Strength for Sport Refertory*

Strength Training for Sport - Strength Aspects of Sport

A theme-specific directory of articles, posts and web pages which conform to the commons principle by being freely available for viewing without payment and by not being password-protected.

*A "refertory" is basically a directory or catalog of references, but not a normal web directory as the links are not to whole websites, but to individual pages; nor an articles directory as we don't store the articles on our own server, but rather provide a link to the host website.

Refertory home
Site Map
About Us
MyoQuip MyoTruk
MyoThrusta
MyoHip
Hipneeflex
BBC Technology
What our users say
Articles and comments
Rugby and strenght links and resources
General links and resources
Strength for Sport Refertory
News
Visit the MyoQuip blog
Site Map
Contact Us
 
Latest Articles

"Strong glutes for the 'horsepower' factor"

"Fast-tracking the development of young rugby players in the four 'esses' - size, strength, speed and skill"

"Champion Australian rugby club powered by MyoQuip strength equipment"

"Body height in the rugby scrum: the value of equal hip and knee joint angles"

"A biomechanical model for estimating moments of force at hip and knee joints in the barbell squat"

"Basic strength training the key to success for Sydney University rugby"


For up-to-the-minute information about MyoQuip and discussion of strength-related issues visit MyoQuip Blog - strength equipment, rugby football

Email MyoQuip for quotes and other product information

Please bookmark this refertory and come back often

Rowing

"An analysis of the pacing strategy adopted by elite competitors in 2000 m rowing" SW Garland
"All athletes or crews adopted a similar fast start strategy regardless of finishing position or sex, although the exact pace profile was dependent on rowing mode. This strategy should be considered by participants in 2000 m rowing competitions."
British Journal of Sports Medicine 39

"Better rowing through strength training" Wayne L Westcott
"we will concentrate on those exercises that specifically address the rowing muscles. However, the second objective is to strengthen the muscles not used in these activities, especially the opposing muscle groups that must balance the prime mover muscles and maintain joint integrity throughout thousands of repetitive rowing movements. That is, you need a sound and sensible strength training program for comprehensive musculoskeletal conditioning."
Wellness.MA

"A biomechanical review of factors affecting rowing performance" A Baudouin and D Hawkins
"Many have explored the physiology, biomechanics, and physical aspects of rowing. However, few efforts have been made to understand the interrelationship between the biological and mechanical systems. This paper attempts to bridge these gaps by analysing rowing as an overall system driven by a biological system"
British Journal of Sports Medicine 36

"Junior national team strength training program" Ed McNeely
"Using Dutch Olympic, national, and club level rowers it was found that international rowers on average generated 204 kg of force [at the catch]. National level rowers generated 183 kg of force and club rowers generated 162 kg of force."
Victoria City Rowing Club, British Columbia

"Kinesiology of the rowing stroke" Thomas Mazzone
Illustrated discussion of the muscle involvement in the six stages of the sculling stroke.
Culver Athletics

"Modeling the leg motion of a rower during the drive and recovery phases of the rowing stroke" Suzanne G Hoffman
"although finding a knee torque curve which yields the desired behavior is quite difficult, the results obtained earlier, although incorrect, clearly indicate that it is possible."
University of Michigan

"The physics and physiology of rowing faster: the stroke" Stephen Seiler
"The Fat Middle Drive represents a happy medium. The catch is still important. Early leg drive is still critical, but the action is controlled and extended through the entire leg extension, not brutal and cut short. The athlete is trying to extend the power application over a longer time period."
Masters Athlete Physiology and Performance

"Physiology of the elite rower" Stephen Seiler
"In elite level rowers, both men and women, it appears that there is an optimal level of muscular strength associated with success. Strength training is probably important for many athletes to achieve this optimum. However, there is no evidence that greater and greater strength and muscle mass gains result in faster performances on the erg or on the water, at least not over the 2k distance or longer."
Masters Athlete Physiology and Performance

"Propulsive efficiency of rowing" Valery Kleshnev
"Average force and especially increasing the ratio of average to maximal forces are essential for increasing of blade efficiency. Rapid force development at the catch and longer maintenance at finish of the drive must be emphasised instead of applying highest peak force in the middle of the drive."
CoachesInfo.com

Rowing Biomechanics Newsletter Valery Kleshnev
Volume 1 2001

Rowing Biomechanics Newsletter Valery Kleshnev
Volume 1 2002

Rowing Biomechanics Newsletter Valery Kleshnev
Volume 1 2003

Rowing Biomechanics Newsletter Valery Kleshnev
Volume 1 2004

Rowing Biomechanics Newsletter Valery Kleshnev
Volume 1 2005

"Rowing injuries and lower back injuries: the case of the rower who drove himself to a bad back" Raphael Brandon
"we ... decided that he should introduce a dynamic, full range-of-motion hip flexion/extension exercise into his daily routine to help counteract the tightening effects of his city-centre driving."
Peak Performance

"ScrumTruk used for strength training by world champion rowers" Bruce Ross
"Gluteal strength and forceful hip movement are essential factors in developing boat speed for rowing. The ScrumTruk facilitates power gains, in these areas, in a controlled environment."
MyoQuip Blog

"Specialized strength training for rowers" Stephen Seiler
"Most rowing programs around the world incorporate a structured strength program of some type into the overall training program. However, the relative volume of these programs varies considerably, and some of the most successful rowing programs do almost no weightroom based strength training."
Rowing Physiology and Performance

"Strength training and endurance performance" Stephen Seiler
"Specific strength training can help us to teach our brain to communicate with the right muscles. ... However, the concept that just making muscles bigger and stronger will automatically translate to faster endurance performance is Wrong! "
Rowing Physiology and Performance


Email us to suggest new links or to report dead links

RSS feed for this site

 

Site Meter

Site Meter

RiteCounter