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Full-Text Articles in Forest Sciences
Quaking Aspen Productivity Recovers After Repeated Prescribed Fire, Donald A. Perala
Quaking Aspen Productivity Recovers After Repeated Prescribed Fire, Donald A. Perala
Aspen Bibliography
No abstract provided.
Development And Application Of A State-Wide Empirical Growth And Yield Model For Natural Aspen Stands, D.K. Walters, A.R. Ak
Development And Application Of A State-Wide Empirical Growth And Yield Model For Natural Aspen Stands, D.K. Walters, A.R. Ak
Aspen Bibliography
No abstract provided.
Silviculture And Management Of Aspen In Canada: The Western Canada Scene, S. Navratil, I.E. Bella, E.B. Peterson
Silviculture And Management Of Aspen In Canada: The Western Canada Scene, S. Navratil, I.E. Bella, E.B. Peterson
Aspen Bibliography
No abstract provided.
Aspnorm: A Normal Diameter Distribution Growth And Yield Model For Aspen In The Central Rocky Mountains, H.T. Mowrer
Aspnorm: A Normal Diameter Distribution Growth And Yield Model For Aspen In The Central Rocky Mountains, H.T. Mowrer
Aspen Bibliography
No abstract provided.
Rmyld Update: New Growth And Yield Relationships For Aspen, C.B. Edminster, H.T. Mowrer
Rmyld Update: New Growth And Yield Relationships For Aspen, C.B. Edminster, H.T. Mowrer
Aspen Bibliography
No abstract provided.
Natural Variation In Merchantable Stem Biomass And Volume Among Clones Of Populus Tremuloides Michx, G.A. Lehn, K.O. Higginbotham
Natural Variation In Merchantable Stem Biomass And Volume Among Clones Of Populus Tremuloides Michx, G.A. Lehn, K.O. Higginbotham
Aspen Bibliography
No abstract provided.
Uneven-Aged Stand Structure And Growth Of Rocky Mountain Aspen, D.R. Betters, R.F. Wood
Uneven-Aged Stand Structure And Growth Of Rocky Mountain Aspen, D.R. Betters, R.F. Wood
Aspen Bibliography
No abstract provided.
Biomass Productivity Of Young Aspen Stands In Western Canada, I.E. Bella, J.P. Defranceschi
Biomass Productivity Of Young Aspen Stands In Western Canada, I.E. Bella, J.P. Defranceschi
Aspen Bibliography
No abstract provided.
Tree Rings And Kaibab North Deer Hunting Success, 1925-1975, C.E. Young
Tree Rings And Kaibab North Deer Hunting Success, 1925-1975, C.E. Young
Aspen Bibliography
Knowledge of the biotic and abiotic factors producing long and short-term changes in numbers provides the basis for managing wildlife populations. Frequently, evaluation of these factors over a long time period is impossible. the large, well-documented past fluctuations of mule deer (Odocoileus hemionus) numbers on Arizona's North Kaibab plateau (Rasmussen, 1941; Russo, 1964; Caughley, 1970; Burk, 1973) make it potentially useful for examining long-term effects.
Regeneration And Productivity Of Aspen [Populus Tremuloides] Grown On Repeated Short Rotations [In Minnesota], Donald A. Perala
Regeneration And Productivity Of Aspen [Populus Tremuloides] Grown On Repeated Short Rotations [In Minnesota], Donald A. Perala
Aspen Bibliography
No abstract provided.
Five-Year Growth And Development In A Virgin Arizona Mixed Conifer Stand, G.J. Gottfried
Five-Year Growth And Development In A Virgin Arizona Mixed Conifer Stand, G.J. Gottfried
Aspen Bibliography
No abstract provided.
Thinning Strategies For Aspen [Populus Tremuloides In The Lake States]: A Prediction Model, Donald A. Perala
Thinning Strategies For Aspen [Populus Tremuloides In The Lake States]: A Prediction Model, Donald A. Perala
Aspen Bibliography
No abstract provided.
Advantages Of Herbicides For Brush Control On Newly Seeded Rangeland In Western Canada, G.G. Bowes
Advantages Of Herbicides For Brush Control On Newly Seeded Rangeland In Western Canada, G.G. Bowes
Aspen Bibliography
No abstract provided.
Growth And Decay Losses In Colorado Aspen, Thomas E. Hinds, E.M. Wengert
Growth And Decay Losses In Colorado Aspen, Thomas E. Hinds, E.M. Wengert
Aspen Bibliography
Quaking aspen (Populus tremuloides Michx.) stands in Arizona, Colorado, New Mexico, Utah, and Wyoming (fig. 1) contain an estimated 7.1 billion bd ft of sawtimber (Green and Setzer 1974).
Understory Production Not Predictable From Aspen Basal Area Or Density, K.E. Severson, J.J. Kranz
Understory Production Not Predictable From Aspen Basal Area Or Density, K.E. Severson, J.J. Kranz
Aspen Bibliography
Analysis of effects of aspen basal area and density on production of understory vegetation revealed no useful predictive relationships using the model log Y = a + bX. However, as the proportion of ponderosa pine basal area increased in aspen-pine stands, understory production declined in a predictable manner. Root biomass, total biomass, and/or growth rate of aspen may be more closely related to understory production than measures of aspen overstory.
Development Of Some Young Aspen Stands In Arizona, J.R. Jones, David P. Trujillo
Development Of Some Young Aspen Stands In Arizona, J.R. Jones, David P. Trujillo
Aspen Bibliography
No abstract provided.
Height-Growth Comparisons Of Some Quaking Aspen Clones In Arizona, John R. Jones, David P. Trujillo
Height-Growth Comparisons Of Some Quaking Aspen Clones In Arizona, John R. Jones, David P. Trujillo
Aspen Bibliography
No abstract provided.
Grass-Woody Plant Relationships, A.W. Bailey, R.K. Gupta
Grass-Woody Plant Relationships, A.W. Bailey, R.K. Gupta
Aspen Bibliography
No abstract provided.
Yields From 18-Year-Old Aspen Via Total Tree Harvesting, M.K. Benson, D.W. Einspahr
Yields From 18-Year-Old Aspen Via Total Tree Harvesting, M.K. Benson, D.W. Einspahr
Aspen Bibliography
Described are the results of harvesting the above-ground parts of an 18-year-old aspen stand and the observations made on the initial suckering of the new stand. The yields for the stand of 17.7 cunits per acre were greater than predicted yields of comparable material for the site at age 35. Suckering on the area the first area after cutting averaged 37,000 aspen stems per acre and 2.6 feet in height.
Projecting The Aspen Resource In The Lake States [Usa], W.A. Leuschner
Projecting The Aspen Resource In The Lake States [Usa], W.A. Leuschner
Aspen Bibliography
No abstract provided.