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Articles 46981 - 47010 of 57323
Full-Text Articles in Entire DC Network
Comparison Of Precipitation As Measured In Gages Protected By A Modified Alter Shield, Wyoming Shield, And Stand Of Trees, D.L. Sturges
Comparison Of Precipitation As Measured In Gages Protected By A Modified Alter Shield, Wyoming Shield, And Stand Of Trees, D.L. Sturges
Aspen Bibliography
No abstract provided.
Vegetative Regeneration In Aspen: Ecology And Management In The Western United States, George A. Schier, John R. Jones, Robert P. Winokur
Vegetative Regeneration In Aspen: Ecology And Management In The Western United States, George A. Schier, John R. Jones, Robert P. Winokur
Aspen Bibliography
No abstract provided.
Nurse Crop In Aspen: Ecology And Management In The Western United States, W.D. Shepperd, J.R. Jones
Nurse Crop In Aspen: Ecology And Management In The Western United States, W.D. Shepperd, J.R. Jones
Aspen Bibliography
No abstract provided.
Fuel Classification In Aspen Forest, D.G. Simmerman, J.K. Brown
Fuel Classification In Aspen Forest, D.G. Simmerman, J.K. Brown
Aspen Bibliography
No abstract provided.
Regeneration In Aspen: Ecology And Management In The Western United States, George A. Schier, Wayne D. Shepperd, John R. Jones
Regeneration In Aspen: Ecology And Management In The Western United States, George A. Schier, Wayne D. Shepperd, John R. Jones
Aspen Bibliography
No abstract provided.
Using Glyphosate Herbicide In Converting Aspen To Conifers, Donald A. Perala
Using Glyphosate Herbicide In Converting Aspen To Conifers, Donald A. Perala
Aspen Bibliography
No abstract provided.
Forage In Aspen: Ecology And Management In The Western United States, Walter F. Mueggler
Forage In Aspen: Ecology And Management In The Western United States, Walter F. Mueggler
Aspen Bibliography
No abstract provided.
Ruffed Grouse Habitat Relationships In Aspen And Oak Forests Of Central Wisconsin Usa, J.F. Kubisiak
Ruffed Grouse Habitat Relationships In Aspen And Oak Forests Of Central Wisconsin Usa, J.F. Kubisiak
Aspen Bibliography
Ruffed grouse habitat requirements and management opportunities have been defined by Bump et al. (1947), Grange (1948), Dorney (1959), Gullion at al. (1962), Moulton (1968), and Gullion (1972), among others. It is generally agreed that interspersion of cover types and age classes is one of the keys to better grouse populations.
Intermediate Treatments In Aspen: Ecology And Management In The Western United States, J.R. Jones, W.D. Shepperd
Intermediate Treatments In Aspen: Ecology And Management In The Western United States, J.R. Jones, W.D. Shepperd
Aspen Bibliography
No abstract provided.
Insects And Other Invertebrates In Aspen: Ecology And Management In The Western United States, J.R. Jones, N.V. Debyle, D.M. Bowers
Insects And Other Invertebrates In Aspen: Ecology And Management In The Western United States, J.R. Jones, N.V. Debyle, D.M. Bowers
Aspen Bibliography
No abstract provided.
Distribution In Aspen: Ecology And Management In The Western United States, J.R. Jones
Distribution In Aspen: Ecology And Management In The Western United States, J.R. Jones
Aspen Bibliography
No abstract provided.
Fire In Aspen: Ecology And Management In The Western United States, John R. Jones, Norbert V. Debyle
Fire In Aspen: Ecology And Management In The Western United States, John R. Jones, Norbert V. Debyle
Aspen Bibliography
No abstract provided.
Growth In Aspen: Ecology And Management In The Western United States, John R. Jones, George A. Schier
Growth In Aspen: Ecology And Management In The Western United States, John R. Jones, George A. Schier
Aspen Bibliography
No abstract provided.
Genetics And Variation In Aspen: Ecology And Management In The Western United States, J.R. Jones, N.V. Debyle
Genetics And Variation In Aspen: Ecology And Management In The Western United States, J.R. Jones, N.V. Debyle
Aspen Bibliography
The broad genotypic variability in quaking aspen (Populus tremuloides Michx.), that results in equally broad phenotypic variability among clones is important to the ecology and management of this species. This chapter considers principles of aspen genetics and variation. variation in aspen over its range, and local variation among clones. For a more detailed review of the genetics of qualung aspen, especially with wider geographic application and with emphasis on tree breeding, see Einspahr and Winton (1976).
Morphology In Aspen: Ecology And Management In The Western United States, J.R. Jones, N.V. Debyle
Morphology In Aspen: Ecology And Management In The Western United States, J.R. Jones, N.V. Debyle
Aspen Bibliography
No abstract provided.
Other Physical Factors In Aspen: Ecology And Management In The Western United States, J.R. Jones, N.V. Debyle
Other Physical Factors In Aspen: Ecology And Management In The Western United States, J.R. Jones, N.V. Debyle
Aspen Bibliography
No abstract provided.
