Sport specific performance diagnosis in rowing: an incremental graded exercise test in coxless pairs.

The aim of the present study was to develop and validate an incremental graded exercise test performed in the rowing boat(coxless pair) in order to give specific performance evaluation data. Furthermore, an attempt was made to transfer these data to training recommendations. Thirty-four female rowers of national and international level performed a 4 x 6 min incremental graded exercise test GXT(boat) in coxless pairs on a lake (6 km, no wind, no waves). The boat velocity on the water (V; measured by a speedometer PACE COACH) was increased continuously from 3.55 m x s-I to 4.03 m x s-1. The individual anaerobic threshold(IAT) was determined by means of the lactate (LA) kinetics during and after exercise. Within 28 days all subjects performed arowing ergometry test GXT(ergo); Gjessing rowing ergometer: 40 watts increments every 3 min) as well as 70 min of constant endurance training in the boat in moderate velocity (ET; n- 10 pairs because of changing weather conditions). Results for V/LAIHR at IAT are: GXT(boat): 3.84+/- 0.10 m x s-1/2.44 +/- 0.66 mmol x 1-1/172 + 11 min(-1); GXT(ergo): 206+/-10 watts/2.53 +0.40 mmol x 1-171 +/- 10 min-' (means+/-SD). The Spearman rank order test showed significant correlations for HR (p < 0.001) and the mean performances of the coxless pairs (p < 0.05). A'5 % lower V during ET lead to a 10% lower HR and a 30% lower LA compared to the values at IAT. In conclusion, both a performance specific evaluation and velocity oriented control of training are possible by means of a 4 x 6 min incremental graded exercise test in coxlesspairs. However, this test on the water requires almost perfect weather conditions. The HR recommendations based on GXT (ergo) were confirmed during GXT(boat).