Search Results - Swim Canada

Ganchar, I., Ganchar, O., Ciorba, C., Medynskyi, S., Protsenko, A., Tsybulska, V., Kyriienko, O., Sukhanova, H., Potop, V. “…Purpose of the study: to assess the level of achievements and swimming skills development among swimmers who won medals in pool and open-water (marathon) swimming events at the xxxiii olympic games 2024, paris, france. material. a summarized overview of the official competition protocols for 19 event categories at the xxxiii olympic games 2024 in paris, france, was conducted. it included both male and female athletes (87 men and 87 women, totaling 174 participants). results. the leading countries in olympic swimming at the xxxiii olympic games paris 2024 were represented by 19 national teams: usa - 28 medals (10 men + 18 women), australia - 19 (7 + 12), china - 12 (5 + 7), canada - 8 (3 + 5), france - 7 (6 + 1), italy - 6 (5 + 1), hungary - 5 (5 + 0), great britain - 5 (5 + 0), germany - 3 (2 + 1), ireland - 3 (2 + 1), netherlands - 3 (1 + 2), sweden - 2 (0 + 2), south africa - 2 (0 + 2), romania - 2 (1 + 1), hong kong - 2 (0 + 2), greece - 1 (1 + 0), japan - 1 (1 + 0), south korea - 1 (1 + 0) and switzerland - 1 (1 + 0). the age characteristics of the medal-winning swimmers were analyzed in detail. no significant differences in age between men and women were observed in seven events. the greatest age differences were noted in nine events, where men were older by 5-6 years. conversely, in four events women were older than men by 3-6 years. the overall average age was 24.73 ± 2.38 years for men and 24.00 ± 1.78 years for women (t = 0.403, p > 0.05), indicating no statistically significant age difference between genders. regarding swimming speed, the smallest gender difference was recorded in the 10,000 m marathon event (0.11 m/s), followed by freestyle (0.12 m/s), medley (0.155 m/s), relay (0.15 m/s), breaststroke (0.16 m/s), backstroke (0.16 m/s) and butterfly (0.185 m/s). the largest difference was noticed in freestyle events, reaching 0.203 m/s. the overall average difference in swimming speed between male and female medalists was 0.16 m/s (men: 1.83 ± 0.15 m/s; women: 1.67 ± 0.14 m/s; t = 7.63, p < 0.05), which was statistically significant. the greatest gender speed disparity was observed in the 50 m sprint (0.25 m/s), followed by 100 m events (0.19 m/s), 200 m events (0.154 m/s), relay swimming (0.15 m/s), stayer events (0.128 m/s) and marathon swimming (0.11 m/s). these findings indicate a consistent trend: the shorter the distance, the greater the speed difference between genders. conclusion. the results of the xxxiii olympic games paris 2024 in pool swimming and marathon swimming events show the dominance of top nations like the usa, australia and china, with both male and female athletes performing at similarly high levels. although men outperformed women by an average of 0.16 m/s, particularly in sprint events, the gap narrows over longer distances, reflecting progress in training and competitive equity. …”

Ganchar, I., Ganchar, O., Ciorba, C., Medynskyi, S., Protsenko, A., Tsybulska, V., Kyriienko, O., Sukhanova, H., Potop, V. “…The USA recorded the most successful performances with 20 medals in swimming, followed by Australia with 16 medals in swimming and 2 marathon swimming medals, Italy (12+2), China (11), the Netherlands (6+2), Great Britain (7+1), Canada (7), Germany (6), France (2+3) and New Zealand (4). …”

Lundstrom, E. A., De Souza, M. J., Kuruppumullage Don, P., Williams, N. I.

Smee, S. N., Johnson, R., Rush, A., Davey, R. J.

Shang, M. “…After the standard warm-up procedure of daily training, the 15× 200m freestyle test was carried out, and the athletes speed was required to be kept at 80-90% of the maximum heart rate (monitored by polar), and the contribution rate (ICV) of bilateral movement speed was evaluated by inertial measurement unit (Tritonwear, Canada). Using Excel software to explore the swimming data output by the swimming inertial measurement unit, evaluate and record the left and right ICV, so as to obtain the speed contribution value of the right upper limb and the left upper limb in each cycle. …”

Bozyigit, G., Ozuak, A., Patterson, J., Lockwood, K. “…KPI data was collected using a portable device (TritonWear, ON, Canada) secured inside the athletes` swim cap. TritonWear measures SC(#), SL(cm), SR(#/s) and total swim time (s). …”

Manning, R.

Dunican, I. C., Perry, E., Maisey, G., Nesci, E., Roberts, S.

Dunican, I. C., Perry, E. L., Gemma, M., Nesci, E., Roberts, S. “…This study used a longitudinal observational design for 42 nights with 24 masters' swimmers (n = 13 females), aged 39 ± 11 years, body mass index of 26 ± 3 kg/m2 during a training squad for an ocean ultra-swim (19.7 km) in Western Australia. Objective measures of sleep were obtained from a wrist-activity monitor, the Readiband™ (Fatigue Science Inc., Canada). …”

Lundstrom, E. A., De Souza, M. J., Canil, H. N., Williams, N. I.

Moser, C., Sousa, C. V., Reis Olher, R., Hill, L., Nikolaidis, P. T., Rosemann, T., Knechtle, B.

Sun, T. R. Subjects: “…swimming…”

Rowland, S. N., Chessor, R., French, R., Robinson, G. P., O`Donnell, E., James, L. J., Bailey, S. J.

Larson, H. K., Young, B. W., McHugh, T.-L. F., Rodgers, W. Subjects: “…swimming…”

Larson, H. K., Young, B. W., McHugh, T.-L. F., Rodgers, W. M.

Granerud, M.

Franz, B. Subjects: “…swimming…”

Larson, H. K.

Sagayama, H., Mimura, K., Toguchi, M., Yasukata, J., Tanaka, H., Higaki, Y.

Subjects: “…Canada…”