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Project Categories
8 records found

Relation of Species of Attacking Decay Fungi to Kind of Preservative Treatment

Purpose

Isolations are made from treated stakes from time to time to determine what fungi may be invading and correlating that with the kind of preservative treatment.

Project Start Date
1956-01-01
Project End Date
1992-06-30
Related Publications
N/A
Project Categories
  • Forest Products
  • Wood Treatment
Keywords
  • relation
  • decay
  • fungi
  • fungus
  • pathogen
  • pathology
  • pathogens
  • preservative
  • preserve
  • treatment
  • fungal
  • invasion
  • stakes
  • poles
  • stake
  • wood
  • products
  • product
  • posts
  • post
  • isolations
  • isolate
  • treated
  • chemical
  • chemicals
  • Highley
Additional Information
Currently Active
No
Agency
Forest Products Lab, Madison, Wisconsin.
Project Type
Research
Research Forest
N/A
Researcher
Highley, T.L.
Role
C
Collaborators
N/A
Debug Fields
Fields that will be removed when going live.
Import Unique ID
53
Project ID
53

Survey of Soap Creek and Berry Creek Fungi

Purpose

Intermittent sampling and correlation with land use management. Voucher specimens in OSU herbarium. Sampling includes all fungi, i.e. pathogens, rot fungi, soil fungi, mycorrhizae, mushrooms, lichens. Expected publication on first checklist in early 19

Project Start Date
1973-01-01
Project End Date
1999-12-31
Related Publications
N/A
Project Categories
  • Environmental Factors
  • Mycology
Keywords
  • survey
  • surveys
  • soap creek
  • creeks
  • stream
  • streams
  • berry creek
  • fungi
  • fungal
  • mycology
  • sample
  • sampling
  • pathogen
  • pathogens
  • rot
  • mycorrhizae
  • lichens
  • lichen
  • Bill Denison
Additional Information
Currently Active
Yes
Agency
OSU
Project Type
Research
Research Forest
N/A
Researcher
Denison, Bill
Role
C
Collaborators
N/A
Debug Fields
Fields that will be removed when going live.
Import Unique ID
172
Project ID
172

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

Mycorrhizae-Phosphate Interactions

Purpose

This soil has properties (high phosphorus-fixing capacity) which we want to incorporate into a research project testing endomycorrhizal fungi species. Research project is conducted at our own facility. Will remove 2-3 wheelbarrow loads of subsoil from s

Project Start Date
1988-11-01
Project End Date
1988-12-31
Related Publications
N/A
Project Categories
  • Environmental Factors
  • Mycology
Keywords
  • Mycorrhizae
  • mycorrhizal
  • phosphate
  • interaction
  • interactions
  • fungal
  • fungus
  • soil
  • soils
  • fix
  • fixing
  • endo
  • fungi
  • subsoil
  • subsoils
  • sub
  • Robert Linderman
Additional Information
Currently Active
No
Agency
USDA/ARS
Project Type
Research
Research Forest
N/A
Researcher
Linderman, Robert
Role
C
Collaborators
N/A
Debug Fields
Fields that will be removed when going live.
Import Unique ID
259
Project ID
259

Epigelous and Hypogeous Pezizales of Western North America

Purpose

To determine and document biological diversity of the region's morels, truffles, and related cup-fungi. To prepare a modern, comprehensive synthesis on these fungi for the scientific and lay public.

Project Start Date
1990-08-15
Project End Date
1993-08-15
Related Publications
N/A
Project Categories
  • Environmental Factors
  • Mycology
Keywords
  • epigelous
  • hypogeous
  • pezizale
  • pezizales
  • western
  • north america
  • morel
  • morels
  • truffles
  • truffle
  • fungi
  • fungus
  • mushroom
  • mushrooms
  • cup
  • fungal
  • morchella
  • Nancy Weber
  • Denison
  • Bill
  • Trappe
  • James
Additional Information
Currently Active
No
Agency
OSU
Project Type
Research
Research Forest
N/A
Researcher
Weber, Nancy S.
Role
PI
Collaborators
Denison, Bill; Trappe, James M.
Debug Fields
Fields that will be removed when going live.
Import Unique ID
292
Project ID
292

Snag Inoculation Study

Purpose

Shooting trees with fungus-laden shells

Project Start Date
1997-02-01
Project End Date
1997-07-16
Related Publications
N/A
Project Categories
  • Forest Management
  • Slash & Decomposition
Keywords
  • snag
  • snags
  • mortality
  • deacay
  • inoculation
  • inoculate
  • create
  • creation
  • shoot
  • fungus
  • fungi
  • fungal
  • mycology
  • shell
  • shells
  • Baker
  • Greg Filip
Additional Information
Currently Active
No
Agency
Forest Resources, Utah State University
Project Type
Research
Research Forest
N/A
Researcher
Baker, F.A.
Role
PI
Collaborators
Filip, Greg
Debug Fields
Fields that will be removed when going live.
Import Unique ID
340
Project ID
340

Artificial Inoculation of Decay Fungi into Douglas-fir with Rifle and Shotgun to Produce Wildlife Trees in Western Oregon

Purpose

To evaluate the effectiveness of innoculating primarily Douglas-fir trees with rifles and shotguns. Effectiveness will be measured by the incidence of foraging and cavity formation by birds and by the presence of wood decay as indicated by fungal conks. T

Project Start Date
2002-05-12
Project End Date
2002-12-31
Related Publications
Filip, Gregory M., et al. Technical Note—Artificial Inoculation of Decay Fungi into Douglas-Fir with Rifle or Shotgun to Produce Wildlife Trees in Western Oregon. Western Journal of Applied Forestry 19.3 (2004): 211-215.
Project Categories
  • Forest Management
  • Slash & Decomposition
Keywords
  • artificial
  • inoculate
  • inoculation
  • decay
  • fungi
  • fungus
  • fungal
  • pathogen
  • pathogens
  • douglas-fir
  • douglas fir
  • pseudotsuga menziesii
  • rifle
  • gun
  • shotgun
  • guns
  • snag
  • snags
  • mortality
  • cavity
  • cavities
  • bird
  • birds
  • conk
  • conks
  • Greg Filip
Additional Information
Currently Active
No
Agency
OSU Forest Sciences
Project Type
Research
Research Forest
N/A
Researcher
Filip, Greg
Role
PI
Collaborators
N/A
Debug Fields
Fields that will be removed when going live.
Import Unique ID
380
Project ID
380

Truffle Survey

Purpose

Collect, Identify, and catalog the hypogeous fungi of McDonald/Dunn forest

Project Start Date
2007-01-01
Project End Date
2012-01-01
Related Publications
N/A
Project Categories
  • Environmental Factors
  • Mycology
Keywords
  • Truffle
  • truffles
  • survey
  • surveys
  • mycology
  • mushroom
  • mushrooms
  • fungi
  • fungus
  • fungal
  • hypogeous
  • James Trappe
Additional Information
Currently Active
Yes
Agency
USFS
Project Type
Research
Research Forest
N/A
Researcher
Trappe, James M.
Role
PI
Collaborators
N/A
Debug Fields
Fields that will be removed when going live.
Import Unique ID
421
Project ID
421

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