Advanced Search

Keywords

Project Start Year

Operator

Min

Max

Project Categories

Agriculture
- Agroforestry
- Grazing
- Rangeland Planning
Aquatic Organisms
- Crustaceans & Snails
- Fish
- Various Aquatic Invertebrates
Environmental Factors
- Browsing
- Invasive Vegetation
- Mycology
- Soil
- Vegetation
- Weather & Airborne Factors
Forest Management
- Chemical Control
- Fertilization
- Forest Growth & Succession
- Forest Health
- Forest Inventory
- Forest Planning
- Nurseries
- Recreation & Social Perception
- Reforestation & Restoration
- Slash & Decomposition
- Thinning
Forest Products
- Lumber
- Miscellanous Products
- Sawmills
- Wood Treatment
Hydrology
- Erosion
- Pollution
- Stream Habitats & Dynamics
- Woody Debris
Insects & Spiders
- Ants & Spiders
- Beetles
- Winged Insects
Logging
- Aerial Logging
- Cabled Logging
- Logging Mechanics
- Operator Dynamics
- Post-harvest Effects
Miscellaneous
- Cultural Studies & Excavation
- Floriculture
- Surveying & Aerial Photography
Trees
- Growth & Yield
- Pests & Pathogens
- Physiology & Genetics
- Seed Viability
Wildlife
- Birds
- Mammals
- Reptiles & Amphibians
- Vertebrate Ecology

1 record found

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