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Articles 2251 - 2256 of 2256
Full-Text Articles in Entire DC Network
The Effects Of Grazing On Vegetation, Warren Abrahamson
The Effects Of Grazing On Vegetation, Warren Abrahamson
Warren G. Abrahamson, II
No abstract provided.
Growth Forms Of Opuntia Compressa (Cactaceae) In Florida Sandridge Habitats, Warren Abrahamson, J. Rubinstein
Growth Forms Of Opuntia Compressa (Cactaceae) In Florida Sandridge Habitats, Warren Abrahamson, J. Rubinstein
Warren G. Abrahamson, II
No abstract provided.
Reproduction Of Rubus Hispidus L. In Different Habitats, Warren Abrahamson
Reproduction Of Rubus Hispidus L. In Different Habitats, Warren Abrahamson
Warren G. Abrahamson, II
No abstract provided.
Growth Form And Reproductive Effort In Goldenrods, Warren Abrahamson, M. Gadgil
Growth Form And Reproductive Effort In Goldenrods, Warren Abrahamson, M. Gadgil
Warren G. Abrahamson, II
No abstract provided.
Logical And Persuasive Structures In Charles Darwin's Prose Style, Charles Kay Smith
Logical And Persuasive Structures In Charles Darwin's Prose Style, Charles Kay Smith
Charles Kay Smith
This paper analyzes Charles Darwin's characteristic writing behavior. Darwin was a more interesting and dedicated writer than he is commonly credited for being. This essay will reassess the importance of his writing. The surface characteristics of Darwin's prose (conventionally referred to as his "style") seem at first glance so plain and ordinary that Darwin's writing rarely interests students of style. Exceptions such as Theodore Baird in an essay entitled "Darwin and the Tangled Bank"1 and Stanley Edgar Hyman in a longer study of Darwin's writing, The Tangled Bank,2 both make a point of the current general disregard of Darwin as …
Predicting Bite Force In Mammals: 2d Vs. 3d Lever Models, Elizabeth R. Dumont
Predicting Bite Force In Mammals: 2d Vs. 3d Lever Models, Elizabeth R. Dumont
Elizabeth R. Dumont
Bite force is a measure of whole-organism performance that is often used to investigate the relationships between performance, morphology and fitness. When in vivo measurements of bite force are unavailable, researchers often turn to lever models to predict bite forces. This study demonstrates that bite force predictions based on two-dimensional (2-D) lever models can be improved by including three-dimensional (3-D) geometry and realistic physiological cross-sectional areas derived from dissections. Widely used, the 2-D method does a reasonable job of predicting bite force. However, it does so by over predicting physiological cross-sectional areas for the masseter and pterygoid muscles and under …