Running Energy

Energy cost of bipedal running.

FEDAK, MICHAEL A., BERRY PINSHOW, AND KNUT SCHMIDTNIELSEN. Energy cost of bipedal running. Am. J. Physiol. 227(5): 1038-1044. 1974.-This study compares the energy cost of running in twoand four-legged animals. In seven species of birds (0.04-22 kg) steady-state oxygen consumption during running at various speeds increased linearly with running speed. The slope (Eru;> of the regression line was ...

Energy taxes and endogenous technological change (Running Title: Energy taxes)

This paper studies the effects of a tax on energy use in a growth model where market structure is endogenous and jointly determined with the rate of technological change. Because this economy does not exhibit the scale effect (a positive relation between TFP growth and aggregate R&D), the tax has no effect on the steady-state growth rate. It has, however, important transitional effects that giv...

the calculation of the uphill energy cost of running from the level energy cost of running in a heterogeneous group of mountain ultra endurance runners

ultra-endurance mountain running has become extremely popular in recent years, and the energy cost is one of the factors that influence the final performance. the aim of this study was to determine if the energy cost of uphill running (uphill cr) can be calculated from level cr (energy cost of running in mlo2.kg-1.mn-1) in a heterogeneous group of mountain ultra-endurance runners using the di p...

Running Head : Le - Cla and Energy

STUDIES Energy system contribution in track running

his paper serves to review a series of studies re-investigating the relative energy system contribution to track running events between 100m and 3000m. The relative contribution and interaction of the respective energy systems for the provision of Adenosine tri-phosphate (ATP) during track running is of importance in order to understand the metabolic demands of an athletic event. This knowledge...