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Effects of Acute Altitude, Speed and Surface on Biomechanical Loading in Distance Running.

Olaf Ueberschär1,2, Marlene Riedl1,3, Daniel Fleckenstein2

  • 1Department of Engineering and Industrial Design, Magdeburg-Stendal University of Applied Sciences, 39114 Magdeburg, Germany.

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Summary

Running speed significantly impacts biomechanical loading during distance running, affecting cadence and peak tibial acceleration. Altitude and surface had less influence, with running speed being the primary factor in gait analysis.

Keywords:
cadenceendurance runninghypoxiapeak tibial accelerationrunning gait symmetryshock attenuationtriathlon

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Area of Science:

  • Exercise Physiology
  • Biomechanics
  • Sports Science

Background:

  • Altitude training is a common strategy for enhancing endurance.
  • Understanding how environmental factors and running parameters affect biomechanics is crucial for performance and injury prevention.

Purpose of the Study:

  • To investigate the effects of acute altitude-induced hypoxia, running speed, and surface on running biomechanics.
  • To determine the primary factors influencing cadence, peak tibial acceleration (PTA), gait asymmetry, and residual shock.

Main Methods:

  • Ten trained lowlanders ran 1500m at varying altitudes (50m, 1000m, 2300m) on paved and natural surfaces.
  • Running speeds were set relative to individual ventilatory thresholds (vVT1 and vVT2).
  • Measurements included cadence, peak tibial acceleration (PTA), gait asymmetry, and shock attenuation.

Main Results:

  • Cadence increased with running speed but decreased with higher altitude.
  • Peak tibial acceleration (PTA) increased with running speed and decreased with altitude, especially at higher speeds.
  • Gait asymmetry remained unaffected by any tested variable.
  • Shock attenuation increased with running speed but was independent of altitude and surface.

Conclusions:

  • Running speed is the predominant factor influencing biomechanical loading during distance running.
  • Altitude and surface type have secondary effects on biomechanical parameters compared to running speed.
  • These findings are relevant for optimizing training strategies and understanding injury risk in diverse running conditions.