Add to ORKGThe purpose of this study was to compare the reaction forces at the foot stretcher of a Concept2 ergometer with and without slides to those of the boat in single scull rowing. Four male elite rowers were tested at rates of 20 and 30 strokes per minute on the ergometer with and without slides as well as in a single scull. The coefficient of multiple determination showed a high consistency about five time-normalised successive strokes in all conditions (about 0.99). Cross-correlation calculations between on-water force curves and force curves obtained under both ergometer conditions showed higher similarities for the ergometer on slides
Rowing injuries have been attributed to poor technique, suggesting a need to understand the mechanic...
This study compared biomechanical characteristics and physiological responses during rowing on three...
Biomechanical and physiological responses to rowing 1000 m at a power output equivalent to a 2000 m ...
The purpose of this study was to compare the reaction forces at the foot stretcher of a Concept2 erg...
The purpose of this study was to compare the RowPerfect ergometer to single scull rowing in order to...
Rowing on ergometers is often required due to on-water conditions and testing requirements. Force ge...
Rowing on ergometers is often required due to on-water conditions and testing requirements. Force ge...
The purpose of this study was to Identify biomechanical differences and similarities between on-wate...
The rower and coach are challenged with identifying the appropriate skiff setup, technique, and the ...
The rower and coach are challenged with identifying the appropriate skiff setup, technique, and the ...
The effect of changing foot-stretcher angle on a rowers' mechanics, power output and 2000 m race erg...
The purpose of this study was to identify biomechanical differences and similarities between on-wate...
C. Murbach, K. York, L. Howard, T. Klaudt, B. Higginson Gonzaga University, Spokane, WA Off-water ro...
AbstractThe present preliminary study aimed to report differences between rowing on a boat and rowin...
Foot-stretcher force contributes to rowing performance. A New Zealand designed modified rowing foot-...
Rowing injuries have been attributed to poor technique, suggesting a need to understand the mechanic...
This study compared biomechanical characteristics and physiological responses during rowing on three...
Biomechanical and physiological responses to rowing 1000 m at a power output equivalent to a 2000 m ...
The purpose of this study was to compare the reaction forces at the foot stretcher of a Concept2 erg...
The purpose of this study was to compare the RowPerfect ergometer to single scull rowing in order to...
Rowing on ergometers is often required due to on-water conditions and testing requirements. Force ge...
Rowing on ergometers is often required due to on-water conditions and testing requirements. Force ge...
The purpose of this study was to Identify biomechanical differences and similarities between on-wate...
The rower and coach are challenged with identifying the appropriate skiff setup, technique, and the ...
The rower and coach are challenged with identifying the appropriate skiff setup, technique, and the ...
The effect of changing foot-stretcher angle on a rowers' mechanics, power output and 2000 m race erg...
The purpose of this study was to identify biomechanical differences and similarities between on-wate...
C. Murbach, K. York, L. Howard, T. Klaudt, B. Higginson Gonzaga University, Spokane, WA Off-water ro...
AbstractThe present preliminary study aimed to report differences between rowing on a boat and rowin...
Foot-stretcher force contributes to rowing performance. A New Zealand designed modified rowing foot-...
Rowing injuries have been attributed to poor technique, suggesting a need to understand the mechanic...
This study compared biomechanical characteristics and physiological responses during rowing on three...
Biomechanical and physiological responses to rowing 1000 m at a power output equivalent to a 2000 m ...