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It is quite remarkable how solo bamboo drifting (originated from indigenous boating in southwestern China) has transformed into a captivating and innovative sport when compared to more conventional forms of competition. This study focuses on the competitive element of solo drifting on bamboo, which involves direct contact with the terrain. Instead, the focus is on studying a variety of oar-rowing strategies and understanding how successful athletes achieve victory in competitions. The primary objective of the research is to offer training advice that is supported by empirical evidence for the participants/athletes involved in the sport. The investigation involves five athletes who were selected for the case studies based on their performance in the 60-metre straight track event. In this context, the study tools used include literature analysis, observation, video playback, and statistical mathematics. The Dartfish sports technique video analysis system, a specialised app, enables you to scrutinise movements closely and compare them to your athletes to evaluate their pole-rowing techniques. The results suggest that the athletes' technique plays a vital role in determining the competitive outcomes in solo bamboo drifting. Factors such as their position on the bamboo, the angle at which the pole enters the water, the management of rowing power and speed, and the control of the bamboo's direction all contribute to the overall performance. By maintaining proper posture and employing effective pole-rowing techniques, you can greatly reduce water resistance and increase the speed of the bamboo's forward movement. Efficiently managing the force applied during rowing is crucial for maintaining the stability of the bamboo and maximising the overall effectiveness of the rowing process. Furthermore, the competitors' yawing phenomena during the competition have a negative impact on rowing efficiency, disrupting the rhythm and stability of the rowing motions. This study employs comparative analysis to investigate the pole-rowing tactics of three athletes, emphasising differences in their movement intricacies and effectiveness during the rowing cycle. The results of this study provide a solid basis for future training efforts. This paper provides a comprehensive set of training suggestions derived from the research findings. These recommendations involve incorporating cutting-edge technology for technical monitoring and analysis, improving physical training to optimise rowing efficiency, and honing direction control in different competition conditions. The purpose of these guidelines is to help athletes enhance their pole-rowing techniques and elevate their performance in competitions. This research not only provides theoretical justification for the technical training of solo bamboo drifting but also offers practical instructions for the scientific advancement and widespread adoption of the sport. [ABSTRACT FROM AUTHOR]

Endurance athletes have indicated that the ability to tolerate high levels of athletic pain accounted for much of their success (Egan, 1987). This study examined the role of stress inoculation training (SIT) in increasing athletic pain tolerance on an isometric quadriceps task. Athletes (N = 45) from the sports of rowing, cycling, and triathlon completed the study, which consisted of performing a wall sit for as long as possible in a pretest-posttest control group design. The results indicated that subjects receiving training in SIT significantly increased their tolerance time on the wall sit. F(4, 84) = 2.51, p < .048, as compared to the control. Consistent with other research (Vallis, 1984), there was no difference between subjects who received training in SIT and those who received training in only one component of SIT. The results suggest that SIT may assist athletes in tolerating higher levels of athletic pain during training and competition. [ABSTRACT FROM AUTHOR]

The present study is a follow-up case report of the study from R'Kiouak and colleagues (2016). From the initial study that analyzed how individual experts rowed together while they never had practiced together, we seized here the opportunity to investigate how both rowers synchronize after having intensively practiced joint action through a national training program in which they were invited to take part. The joint action of 2 individual expert rowers, which composed a coxless pair crew, was tracked on-the-water at the end of a team-training program. We first determined how each rower experienced the joint action at each instance of oars' strokes during a 12min race. A phenomenological analysis evidenced several categories of how rowers shared lived experiences of their joint action. From mechanical data captured through an automatic recording device, we then scrutinized the mechanical signatures that correlated with each phenomenological sample. By comparing the present case report to the initial study, results suggested that, after the training program (a) rowers shared more meaningful experience of their joint action, and (b) only the boat velocity's index contributed to explain why oars stroke were alternatively lived as effective or detrimental. The present case report thus suggests that joint action training in rowing might imply an increase in the joint sense-making activities, probably associated with a change from an inter-personal to an extra-personal meaningful mode of co-regulation of the joint action. [ABSTRACT FROM AUTHOR]

The article focuses on understanding the required performance levels in each section of rowing races for the completion of certain positions. It considers the ranking and time in each sector as predictor attributes or factors necessary for planning the strategic pacing in standard rowing races. A novel hybrid data mining measure based on combinatorial optimization and probabilistic modeling is also developed.

The issue related to the optimization of the training load is centrally placed in the theory and methodology of sports training. The purpose is to apply such a working regime under which high levels of the general and specific workability of the organism and the rational use of the motor potential in a concrete competition are achieved. The present article presents some basic fragments of the preparation of R. Neykova, the Olympic champion in rowing (skiff) in Beijing 2008, the silver medalist in Sidney 2000, the bronze medalist in Athens, 2004, and the world champion in 2001 and 2003. The structure and the contents of the more important stages and mezzo cycles of the preparation are presented in a logical sequence. Some basic principles, means and methods for increasing the power, capacity and effectiveness of the various body systems are exposed. Concrete results from the systematic studies related to evaluation, control and optimization of the training load are presented. Several types of training sessions and load patterns which are of key importance for the management of the training process within the year cycle are proposed. The authors think that striving towards unification of the means and methods of training in elite sports leads to scholastics and limits the heuristic approach in the experts' practice. [ABSTRACT FROM AUTHOR]

The article presents the results of a study which investigated the effect of weight training on competitive rowing ability. An overview of related previous research is provided, along with details of the experimental protocol, which involved comparing two types of weight training with one type of aerobic training. It was found that all three programs produced improvements.

The article presents the results of a study which investigated the impact of three types of rowing exercises on the spine and the muscles of the back. Details of the experimental protocol are provided, which involved electromyographic results from young adult males. The physiological responses produced varied by exercise. The differences are analyzed in terms of their suitability for various training or therapeutic applications.

The purpose of the study was to assess whether postural stability in persons with spinal cord injury (SCI) could be affected by training. Ten post-rehabilitated persons with thoracic SCI performed 30 sessions of kayak ergometer training during a 10-week period. The ergometer was modified with a balance module adjustable in the medio-lateral direction. Before and after the training period, horizontal support-surface translations were presented randomly, either in the forward or backward direction, or to the side, while subjects sat in their own wheelchairs. The platform perturbation consisted of an unpredictable initial acceleration, followed by a constant-velocity phase and a predictable deceleration. Markers were applied on the trunk and movement data were recorded in 3D. Four kinematic responses of trunk angular and linear displacement were investigated. In general, postural stability was improved after training with smaller rotational and linear displacements of the trunk observed during both predictable and unpredictable translations in all directions. Thus, the training was able to improve the ability of persons with long-standing SCI to maintain an upright sitting posture in response to externally generated balance perturbations, which should imply an increased capacity to master similar challenges to balance in everyday life. [ABSTRACT FROM AUTHOR]