Backward running
Backward running, also known as backwards running, running backwards, reverse running, retro running, or retro locomotion is the act of running in reverse, so that one travels in the direction one's back is facing rather than one's front. It is classed as a retro movement, the reverse of any normal movement. Non-English names include Rückwärtslaufen (German) and Marcha reversiva (Spanish).
Backward running is a less natural motion, but can be accomplished with some speed with practice. It is better to start out backward walking (also called retropedaling), which is relatively easy, and speed up. Like normal running, running up and down hills backwards will add an additional degree of difficulty.
Running backwards up a hill is not very dangerous. It will always be at a lower speed due to the enhanced difficulty, and if one trips there is less of a distance towards the ground and it is easier to absorb the impact with the arms and buttocks so that the head is not as likely to hit.
Running backwards down a hill is more dangerous, and it is advised that someone learn how to drop into a backward roll before attempting it, to deal with any resulting tripping or loss of balance in the prone movement. Although the distance to the ground is greater running downhill backwards, the incline makes it much easier to perform rolls in downhill running, than when running level ground, so it can be done more instinctively. This applies to backward running and the backroll as it does to front running and the front roll.
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Dangers
As the head faces forward, running backwards has the danger in that the runner cannot see anything on the ground or in the way of his or her path. Unlike forward running, it is also much more difficult to brace a backward fall or drop into a roll if one trips.
Turning the head around while running can generally eliminate the visual impediment, although it is awkward, limits speed, and may result in neck strain.
Practicing tumbling and exerting force in a backwards direction with the arms through various exercises like crabwalking or planches may aid in stopping damage or injury from falls or stopping falls.
Physical benefits
The combination of normal forward running and backward running is called mixed running or alternative mixed running. Some believe that running backwards helps balance out the strain brought on by normal running. Reversing the direction works the friction of tissues oppositely[citation needed]. Running flat or uphill, the heel is used to push off rather than the ball of the foot as normally occurs with forward runnining, working the tibialis anterior muscle (pushes the heel down, raises front of foot) more as a prime mover than a shock absorber. When running backward downhill, the ball of the foot is used whereas forward downhill running uses mainly the heel to absorb the force. This requires more coordination and therefore develops brain power along with muscle power[citation needed].
While downhill backward running is essentially the reverse of uphill running, and uphill backward running of downhill running, they are different in that the fibres would fire differently due to differences in the isotonic motions. The former is an eccentric version of a concentric movement, and the latter is a concentric version of an eccentric movement. Both concentric and eccentric movements have advantages in training, which is why most weight lifters perform both for set times.[1]
With all forms there is an obvious backward lean relative to normal running's forward lean, which can shift the stress of the other muscle fibres a small degree[citation needed].
Other advantages to backward running are a reduction in fear related to the movement[citation needed], a form of exercise that is naturally more reserved[citation needed], gains in balance[citation needed], and the general enjoyment resulting from entertaining activities like these. Due to constantly having to look behind oneself, or sometimes keeping the eyes fixed, people can learn to run with more neck mobility or without a straight look ahead. This can stress the neck muscles which can be dangerous if done too aggressively, but in the long term could lead to adaptations in them[citation needed].
Backward running adds another dimension to running, and when complemented by sidestepping in both directions (with and without crossovers front and behind intermittently) covers the essential dimensions of human movement on the two-dimensional plane. Diagonal movement as well as curving running (as is done on long race tracks like 200 m and longer in the Olympics) are additional forms of running.
Backwards running allows referees in sports such as football or rugby to continuously observe an area of play without interfering with play.
Races in UK
- 4th UK Backward Run, Heaton Park. Manchester - Sunday 11 August 2013
- 3rd UK Backward Run, Heaton Park. Manchester - Sunday 27 May 2012
- 2nd UK Backward Running Championships, Heaton Park. Manchester - Sunday 14 August 2011
- London Backward Running Championships, Crystal Palace, South London - Sunday 17 July 2011
- 1st UK Backward Running Championships, Heaton Park. Manchester - Sunday 22 August 2010
Past races
- 07-08/08/2010 - World Retro Running Championships, Kapfenberg, Austria
- 22/08/2010 - 1st UK Backward Running Championships, Manchester (Winner was Garret Doherty of Ireland)
Famous backward runner
- Achim Aretz (GER)
- Thomas Dold (GER)
- Antje Strothmann (GER)
- Isabella Wagner (GER)
- Roland Wegner (GER)
- Johannes Gosch (AUT)
- Simone Kühn (AUT)
- Surasa Mairer (AUT)
- Stefano Morselli (ITA)
- Kerstin Metzler-Mennenga (LIE)
- Bud Badyna (USA)
- Brian Godsey (USA)
- Franz Maier (GER)
- Arno Schneider (GER)
- Ralf Klug (GER)
- Kathleen Heine (GER)
- Jürgen Hagmann (GER)
- Markus Jürgens (GER)
Film
As of July 2012[update] an Australian feature film called Reverse Runner is in post production, it is executive produced by Stephen Herek, the director of The Mighty Ducks and directed by Lachlan Ryan and Jarrod Theodore.
See also
References
- ↑ 'Effects of concentric and eccentric training on muscle strength, cross-sectional area, and neural activation' by Elizabeth J. Higbie, Kirk J. Cureton, Gordon L. Warren, Barry M. Prior Journal of Applied Physiology,Nov 1996,81(5)2173-2181