Esthetics And Landscaping In Aspen: Ecology And Management In The Western United States, Craig W. Johnson, Thomas C. Brown, Michael L. Timmons
Esthetics And Landscaping In Aspen: Ecology And Management In The Western United States, Craig W. Johnson, Thomas C. Brown, Michael L. Timmons
Aspen Bibliography
Aspen is valued for its scenic beauty. One indication of this is the trips to the "high country" that many forest visitors make to view the autumn color changes (fig. 1). Another is the frequency with which aspen is planted in urban and suburban areas. Subjective generalizations about the esthetic uses of aspen, although reasonable, provide only rough guidance for management of scenic quality. They can not be used to compare the relative beauty of different scenes, or to determine how much scenic beauty changes as the physical characteristics of the scene change, either naturally or as the result of …
Examples Of Aspen Treatment, Succession, And Management In Western Colorado, Barry C. Johnston, Leonard Hendzel
Examples Of Aspen Treatment, Succession, And Management In Western Colorado, Barry C. Johnston, Leonard Hendzel
Aspen Bibliography
No abstract provided.
Diseases In Aspen: Ecology And Management In The Western United States, Thomas E. Hinds
Diseases In Aspen: Ecology And Management In The Western United States, Thomas E. Hinds
Aspen Bibliography
Although many diseases attack aspen, relatively few kill or seriously injure living trees. The common leaf diseases, in general, are widely distributed throughout the range of aspen, whereas there are subtle differences in distribution between the important decay fungi, and apparently entirely different areas of distribution of major canker-causing organisms. However, there still are large gaps in knowledge of the disease organisms and their influence on natural and regenerated stands.
Survey Of Aspen Stands Treated With Herbicides In The Western United States, R.O. Harniss, D.L. Bartos
Survey Of Aspen Stands Treated With Herbicides In The Western United States, R.O. Harniss, D.L. Bartos
Aspen Bibliography
No abstract provided.
Steam-Injection Pressing Of Isocyanate-Bonded Aspen Flakeboards. Latitudes And Limitations, R.L. Geimer
Steam-Injection Pressing Of Isocyanate-Bonded Aspen Flakeboards. Latitudes And Limitations, R.L. Geimer
Aspen Bibliography
No abstract provided.
Taxonomy In Aspen: Ecology And Management In The Western United States, Kimball T. Harper, John D. Shane, John R. Jones
Taxonomy In Aspen: Ecology And Management In The Western United States, Kimball T. Harper, John D. Shane, John R. Jones
Aspen Bibliography
No abstract provided.
Wildlife In Aspen: Ecology And Management In The Western United States, Norbert V. Debyle
Wildlife In Aspen: Ecology And Management In The Western United States, Norbert V. Debyle
Aspen Bibliography
Aspen forests provide important habitat for many species of wildlife (Gullion 1977b), especially in the West (see the appendix to this chapter). In the coniferous forests of the interior West, aspen groves may be the only source of abundant forage; in the grasslands they may be the sole source of cover. A primary value of the aspen ecosystem in the West during the past century has been production of forage for both wildlife and domestic livestock (see the FORAGE chapter).
Management For Esthetics And Recreation, Forage, Water, And Wildlife, Norbert V. Debyle
Management For Esthetics And Recreation, Forage, Water, And Wildlife, Norbert V. Debyle
Aspen Bibliography
No abstract provided.
The Role Of Fire In Aspen Ecology, Norbert V. Debyle
The Role Of Fire In Aspen Ecology, Norbert V. Debyle
Aspen Bibliography
The tree with the widest range in North America, quaking aspen (Populus tremuloides), occurs on more than 7 million acres (2.86 million ha) in the nine interior Western States (Colorado, Utah, New Mexico, Wyoming, Arizona, Idaho, Montana, South Dakota, and Nevada). About 65 percent of the land is in public ownership; this includes many acres of wilderness at mid to high elevations.
Guidelines For Managing Aspen, The Aspen Panel
Guidelines For Managing Aspen, The Aspen Panel
Aspen Bibliography
No abstract provided.
Volume Comparison Of Pine, Spruce, And Aspen Growing Side By Side, David H. Alban
Volume Comparison Of Pine, Spruce, And Aspen Growing Side By Side, David H. Alban
Aspen Bibliography
No abstract provided.
Progeny Testing Of Native Aspens And Their Hybrids For Biomass Production In Michigan, G.L. Reighard, J.W. Hanover
Progeny Testing Of Native Aspens And Their Hybrids For Biomass Production In Michigan, G.L. Reighard, J.W. Hanover
Aspen Bibliography
Anaspen progeny test consisting of 206 families of trembling aspen (Populus tremuloides), bigtooth apsen (P. grandidentata), and their hybrids (P. Xsmithii and P. Xrouleauiana) was planted on five Michigan sites and evaluated after two growing seasons. Growth performance of trembling aspen families when compared with all aspen taxa was above average and increased with the latitude of the plantation site. Backcrosses of trembling aspen males to white poplar-bigtooth aspen (P. Xrouleauiana) females produced the fastest growing families at all Lower Peninsula plantations. Most hybrid aspen (P. Xsmithii) families had growth rates below the planation …
Aspen Community Types Of Nevada, W. F. Mueggler
Aspen Community Types Of Nevada, W. F. Mueggler
Aspen Bibliography
No abstract provided.
Monte Carlo Simulation Of The Game Of Twenty-One, Douglas E. Loer
Monte Carlo Simulation Of The Game Of Twenty-One, Douglas E. Loer
All Graduate Plan B and other Reports, Spring 1920 to Spring 2023
The purpose of this paper is to demonstrate the application of computer simulation to the game of Twenty-One to predict a player's expected return from the game. Twenty-One has traditionally been one of the most popular casino games and has attracted much effort to accurately estimate the house's true advantage. Probability theory has been tried, but the thousands of different combinations of cards possible in all hands throughout the entire pack make it practically impossible to apply probability theory without overlooking some possibilities. For this reason, Twenty-One is a perfect candidate for simulation. By blocking several simulations, normal theory can …