Index Catalog // ScholarsArchive@OSU

Data from: Context matters : A multi-scale assessment of riparian tree response to upslope density reduction

Creator:: Ruzicka, Kenneth, Puttemann, Klaus, and Ruzicka, Kenneth J.
Abstract:: 1.) We investigated the potential of cross-scale interactions to affect the outcome of density reduction in a large-scale silvicultural experiment to better understand options for managing forests under climate change. 2.) We measured tree growth and intrinsic water-use efficiency (iWUE) based on stable carbon isotopes (d13C) to investigate impacts of...
Resource Type:: Dataset

ring.diff.JOE.pub.csv

Creator:: Ruzicka, Kenneth, Puttemann, Klaus, and Ruzicka, Kenneth J.
Abstract:: 1.) We investigated the potential of cross-scale interactions to affect the outcome of density reduction in a large-scale silvicultural experiment to better understand options for managing forests under climate change. 2.) We measured tree growth and intrinsic water-use efficiency (iWUE) based on stable carbon isotopes (d13C) to investigate impacts of...

latediff.JOE.pub.csv

Creator:: Ruzicka, Kenneth, Puttemann, Klaus, and Ruzicka, Kenneth J.
Abstract:: 1.) We investigated the potential of cross-scale interactions to affect the outcome of density reduction in a large-scale silvicultural experiment to better understand options for managing forests under climate change. 2.) We measured tree growth and intrinsic water-use efficiency (iWUE) based on stable carbon isotopes (d13C) to investigate impacts of...

early.diff.JOE.pub.csv

Creator:: Ruzicka, Kenneth, Puttemann, Klaus, and Ruzicka, Kenneth J.
Abstract:: 1.) We investigated the potential of cross-scale interactions to affect the outcome of density reduction in a large-scale silvicultural experiment to better understand options for managing forests under climate change. 2.) We measured tree growth and intrinsic water-use efficiency (iWUE) based on stable carbon isotopes (d13C) to investigate impacts of...

all.data.JOE.pub.csv

Creator:: Ruzicka, Kenneth, Puttemann, Klaus, and Ruzicka, Kenneth J.
Abstract:: 1.) We investigated the potential of cross-scale interactions to affect the outcome of density reduction in a large-scale silvicultural experiment to better understand options for managing forests under climate change. 2.) We measured tree growth and intrinsic water-use efficiency (iWUE) based on stable carbon isotopes (d13C) to investigate impacts of...

README.JOE.pub.txt

Creator:: Ruzicka, Kenneth, Puttemann, Klaus, and Ruzicka, Kenneth J.
Abstract:: 1.) We investigated the potential of cross-scale interactions to affect the outcome of density reduction in a large-scale silvicultural experiment to better understand options for managing forests under climate change. 2.) We measured tree growth and intrinsic water-use efficiency (iWUE) based on stable carbon isotopes (d13C) to investigate impacts of...

Context matters : A multi-scale assessment of riparian tree response to upslope density reduction

Creator:: Ruzicka, Kenneth J., 1982-
Abstract:: Forest management is rapidly undergoing a transformation from a discipline based on efficient commodity production to one for multiple uses, especially on federally managed land in the United States. This new management paradigm has challenged silviculturists to develop and adapt forest management techniques that can deal with increased demands. Using...
Resource Type:: Dissertation
Full Text:: : Context Matters: A Multi-scale Assessment of Riparian Tree Response to Upslope Density Reduction

Management of Riparian Buffers: Upslope Thinning with Downslope Impacts

Creator:: Ruzicka, Kenneth J., Jr., Puettmann, Klaus J., and Olson, Deanna H.
Abstract:: We examined the potential of using upslope density management to influence growth and drought tolerance of trees in untreated downslope riparian forests. Increment cores from Douglas-fir trees in three mature stands in western Oregon, USA, were collected and measured. Trees responded to an apparent edge effect up to 15 m...
Resource Type:: Article
Full Text:: management on riparian tree growth within protected riparian zones in a context of variable water

Riparian and adjacent upslope beetle communities along a third order stream in the western Cascade Mountain Range, Oregon

Creator:: Brenner, Gregory John
Abstract:: Monitoring wildlife habitats has become important to forest ecosystem management because it provides valuable information about the response of forests and their species to harvest practices, impacts from recreational use, conservation efforts, and natural and human-caused disturbances. Monitoring is a complex task that requires a variety of abiotic and biotic...
Resource Type:: Dissertation
Full Text:: most difficult to monitor. Environmental assessment of riparian areas has focused on vertebrate

Modeling Fine-scale Avian Distributions and Densities with Multi-scale Models: Predicting the Past and Present

Creator:: Hallman, Tyler A.
Abstract:: Models of a species’ distribution and models of a species’ spatially explicit density are valuable tools for conservation. They allow researchers to estimate changes in distributions, densities, and populations, based on changing environmental conditions. To trust such estimates, however, the quality of models is exceedingly important. Model performance can be...
Resource Type:: Dissertation
Full Text:: explore the utility of multi-scale SDMs and abundance models in a boosted regression tree (BRT

ScholarsArchive@OSU

Data from: Context matters : A multi-scale assessment of riparian tree response to upslope density reduction

ring.diff.JOE.pub.csv

latediff.JOE.pub.csv

early.diff.JOE.pub.csv

all.data.JOE.pub.csv

README.JOE.pub.txt

Context matters : A multi-scale assessment of riparian tree response to upslope density reduction

Management of Riparian Buffers: Upslope Thinning with Downslope Impacts

Riparian and adjacent upslope beetle communities along a third order stream in the western Cascade Mountain Range, Oregon

Modeling Fine-scale Avian Distributions and Densities with Multi-scale Models: Predicting the Past and Present

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