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Oregon State University Research Forests Research Projects
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Project Start Year
Project Categories
3 records found

Cinnabar Moth on Tansy Ragwort Control

Purpose

Caged moths to monitor oviposition in the natural setting. Release of Cinnabar Moths to study colonization behaviors. A low level but widespread population of Cinnabar Moths was found to already exist in McDonald Forest.

Project Start Date
1975-05-01
Project End Date
1976-08-30
Related Publications
N/A
Project Categories
  • Insects & Spiders
  • Winged Insects
Keywords
  • Cinnabar Moth
  • Tansy Ragwort
  • control
  • oviposition
  • ovipositor
  • moths
  • colonization
  • colonize
  • populations
  • population
  • Sharon
  • Rose
  • Tyria jacobaeae
  • Lepidoptera
  • Erebidae
  • Phalaena
  • Noctua
  • Hippocrita
  • Callimorpha
  • Euchelia
  • Cushag
  • vulgaris
  • willie
  • benweed
  • St. James
Additional Information
Currently Active
No
Agency
OSU
Project Type
Research
Research Forest
N/A
Researcher
Rose, Sharon
Role
C
Collaborators
N/A
Debug Fields
Fields that will be removed when going live.
Import Unique ID
78
Project ID
78

Colonization of New Substrates by Aquatic Insects and Snails

Purpose

This experiment examines colonization of new substrates by aquatic insects and snails.

Project Start Date
1984-06-25
Project End Date
1984-08-15
Related Publications
N/A
Project Categories
  • Aquatic Organisms
  • Crustaceans & Snails
Keywords
  • colonize
  • colonization
  • substrate
  • substrates
  • aquatic
  • insect
  • insects
  • snail
  • snails
  • invertebrates
  • invertebrate
  • Norman Anderson
Additional Information
Currently Active
No
Agency
OSU
Project Type
Research
Research Forest
N/A
Researcher
Anderson, Norman H.
Role
C
Collaborators
N/A
Debug Fields
Fields that will be removed when going live.
Import Unique ID
210
Project ID
210

Heterotroph Effects on Log Decomposition

Purpose

The objective of this study is to measure rates of heterotroph colonization, patterns and rates of channelization and fungal transmission by insects, and the pattern and rate of fungal invasion and microbial activity relative to log surfaces and insect ga

Project Start Date
1986-05-20
Project End Date
2001-12-31
Related Publications
Schowalter, T.D. 1992. Early decomposition and nutrient dynamics of oak (Quercus) logs at four sites across a North American gradient. Canadian Journal of Forest Research 22:161-66.
Schowalter, T.D., Y.L. Zhang and T.E. Sabin. 1998. Decomposition and nutrient dynamics of oak (Quercus spp.) logs after five years of decomposition. Ecography. 21: 3-10.
Project Categories
  • Forest Management
  • Slash & Decomposition
Keywords
  • Heterotroph
  • log
  • logging
  • decomposition
  • decompositions
  • Heterotrophs
  • decompose
  • colonization
  • pattern
  • patterns
  • fungal
  • fungus
  • insect
  • insects
  • invasion
  • Timothy Schowalter
Additional Information
Currently Active
No
Agency
OSU
Project Type
Research
Research Forest
N/A
Researcher
Schowalter, Timothy D.
Role
C
Collaborators
N/A
Debug Fields
Fields that will be removed when going live.
Import Unique ID
238
Project ID
238

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