ANALYSIS OF ACUTE RESPONSES OF YOUNG BIATHLON ATHLETES LIVING AT DIFFERENT ALTITUDES TO MAXIMAL AEROBIC EXERCISE AT 2000M

In the study, the acute response of the 2000m maximal aerobic test on the biathletes living at different altitudes was analyzed. A total of 67 athletes (Mean age = 14,69 ± 1,22, Mean BMI = 19.60 ± 2.29) consisting of boys and girls represent the sample of the study who were tested during the qualifi...

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Main Authors: Ozan Sever, Fatih Kıyıcı, Gökhan Atasever
Format: Article
Language:English
Published: ümit doğan üstün 2017-10-01
Series:Sportif Bakış Spor ve Eğitim Bilimleri Dergisi
Subjects:
Online Access:http://www.sportifbakis.com/wp-content/uploads/2017/10/69-77.pdf
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spelling doaj-e918c166a6de450ebfacd667eb7584ff2020-11-25T04:00:34Zengümit doğan üstünSportif Bakış Spor ve Eğitim Bilimleri Dergisi2148-905X2017-10-01426977ANALYSIS OF ACUTE RESPONSES OF YOUNG BIATHLON ATHLETES LIVING AT DIFFERENT ALTITUDES TO MAXIMAL AEROBIC EXERCISE AT 2000MOzan SeverFatih KıyıcıGökhan AtaseverIn the study, the acute response of the 2000m maximal aerobic test on the biathletes living at different altitudes was analyzed. A total of 67 athletes (Mean age = 14,69 ± 1,22, Mean BMI = 19.60 ± 2.29) consisting of boys and girls represent the sample of the study who were tested during the qualification process of Turkey national team. The athletes divided into two groups. Thirty-two of the athletes living above the altitude of 1500m (considered as the altitude where physiological adaptation occurs) coded as the high-altitude group, and thirty-five living below 1500m coded as the low altitude group. A shuttle-run test was applied to measure the aerobic power of the athletes. During the test, the heart rates were monitored continuously. The athletes living above 1500m showed higher VO2max and total lap score in the shuttle-run test compared to the athletes living below 1500m. But this difference was found to be statistically insignificant. The Living altitude – VO2max – Total Laps variables had positive moderate correlation each other (r = 0,363, r = 0,355). As the altitude increases, the endurance score increases. When each stage of the shuttle-run test examined, it was seen that those who live at low altitudes tend to give up the shuttle-run test earlier, although there was no difference in the mean heart rates between groups. Findings showed that the physiological response of the biathletes who had similar training history was influenced by the altitude they live on. In this respect, altitude adaptation in biathletes is thought to affect the score in competitions and national team selections.http://www.sportifbakis.com/wp-content/uploads/2017/10/69-77.pdfhigh altitudebiathlonaerobic poweroxygen consumptionendurance
collection DOAJ
language English
format Article
sources DOAJ
author Ozan Sever
Fatih Kıyıcı
Gökhan Atasever
spellingShingle Ozan Sever
Fatih Kıyıcı
Gökhan Atasever
ANALYSIS OF ACUTE RESPONSES OF YOUNG BIATHLON ATHLETES LIVING AT DIFFERENT ALTITUDES TO MAXIMAL AEROBIC EXERCISE AT 2000M
Sportif Bakış Spor ve Eğitim Bilimleri Dergisi
high altitude
biathlon
aerobic power
oxygen consumption
endurance
author_facet Ozan Sever
Fatih Kıyıcı
Gökhan Atasever
author_sort Ozan Sever
title ANALYSIS OF ACUTE RESPONSES OF YOUNG BIATHLON ATHLETES LIVING AT DIFFERENT ALTITUDES TO MAXIMAL AEROBIC EXERCISE AT 2000M
title_short ANALYSIS OF ACUTE RESPONSES OF YOUNG BIATHLON ATHLETES LIVING AT DIFFERENT ALTITUDES TO MAXIMAL AEROBIC EXERCISE AT 2000M
title_full ANALYSIS OF ACUTE RESPONSES OF YOUNG BIATHLON ATHLETES LIVING AT DIFFERENT ALTITUDES TO MAXIMAL AEROBIC EXERCISE AT 2000M
title_fullStr ANALYSIS OF ACUTE RESPONSES OF YOUNG BIATHLON ATHLETES LIVING AT DIFFERENT ALTITUDES TO MAXIMAL AEROBIC EXERCISE AT 2000M
title_full_unstemmed ANALYSIS OF ACUTE RESPONSES OF YOUNG BIATHLON ATHLETES LIVING AT DIFFERENT ALTITUDES TO MAXIMAL AEROBIC EXERCISE AT 2000M
title_sort analysis of acute responses of young biathlon athletes living at different altitudes to maximal aerobic exercise at 2000m
publisher ümit doğan üstün
series Sportif Bakış Spor ve Eğitim Bilimleri Dergisi
issn 2148-905X
publishDate 2017-10-01
description In the study, the acute response of the 2000m maximal aerobic test on the biathletes living at different altitudes was analyzed. A total of 67 athletes (Mean age = 14,69 ± 1,22, Mean BMI = 19.60 ± 2.29) consisting of boys and girls represent the sample of the study who were tested during the qualification process of Turkey national team. The athletes divided into two groups. Thirty-two of the athletes living above the altitude of 1500m (considered as the altitude where physiological adaptation occurs) coded as the high-altitude group, and thirty-five living below 1500m coded as the low altitude group. A shuttle-run test was applied to measure the aerobic power of the athletes. During the test, the heart rates were monitored continuously. The athletes living above 1500m showed higher VO2max and total lap score in the shuttle-run test compared to the athletes living below 1500m. But this difference was found to be statistically insignificant. The Living altitude – VO2max – Total Laps variables had positive moderate correlation each other (r = 0,363, r = 0,355). As the altitude increases, the endurance score increases. When each stage of the shuttle-run test examined, it was seen that those who live at low altitudes tend to give up the shuttle-run test earlier, although there was no difference in the mean heart rates between groups. Findings showed that the physiological response of the biathletes who had similar training history was influenced by the altitude they live on. In this respect, altitude adaptation in biathletes is thought to affect the score in competitions and national team selections.
topic high altitude
biathlon
aerobic power
oxygen consumption
endurance
url http://www.sportifbakis.com/wp-content/uploads/2017/10/69-77.pdf
work_keys_str_mv AT ozansever analysisofacuteresponsesofyoungbiathlonathleteslivingatdifferentaltitudestomaximalaerobicexerciseat2000m
AT fatihkıyıcı analysisofacuteresponsesofyoungbiathlonathleteslivingatdifferentaltitudestomaximalaerobicexerciseat2000m
AT gokhanatasever analysisofacuteresponsesofyoungbiathlonathleteslivingatdifferentaltitudestomaximalaerobicexerciseat2000m
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