Determining the effect of selected anthropometric parameters on the time needed to cover 1000~m on a rowing ergometer by physically inactive young women

Podstawski, Robert; Choszcz, D.; Siemianowska, Ewa; Skibniewska, K. A.

doi:10.3233/ies-2012-0459

Cited by 6 publications

(6 citation statements)

References 27 publications

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“…Podstawski et al (2013) previously demonstrated, in a study conducted among female university students, that anthropometric features indicative of overweight and obesity, including body mass and the BMI, exerted a negative influence on strength endurance measured by the 3‐MBT. The results of the 3‐MBT are consistent with the findings of other authors who concluded that body mass was the most significant anthropometric variable which deleteriously impacted endurance, relative strength capacity and performance, respectively (Podstawski et al, 2012). Studies involving the bar hang test revealed that greater body mass negatively correlated with strength endurance of judo and ju‐jitsu athletes (Pietraszewska et al, 2014).…”

Section: Discussionsupporting

confidence: 90%

“…Strength endurance of university students was also evaluated based on the results of 500 m and 1000 m rows on a rowing ergometer. On average, male participants completed the 500 m row in 111.3 ± 10.75 s (Choszcz et al, 2012), and female students completed the 500 m row in 145.7 ± 10.22 s (Podstawski et al, 2014) while the 1000 m row in 280.1 ± 19.49 s (Podstawski et al, 2012). However, the samples in the above studies were too small to develop classification standards.…”

Section: Discussionmentioning

confidence: 99%

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International Standards for the 3‐Minute Burpee Test: High‐ Intensity Motor Performance

Podstawski

Markowski

Clark

et al. 2019

Journal of Human Kinetics

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The aim of this study was to develop international standards for evaluating strength endurance with the use of the 3‐Minute Burpee Test. The results of 3862 women (Poland – 2502, Great Britain – 500, Hungary – 412, Serbia – 448) and 5971 men (Poland – 4517, Great Britain – 500, Hungary – 451, Serbia – 503) aged 18‐25 (mean age of 20.36 ± 0.94 and 20.05 ± 1.25 y, respectively) were collated between 2004 and 2018. The students’ strength endurance was evaluated in the 3‐Minute Burpee Test. The results were expressed on a uniform scale with the 3‐sigma rule which was used to develop the T‐score scale for the 3‐Minute Burpee Test. Men completed 56.69 cycles/3 min and women – 48.84/3 min on average. The best male participant completed 82 burpees, and the best female participant – 73 burpees. The majority of male and female participants (66.71% and 68.18%, respectively) were characterized by average strength endurance in the 3‐Minute Burpee Test (range of scores: 47‐66 and 37‐60 cycles/3 min, respectively). Very good strength endurance (76‐85 and 72‐83 cycles/3 min, respectively) was noted in the smallest percentage of male and female participants (0.52% and 0.26%, respectively). Similar studies should be carried out in other countries and in different age groups to develop objective international classification standards for variously‐aged individuals.

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Section: Discussionsupporting

confidence: 90%

Section: Discussionmentioning

confidence: 99%

International Standards for the 3‐Minute Burpee Test: High‐ Intensity Motor Performance

Podstawski

Markowski

Clark

et al. 2019

Journal of Human Kinetics

Self Cite

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“…Body mass and BMI were negatively correlated with the endurance-strength abilities of female students performing the 3-MBT (Podstawski,Markowski, Choszcz, &Żurek, 2016a). Similar correlations were also reported in studies evaluating the performance of women and men in 500-meter (Choszcz,Podstawski, &Wysocka-Welanc, 2009;Podstawski,Choszcz, Konopka, Klimczak, &Starczewski, 2014) and 1000-meter rowing ergometer tests (Podstawski,Choszcz, Siemianowska, &Skibniewska, 2012). Somatic features (body mass, height, BMI) also exerted a negative impact on the results of speed tests, such as the 8-s SHC test (Podstawski,Mańkowski, Omelan, &Choszcz, 2016).…”

