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  1. Darrell P. Rowbottom & R. McNeill Alexander (2012). The Role of Hypotheses in Biomechanical Research. Science in Context 25 (2):247-262.
    This paper investigates whether there is a discrepancy between the stated and actual aims in biomechanical research, particularly with respect to hypothesis testing. We present an analysis of one hundred papers recently published in The Journal of Experimental Biology and Journal of Biomechanics, and examine the prevalence of papers which (a) have hypothesis testing as a stated aim, (b) contain hypothesis testing claims that appear to be purely presentational (i.e. which seem not to have influenced the actual study), and (c) (...)
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  2. R. McNeill Alexander (2006). Where Animals Go: Mechanistic Home Range Analysis Paul R. Moorcraft and Mark A. Lewis Princeton, NJ : Princeton University Press , 2006 (172 Pp; $26.95 Pbk; ISBN 0-691-00928-7). [REVIEW] Biological Theory 1 (4):433-434.
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  3. R. McNeill Alexander (1985). The Legs of Ostriches (Struthio) and Moas (Pachyornis). Acta Biotheoretica 34 (2-4).
    Ostriches were filmed running at maximum speed, and forces on the feet were calculated. Measurements were made of the principal structures in the legs of an ostrich. Hence peak stresses in muscles, tendons and bones were calculated. They lay within the range of stresses calculated for strenuous activities of other vertebrates. The ostrich makes substantial savings of energy in running, by elastic storage in stretched tendons. Pachyornis was a flightless bird, much heavier than ostriches and with massively thick leg bones. (...)
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  4. J. E. R. Staddon & R. McNeill Alexander (1983). Optima for Animals. Bioscience 33 (8):522.
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