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Full-Text Articles in Life Sciences
Effects Of Partial Cutting On Diseases, Mortality, And Regeneration Of Rocky Mountain Aspen Stands, James W. Walters, Thomas E. Hinds, David W. Johnson, Jerome Beatty
Effects Of Partial Cutting On Diseases, Mortality, And Regeneration Of Rocky Mountain Aspen Stands, James W. Walters, Thomas E. Hinds, David W. Johnson, Jerome Beatty
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.
Tree Dynamics In Seral And Stable Aspen Stands Of Central Utah, Roy O. Harniss, Kimball T. Harper
Tree Dynamics In Seral And Stable Aspen Stands Of Central Utah, Roy O. Harniss, Kimball T. Harper
Aspen Bibliography
No abstract provided.
Scarification Of 3-Year-Old Aspen Suckers: 4- And 6-Year Effects On, And A Preliminary Forecast Of, The Internal Pathological Quality Of The Survivors, J.T. Basham
Aspen Bibliography
No abstract provided.
Volume Tables And Point-Sampling Factors For Aspen [Populus Tremuloides] In Colorado, Carleton B. Edminster, H. Todd Mowrer, H. Todd Hinds
Volume Tables And Point-Sampling Factors For Aspen [Populus Tremuloides] In Colorado, Carleton B. Edminster, H. Todd Mowrer, H. Todd Hinds
Aspen Bibliography
No abstract provided.
Aspen Community Types On The Caribou And Targhee National Forests In Southeastern Idaho, Walter F. Mueggler, R.B. Campbell, Jr
Aspen Community Types On The Caribou And Targhee National Forests In Southeastern Idaho, Walter F. Mueggler, R.B. Campbell, Jr
Aspen Bibliography
No abstract provided.
The Extent And Characteristics Of Low Productivity Aspen Areas In Minnesota, G.K. Raile, J.T. Hahn
The Extent And Characteristics Of Low Productivity Aspen Areas In Minnesota, G.K. Raile, J.T. Hahn
Aspen Bibliography
The aspen type in Minnesota occupies about 5.3 million acres, 39 percent of the State's commercial forest land1 Aspen is the State's major commercial species, accounting for 43 percent of all growing-stock removals for products in 1976 (Jakes 1980).
Ecotypic Differences In Heat Resistance Of Aspen Leaves, K.M. Peck, S.J. Wallner
Ecotypic Differences In Heat Resistance Of Aspen Leaves, K.M. Peck, S.J. Wallner
Aspen Bibliography
Heat resistance of aspen (Populus tremuloides) leaves was assessed by stressing leaf discs in vitro and measuring electrolyte leakage. Leaves were obtained from trees growing at elevations of 1960, 2195, and 2454 m. Heat tolerance was greatest in leaf samples from trees growing at the lowest site. Trees propagated from these sites and grown at 1520 m for 2 years showed some increase in heat tolerance, but apparent ecotypic differences persisted