 6, 63-67, 1985.
Smith, Susan and Morrell, Jeffrey. Correcting Pilodyn Measurement of Douglas-fir for Different Moisture Levels. Forest Products Journal 36 (1): 45-46. 1986
Zahora, Andrew and Corden, Malcolm. Gelatin Encapsulation of Methylisothiocyanate for Control of Wood-Decay Fungi. Forest Products Journal 35 (7-8):64-69. 1985
Zahora, Andrew and Coren, Malcolm. Methylisothicyanate Fungitoxicity to Poria carbonica in Douglas-fir Heartwood. Material und Organismen 20(1985):193-204, 1985.
Project Categories
Keywords
Currently Active
No
Agency
OSU
Project Type
Research
Research Forest
N/A
Researcher
Morrell, Jeffrey J.
Role
C
Collaborators
N/A
Fields that will be removed when going live.
Import Unique ID
187
Project ID
187
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