Co-ordination Changes during a Maximal Effort 100 m Short Course Breaststroke Swim

Samuel W. Oxford; Mike Price; C. Payton; Robert S. James

Co-ordination Changes during a Maximal Effort 100 m Short Course Breaststroke Swim

Samuel W. Oxford, Mike Price, C. Payton, Robert S. James

Research output: Chapter in Book/Report/Conference proceeding › Chapter

Abstract

The aim of the study was to establish the changes in co-ordination that occur during a 100 m breaststroke swim from a water start by: 1) measuring the kinematic changes that occur as the swimmer progressed through the four laps and, 2) analysing the co-ordination of the arms and legs (transition phase) corresponding to the time between the end of the leg propulsion and the start of the arm propulsion phases. Breaststroke participants (n=8, females and n=18, males) performed a 100 m maximal swim in a 25 m pool. They were recorded underwater using three 50 Hz cameras (one at each end of the pool and one mounted on a trolley). The last three strokes prior to turns were analysed. Significant changes in clean swim speed (p

Original language	English
Title of host publication	Biomechanics and Medicine in Swimming XI.
Editors	Per-Ludvik Kjendlie, Robert Keig Stallman, Jan Cabri
Place of Publication	Oslo, Norway
Publisher	Norwegian School of Sport Science
Pages	142-145
ISBN (Print)	ISBN 978-82-502-0438-6 (printed), ISBN 978-82-502-0439-3 (electronic / pdf version)
Publication status	Published - 2010

Bibliographical note

This is a published conference paper from the Proceedings of the XIth International Symposium for Biomechanics
and Medicine in Swimming, Oslo, 16th -19th June 2010. It is freely available on the Norwegian School of Sport Science website at http://www.nih.no/upload/BMS2010/Documents/BMS2010_BMS_XI_final_lowres.pdf

Keywords

biomechanics
swimming
breaststroke
endurance
transition phase
stroke rate
stroke length
co-ordination

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Co-ordination Changes during a Maximal Effort 100 m Short Course Breaststroke Swim. / Oxford, Samuel W.; Price, Mike; Payton, C. et al.
Biomechanics and Medicine in Swimming XI.. ed. / Per-Ludvik Kjendlie; Robert Keig Stallman; Jan Cabri. Oslo, Norway: Norwegian School of Sport Science, 2010. p. 142-145.

Research output: Chapter in Book/Report/Conference proceeding › Chapter

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abstract = "The aim of the study was to establish the changes in co-ordination that occur during a 100 m breaststroke swim from a water start by: 1) measuring the kinematic changes that occur as the swimmer progressed through the four laps and, 2) analysing the co-ordination of the arms and legs (transition phase) corresponding to the time between the end of the leg propulsion and the start of the arm propulsion phases. Breaststroke participants (n=8, females and n=18, males) performed a 100 m maximal swim in a 25 m pool. They were recorded underwater using three 50 Hz cameras (one at each end of the pool and one mounted on a trolley). The last three strokes prior to turns were analysed. Significant changes in clean swim speed (p",

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author = "Oxford, {Samuel W.} and Mike Price and C. Payton and James, {Robert S.}",

note = "This is a published conference paper from the Proceedings of the XIth International Symposium for Biomechanics and Medicine in Swimming, Oslo, 16th -19th June 2010. It is freely available on the Norwegian School of Sport Science website at http://www.nih.no/upload/BMS2010/Documents/BMS2010_BMS_XI_final_lowres.pdf",

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AU - James, Robert S.

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AB - The aim of the study was to establish the changes in co-ordination that occur during a 100 m breaststroke swim from a water start by: 1) measuring the kinematic changes that occur as the swimmer progressed through the four laps and, 2) analysing the co-ordination of the arms and legs (transition phase) corresponding to the time between the end of the leg propulsion and the start of the arm propulsion phases. Breaststroke participants (n=8, females and n=18, males) performed a 100 m maximal swim in a 25 m pool. They were recorded underwater using three 50 Hz cameras (one at each end of the pool and one mounted on a trolley). The last three strokes prior to turns were analysed. Significant changes in clean swim speed (p

KW - biomechanics

KW - swimming

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KW - endurance

KW - transition phase

KW - stroke rate

KW - stroke length

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BT - Biomechanics and Medicine in Swimming XI.

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A2 - Cabri, Jan

PB - Norwegian School of Sport Science

CY - Oslo, Norway

ER -

Co-ordination Changes during a Maximal Effort 100 m Short Course Breaststroke Swim

Abstract

Bibliographical note

Keywords

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Cite this