CHANGES IN ROWING TECHNIQUE OVER A ROUTINE ONE HOUR LOW INTENSITY HIGH VOLUME TRAINING SESSION

High volume low intensity training sessions such as one hour rowing ergometer sessions are frequently used to improve the fitness of elite rowers. Early work has suggested that technique may decline over this time period. This study sought to test the hypothesis that "elite rowers can maintain...

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Main Authors: Hugh A.M. Mackenzie, Anthony M.J. Bull, Alison H. McGregor
Format: Article
Language:English
Published: University of Uludag 2008-12-01
Series:Journal of Sports Science and Medicine
Subjects:
Online Access:http://www.jssm.org/vol7/n4/10/v7n4-10text.php
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spelling doaj-948d73339d4a461598b7deceae647d892020-11-25T00:26:55ZengUniversity of UludagJournal of Sports Science and Medicine1303-29682008-12-0174486491CHANGES IN ROWING TECHNIQUE OVER A ROUTINE ONE HOUR LOW INTENSITY HIGH VOLUME TRAINING SESSION Hugh A.M. MackenzieAnthony M.J. BullAlison H. McGregorHigh volume low intensity training sessions such as one hour rowing ergometer sessions are frequently used to improve the fitness of elite rowers. Early work has suggested that technique may decline over this time period. This study sought to test the hypothesis that "elite rowers can maintain technique over a one hour rowing ergometer session". An electromagnetic device, in conjunction with a load cell, was used to assess rowing technique in terms of force generation and spinal kinematics in six male elite sweep oarsmen (two competed internationally and the remainder at a club senior level). All subjects performed one hour of rowing on a Concept II indoor rowing ergometer using a stroke rate of 18-20 strokes per minute and a heart rate ranging between 130-150 beats per minute, following a brief 5 minute warm- up. Recordings of rowing technique and force were made every 10 minutes. The elite group of rowers were able to sustain their rowing technique and force parameters over the hour session. Subtle changes in certain parameters were observed including a fall in force output of approximately 10N after the first seven minutes of rowing, and a change in leg compression of three degrees at the end of the one hour rowing piece which corresponded with a small increase in anterior rotation of the pelvis. However, it is unclear if such changes reflect a "warm-up" effect or if they are indicative of early signs of fatigue. These findings suggest that low intensity high volume ergometer rowing sessions do not have a detrimental effect on the technique of a group of experienced and highly trained rowershttp://www.jssm.org/vol7/n4/10/v7n4-10text.phpKinematicsfatigueforce curve profilescompetition level
collection DOAJ
language English
format Article
sources DOAJ
author Hugh A.M. Mackenzie
Anthony M.J. Bull
Alison H. McGregor
spellingShingle Hugh A.M. Mackenzie
Anthony M.J. Bull
Alison H. McGregor
CHANGES IN ROWING TECHNIQUE OVER A ROUTINE ONE HOUR LOW INTENSITY HIGH VOLUME TRAINING SESSION
Journal of Sports Science and Medicine
Kinematics
fatigue
force curve profiles
competition level
author_facet Hugh A.M. Mackenzie
Anthony M.J. Bull
Alison H. McGregor
author_sort Hugh A.M. Mackenzie
title CHANGES IN ROWING TECHNIQUE OVER A ROUTINE ONE HOUR LOW INTENSITY HIGH VOLUME TRAINING SESSION
title_short CHANGES IN ROWING TECHNIQUE OVER A ROUTINE ONE HOUR LOW INTENSITY HIGH VOLUME TRAINING SESSION
title_full CHANGES IN ROWING TECHNIQUE OVER A ROUTINE ONE HOUR LOW INTENSITY HIGH VOLUME TRAINING SESSION
title_fullStr CHANGES IN ROWING TECHNIQUE OVER A ROUTINE ONE HOUR LOW INTENSITY HIGH VOLUME TRAINING SESSION
title_full_unstemmed CHANGES IN ROWING TECHNIQUE OVER A ROUTINE ONE HOUR LOW INTENSITY HIGH VOLUME TRAINING SESSION
title_sort changes in rowing technique over a routine one hour low intensity high volume training session
publisher University of Uludag
series Journal of Sports Science and Medicine
issn 1303-2968
publishDate 2008-12-01
description High volume low intensity training sessions such as one hour rowing ergometer sessions are frequently used to improve the fitness of elite rowers. Early work has suggested that technique may decline over this time period. This study sought to test the hypothesis that "elite rowers can maintain technique over a one hour rowing ergometer session". An electromagnetic device, in conjunction with a load cell, was used to assess rowing technique in terms of force generation and spinal kinematics in six male elite sweep oarsmen (two competed internationally and the remainder at a club senior level). All subjects performed one hour of rowing on a Concept II indoor rowing ergometer using a stroke rate of 18-20 strokes per minute and a heart rate ranging between 130-150 beats per minute, following a brief 5 minute warm- up. Recordings of rowing technique and force were made every 10 minutes. The elite group of rowers were able to sustain their rowing technique and force parameters over the hour session. Subtle changes in certain parameters were observed including a fall in force output of approximately 10N after the first seven minutes of rowing, and a change in leg compression of three degrees at the end of the one hour rowing piece which corresponded with a small increase in anterior rotation of the pelvis. However, it is unclear if such changes reflect a "warm-up" effect or if they are indicative of early signs of fatigue. These findings suggest that low intensity high volume ergometer rowing sessions do not have a detrimental effect on the technique of a group of experienced and highly trained rowers
topic Kinematics
fatigue
force curve profiles
competition level
url http://www.jssm.org/vol7/n4/10/v7n4-10text.php
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