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Project Start Year
Project Categories
5 records found

Corvallis Area Rain Gauge Project

Purpose

There is one rain gauge structure approximately 2'X2' and 4' high. This rain gauge is one of a network of rain gauges in the Corvallis area. The experiment is aimed at defining the variations in rainfall in this localized area.

Project Start Date
1976-03-01
Project End Date
1982-06-30
Related Publications
N/A
Project Categories
  • Environmental Factors
  • Weather & Airborne Factors
Keywords
  • Corvallis
  • rain
  • raining
  • gauge
  • gauges
  • project
  • projects
  • rainfall
  • fall
  • variation
  • variations
  • Atmospheric
  • atmosphere
  • John Boston
  • Paul Rutledge
Additional Information
Currently Active
No
Agency
OSU-Atmospheric Science
Project Type
Research
Research Forest
N/A
Researcher
Boston, John
Role
C
Collaborators
Rutledge, Paul S.
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101
Project ID
101

Blodgett Tract Hydrology Study

Purpose

Project will collect precipitation data for a better understanding of the hydrology of the Blodgett Tract. Landslides and major changes in stream channels are often associated with major storms. This data will help to determine the magnitude of storms p

Project Start Date
1988-10-27
Project End Date
1998-10-27
Related Publications
N/A
Project Categories
  • Hydrology
  • Stream Habitats & Dynamics
Keywords
  • Blodgett
  • Tract
  • Hydrology
  • hydrological
  • water
  • precipitation
  • landslide
  • slide
  • slides
  • stream
  • streams
  • channel
  • channels
  • storm
  • storms
  • rain
  • gauge
  • Henry Froehlich
Additional Information
Currently Active
No
Agency
OSU
Project Type
Research
Research Forest
N/A
Researcher
Froehlich, Henry A.
Role
C
Collaborators
N/A
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271
Project ID
271

Watershed characteristics affecting surface runoff from forest roads

Purpose

Every other cross-drain culvert on the roads within the Oak Creek watershed will be instrumented with crest gauges to record peak flow through culverts during rain events. Rainfall will also be measured using tipping bucket rain gauges. These instrument

Project Start Date
2000-06-01
Project End Date
2002-06-01
Related Publications
N/A
Project Categories
  • Hydrology
  • Erosion
Keywords
  • watershed
  • watersheds
  • hydrology
  • surface
  • runoff
  • off
  • road
  • roads
  • erosion
  • erode
  • drain
  • drainage
  • culvert
  • culverts
  • oak creek
  • flow
  • rain
  • gauge
  • gauges
  • engineering
  • engineer
  • Arne Skaugset
  • Kami Ellington
Additional Information
Currently Active
No
Agency
Oregon State University- Forest Engineering
Project Type
Research
Research Forest
N/A
Researcher
Skaugset, Arne
Role
PI
Collaborators
Ellington, Kami S.
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366
Project ID
366

Watershed characteristics affecting surface runoff from forest roads

Purpose

Every other cross-drain culvert on the roads within the Oak Creek watershed will be instrumented with crest gauges to record peak flow through culverts during rain events. Rainfall will also be measured using tipping bucket rain gauges. These instrument

Project Start Date
2000-06-01
Project End Date
2002-06-01
Related Publications
N/A
Project Categories
  • Hydrology
  • Erosion
Keywords
  • watershed
  • watersheds
  • shed
  • surface
  • runoff
  • off
  • road
  • roads
  • water
  • erode
  • erosion
  • eroding
  • hydrology
  • gauge
  • gauges
  • flow
  • flows
  • culvert
  • culverts
  • rain
  • rainfall
  • Kami Ellington
  • Arne Skaugset
Additional Information
Currently Active
No
Agency
Oregon State University- Forest Engineering
Project Type
Research
Research Forest
N/A
Researcher
Skaugset, Arne
Role
PI
Collaborators
Ellington, Kami S.
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400
Project ID
400

Consequences of Canopy Interception for Stability of Slopes

Purpose

For field validation of a model that will describe the short term variation in canopy storage of rainfall. The goal is to determine 1)the contribution of canopy interception of rainfall to stability of slopes by its effects on short term water balance on

Project Start Date
2000-11-30
Project End Date
2003-07-31
Related Publications
Keim, R.F., and A.E. Skaugset. 2003. Modelling effects of forest canopies on slope stability. Hydrological Processes 17:1457-1467.
Project Categories
  • Environmental Factors
  • Weather & Airborne Factors
Keywords
  • consequences
  • canopy
  • canopies
  • interception
  • stability
  • slope
  • slopes
  • rain
  • rainfall
  • storage
  • water
  • balance
  • hydrology
  • Richard Keim
Additional Information
Currently Active
No
Agency
OSU Forest Engineering
Project Type
Research
Research Forest
N/A
Researcher
Keim, Richard
Role
PI
Collaborators
N/A
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Import Unique ID
368
Project ID
368

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Oregon State University
Corvallis, OR 97331-5704
Tel: 541-737-2004
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