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Abstract
PurposeTo develop an equation to provide the peak power (PP) through a specific stimulus performed in an aquatic environment, as well as to correlate morphological, anthropometric and strength variables with rowing performance.MethodsThe sample consisted of 16 elite young rowing athletes of both sexes (15.7 ± 1.21 years). The strength of upper limbs and lower limbs was verified. To analyze the PP, a 100-m Sprint test was performed on an indoor rowing type ergometer, and after a 72-hour wash-out, the test was repeated in an aquatic environment on a vessel equipped with a global position system. Body composition was analyzed by examining bone densitometry with an X-ray source and maturation was verified by anthropometry.ResultsThe tests for water sprint and indoor rowing showed significant reliability (ICC = 0.695; p = 0.0007). The PP aquatic showed reliability with that acquired in indoor rowing (ICC = 0.897; p<0.0001) and was related to maturation (p<0.05). The morphology, anthropometry and strength of the upper limbs were related to the sprint and peak strength in both tests (p<0.05).ConclusionThe equation for the PP in aquatic environment presented by the present study is highly reliable with an indoor ergometer digital ergometer.
Highlights
The Olympic sport of Rowing is contested over a 2000m course and requires a mixture of aerobic and anaerobic power [1]
The morphology, anthropometry and strength of the upper limbs were related to the sprint and peak strength in both tests (p
The equation for the peak power (PP) in aquatic environment presented by the present study is highly reliable with an indoor ergometer digital ergometer
Summary
The Olympic sport of Rowing is contested over a 2000m course and requires a mixture of aerobic and anaerobic power [1]. Rowing is a modality that directly interacts with the aquatic environment, and relying on how a rower’s capacities interact with the environment to produce effective propulsion [3, 4] In this sense, the force exerted by the rower against the water resistance is a constant reality of the sport, and the training prescription must be precise and take into account all the variables that impact upon rowing performance (i.e., physical, technical and environmental characteristics). The force exerted by the rower against the water resistance is a constant reality of the sport, and the training prescription must be precise and take into account all the variables that impact upon rowing performance (i.e., physical, technical and environmental characteristics) For this reason, specific tests are recommended to provide the best possible basis for prescribing the training of athletes and rowing teams [5]
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