Suchergebnisse - Sustainability

Ha, S.-M., Ha, M.-S., Lee, M. “… Tailored recovery strategies may be necessary to counteract immune suppression and support sustained performance in elite rowers. …”

DeLeo, J. M., Wolf, A., Philipp, N. M., Ackerman, K. E., Fry, A. C. “… The Olympic race distance of 2,000-m (2k) requires extensive aerobic and anaerobic energy system contributions, along with sustained high force output. Aim(s): The primary aim of this study was to evaluate the relationship between rowing ergometer (erg) performance and the force-time curve characteristics of a counter-movement jump (CMJ), and to determine if rowing-related low back pain (LBP) affected these relationships.  …”

Mikulic, P., Gulin, J. “… In addition, average power output sustained during all-out tests over 2000 and 6000 m on a rowing ergometer was also obtained.  …”

Holsgrove-West, R. K., Revuelta Iniesta, R., Abdelrahman, D. R., Murton, A. J., Wall, B. T., Stephens, F. B. “… After 46 days of prolonged ultra-endurance ocean rowing incurring 10% body mass loss, maximal sustainable EI of ~2.5 × RMR was unable to meet total TEE suggesting that there is indeed a physiological capacity to EI. …”

Delhaye, C., Morel, B., Blervaque, L., Bowen, M., Diry, A., Dorel, S., Messonnier, L., Samozino, P. “… INTRODUCTION: The power output achieved in rowing, is contingent upon the ability to product and sustain elevated levels of power [1]. The two mains` power capacities determining performance are the maximal (Pmax) and the critical (Pc) power, the latter is defined as the asymptote of the power-duration relationship and represents the intensity threshold above which fatigue develops drastically, i.e. severe domain.  …”

Ledergerber, R. J., Jacobs, M. W., Roth, R., Schumann, M. “… As the characteristic pacing strategy compounds an initial start sprint, a sustained middle section and end spurt, the neuromuscular and physiological requirements of the particular phases need to be considered more closely (Garland, 2005; Mikulic, 2011).  …”

Winkert, K., Steinacker, J. M., Koehler, K., Treff, G. “… In high-volume training weeks, TER is presumably at the upper end of the sustainable total energy expenditure. Periodized nutrition seems warranted for rowers to avoid low energy availability, which might negatively impact performance, training, and health. …”

Wu, S., Upfill-Brown, A., Bugarin, A., Jones, K., Kremen, T., Shi, B. “… We aim to describe the types of athletic injuries sustained by high level collegiate athletes before and after the COVID-19 pandemic.  …”

Treloar, J., Bolia, I. K., Anvari, A., Collon, K., Lan, R., Bell, J. A., Romano, R., Petrigliano, F. A., Gamradt, S. C., Weber, A. E. “… Among the 92 injured athletes, 38% sustained injury to the lower back, while 23% and 16% of these athletes sustained injury to the ribs and hip-groin area, respectively.  …”

Kleshnev, V. “… Of course, the real result would depend on how the athlete will be able to sustain the increased load caused by heavier gearing during full race distance, which depends on physiological conditions of this sculler.  …”

Madison, C. A., Harter, R. A., Pickerill, M. L., Housman, J. M. “… Rib stress injuries (RSIs) are debilitating injuries that competitive rowers often sustain during their careers, losing up to 10 weeks of training per year.  …”

Moscoso-Sánchez, D., Alarcón-Rubio, D., Trujillo-Carmona, M., Jaenes-Sánchez, J. C. “… Sustainability …”

Treff, G., Winkert, K., Steinacker, J. M. “… To realize such race times, rowers need strength and endurance, which is physiologically evident in an oxidative adaption of the skeletal muscles, a high aerobic capacity, and the ability to contribute and sustain a relatively high percentage of anaerobic energy for several minutes.  …”

Penichet-Tomas, A., Pueo, B., Abad-Lopez, M., Jimenez-Olmedo, J. M. “… Sustainability …”

“… A similar relationship between injury burden and performance in individual sports has been observed from analysis of internal data with athletes reporting injuries in the month prior to World Championships at risk of sustaining an in-championship injury. Importantly, if substantial amounts of training are modified,individual athletes aresignificantly less likely to achieve their goals.  …”

Gonzalez, S. L., Diaz, A. M., Plummer, H. A., Michener, L. A. “… Results Eighteen rowers sustained an LBP injury. No differences in FMS or impairments between groups were demonstrated.  …”

Beasley, L., Smith, L., Antonio, J., Gordon, D., Johnstone, J., Roberts, J. “… The ergogenic effect of ßA has also been demonstrated for 2000-m rowing performance prompting interest in whether ßA may be beneficial for sustained aerobic exercise. This study therefore investigated the effect of two ßA dosing strategies on 30-min rowing and subsequent sprint performance.  …”

Liljeberg, J. E. “… A two-group growth curve was used for the study`s second aim and third aim to determine if there was a difference between YBT and FMS scores of athletes who have or have not sustained LE injuries, as well as to compare maximum squat and bench press test results in studentathletes before, during, and after a strength and conditioning-based intervention.  …”

Sousa, A. C., Fernandes, R. J., Vilas Boas, J. P., Figueiredo, P. “… To provide information for high-intensity interval training (HIIT) load, we compared the temporal variables of VO2 response at, and after, a time sustained at the exercise intensity corresponding to VO2max (Tlim) in different exercise modes.  …”

Mikulic, P., Bralic, N. “… A 12-year improvement of 28% and 33% occurred for the mean power output sustained over 2000 and 6000-m on a rowing ergometer, respectively.  …”