Open Access. Powered by Scholars. Published by Universities.®
- Discipline
Articles 1 - 9 of 9
Full-Text Articles in Forest Sciences
Effects Of Slash Pile Burning After Restoring Conifer- Encroached Aspen, Christa M. Dagley, John-Pascal Berrill, Stephanie Coppeto, Kyle Jacobson
Effects Of Slash Pile Burning After Restoring Conifer- Encroached Aspen, Christa M. Dagley, John-Pascal Berrill, Stephanie Coppeto, Kyle Jacobson
Aspen Bibliography
Removal of conifers encroaching aspen stands has been advocated and is being practiced in the Lake Tahoe Basin (EIP Project #10080: Aspen Community Restoration Projects). In remote and roadless areas, thinning of conifers is generating large volumes of wood and pile burning is currently being implemented to handle this biomass on site. However, the effects of pile burning on aspen are unknown, and there is an urgent need for guidelines to support design of thinning treatment prescriptions; specifically burn pile size and safe distances from live aspen trees of any size to prevent injury.
Effects Of Fertilization On Hypoxylon Canker Of Trembling Aspen, G.E. Teachman, D.J. Frederick, W.E. Perkis, M.F. Jurgensen
Effects Of Fertilization On Hypoxylon Canker Of Trembling Aspen, G.E. Teachman, D.J. Frederick, W.E. Perkis, M.F. Jurgensen
Aspen Bibliography
No abstract provided.
Wildlife Habitat Investigations And Management Implications On The Bridger-Teton National Forest, G.E. Gruell, M.S. Boyce, L.D. Hayden Wing
Wildlife Habitat Investigations And Management Implications On The Bridger-Teton National Forest, G.E. Gruell, M.S. Boyce, L.D. Hayden Wing
Aspen Bibliography
Grazing impact by elk and moose has been a point of concern in Jackson Hole for many years. Concern has been primarily directed towards sparsely vegetated south aspects, aspen stands, and willow bottoms. Numerous transects have quantified heavy foliage utilization. Trend studies have been mostly inconclusive. Study of historical narratives have quantified heavy forage utilization. Trend studies have been mostly inconclusive. Study of historical narratives, early photographs and consideration of plant physiology, soils data, and fire ecology have aided interpretations of vegetal trend and plant succession in recent years. Photographs show little change on sparsely vegetated sites. Soils information on …
Influence Of Fire On Vegetation Production In The Aspen Ecosystem In Western Wyoming, Dale L. Bartos, Walter F. Mueggler
Influence Of Fire On Vegetation Production In The Aspen Ecosystem In Western Wyoming, Dale L. Bartos, Walter F. Mueggler
Aspen Bibliography
One hundred and sixty hectares of the upper Gros Ventre elk winter range were burned to improve forage production and to rejuvenate the decadent aspen.
Interacting Environmental Factors Associated With The Incidence Of Hypoxylon Canker On Trembling Aspen, R.I. Bruck
Interacting Environmental Factors Associated With The Incidence Of Hypoxylon Canker On Trembling Aspen, R.I. Bruck
Aspen Bibliography
No abstract provided.
Repeated Prescribed Burning In Aspen, Donald A. Perala
Repeated Prescribed Burning In Aspen, Donald A. Perala
Aspen Bibliography
No abstract provided.
Prescribed Burning In An Aspen-Mixed Hardwood Forest, Donald A. Perala
Prescribed Burning In An Aspen-Mixed Hardwood Forest, Donald A. Perala
Aspen Bibliography
No abstract provided.
Effect Of An Aspen Clearcutting On Water Yield And Quality In Northern Minnesota, Elon S. Verry
Effect Of An Aspen Clearcutting On Water Yield And Quality In Northern Minnesota, Elon S. Verry
Aspen Bibliography
The impact of different forest types on streamflow or groundwater recharge must be considered in evaluating multiple-use alternatives. The impact of species conversion on streamflow has been directly measured at the Coweeta Experimental Watersheds in North Carolina. However, the use of net precipitation1 data, with appropriate cautions, provides a practical basis for estimating water yield differences between forest types where long-term streamflow comparisons are not available.
Foliar Penetration Of Picloram And 2,4-D In Aspen And Balsam Poplar, M.P. Sharma, W.H. Vanden Born
Foliar Penetration Of Picloram And 2,4-D In Aspen And Balsam Poplar, M.P. Sharma, W.H. Vanden Born
Aspen Bibliography
Added surfactant (Atlox 210) at 1% (v/v) and high relative humidity enhanced the penetration of both 4-amino-3,5,6-trichloropicolinic acid (picloram) and (2,4-dichlorophenoxy)acetic acid (2,4-D0 into detached leaves of aspen poplar (Populus tremuloides Michx.).