Section: Discussionsupporting

confidence: 73%

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2020

JPES

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The aim of this study was to evaluate sex-mediated differences, and the correlations, between anthropometric characteristics and motor abilities of university students performing various motor tests. The study was conducted between 2000-2018 on 4956 first-year full-time female students and 4551 male students (20.0±1.0 years total for both sexes). The participants' body mass and height were measured, and their BMI was calculated. Motor abilities were evaluated in 13 motor skill tests. The recorded values of body mass, height and BMI were significantly higher in men than in women (percentage values: 22.8%, 8.9% and 6.8%; Sexual dimorphism indicator (SD): 1.96, 2.56 and 0.53). The greatest differences in the values of the SD indicator were observed in the 12-minute rowing ergometer test: (37.6%, SD-3.53), medicine ball backward and forward throws (37.77 and 37.48%, SD-2.28 and 2.27), and standing long jump (23.98 %, SD-2.51). In both sexes, BMI was significantly (p<0.001) negatively correlated with all motor tests, excluding medicine ball throws (positive correlation, p<0.001) and 1-minute Burpee test (not significant in women). The correlations between body height and motor tests differed between sexes. Male students were characterized by significantly higher levels of anthropometric characteristics and motor abilities, whereas females performed better in flexibility tests. The advantage of men over women was highest in endurance and strength abilities, and lowest in speed/agility abilities. Body mass was significantly negatively correlated with all motor tests, excluding medicine ball backward and forward throws (positive correlations and no correlation in one case). Significant positive correlations were noted between motor tests evaluating the same motor abilities.

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“…En la misma línea, Mikulic (2009) concluyó en su artículo, que los remeros de mayor éxito internacional son más altos (191,0 ± 0,05 cm) y pesados (91,7 ± 5,9 kg) , con una mayor altura sentados y con una masa grasa inferior (13,2 ± 2,3 %) a aquellos remeros que presentaban menor rendimiento. Otro estudio similar realizado en mujeres por Podstawski et al (2012), concluyen que la altura (171,2 ± 7,67 cm) y el peso (63,98 ± 10,21 kg) estaban relacionados con el tiempo requerido para realizar 1000 m en remo, tanto en remeros de élite como en personas físicamente inactivas. Los estudios antropométricos en remeros se centran en su mayoría en la importancia de la altura y tamaño de la masa corporal como un factor determinante del rendimiento en remo.…”

Section: Discussionunclassified

Características Antropométricas y Somatotipo en Seleccionados Chilenos de Remo

et al. 2020

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RESUMEN: El objetivo del estudio fue describir las características antropométricas y somatotipo de los seleccionados chilenos de remo. Se evaluaron a 21 deportistas (6 mujeres y 15 hombres) con edades promedio de 18,66 ± 2,58 años para las mujeres y de 22,06 ± 4,71 años para los hombres. El estudio se realizó previo al clasificatorio Panamericano Lima 2019, al momento de las evaluaciones, los deportistas se encontraban concentrados en el centro de entrenamiento olímpico (CEO) ubicado en Curauma en la región de Valparaíso en Chile. Las evaluaciones antropométricas se realizaron en base al perfil restringido de 25 variables propuesto por Ross & Kerr (1991), que permitió fraccionar la masa corporal en 5 componentes (tejidos: piel, residual, óseo, adiposo y muscular). Se midieron también la envergadura, la altura ilioespinal y los pliegues del bíceps y supracrestídeo, todas las medidas se realizaron en base al protocolo de marcaje y evaluación propuesto por ISAK. Se uso el método de Carter y Heath para calcular el somatotipo, describiendo los componentes de endomorfía, mesomorfía y ectomorfía respectivamente. Los resultados mostraron un porcentaje de grasa en hombres de 19,34 ± 1,59 % y en mujeres de 27,08 ± 3,6 % (p=0,003), la masa muscular de hombres fue de 52,69 ± 1,78 % y en mujeres de 45,68 ± 4,19 % (p=0,003), se apreció un somatotipo mesomorfo balanceado tanto en hombres (1,7-5,3-2,2) como mujeres (2,5-3,7-2,7). Se concluye que los seleccionados chilenos de remo presentan un alto desarrollo de masa muscular y un bajo porcentaje de masa grasa, además de un somatotipo mesomorfo balanceado.

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Determining the effect of selected anthropometric parameters on the time needed to cover 1000~m on a rowing ergometer by physically inactive young women

Cited by 6 publications

References 27 publications

International Standards for the 3‐Minute Burpee Test: High‐ Intensity Motor Performance

International Standards for the 3‐Minute Burpee Test: High‐ Intensity Motor Performance

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Características Antropométricas y Somatotipo en Seleccionados Chilenos de Remo

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