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Comparision of aquatic- and land-based plyometric training on power, speed and agility in adolescent rugby union playersFabricius, David Leslie 12 1900 (has links)
Thesis (MEd)--Stellenbosch University, 2011. / ENGLISH ABSTRACT: The purpose of the study was to compare the effectiveness of an aquatic- and landbased
plyometric programme upon selected, sport-specific performance variables in
adolescent male, rugby union players.
A group of 52 rugby players (age: 16.3 ± 0.8 years, height: 176 ± 6.9 cm and body
mass: 76.1 ± 11.9 kg) were randomly assigned to one of three groups: aquatic group
(n=18), land group (n=17), and a control group (n=17). Prior to and after the sevenweeks
of training, the power, agility and speed of participants were assessed by
means of Fitrodyne repeated countermovement jumps, the Sergeant vertical jump,
the Illinois agility test, a standing broad jump, and a 10- and 40- metre sprint. All three
groups maintained their summer extra-curricular sport commitments during the
intervention period.
When the three groups were analysed, no significant differences were found between
the groups with regard to all tested performance variables. With regard to withingroup
changes, the aquatic group improved significantly (p<0.05) in the Illinois agility
test, performed to the right. The land group showed significant (p<0.05)
improvements in peak concentric power during Fitrodyne repeated countermovement
jumps. All groups reflected highly significant (p<0.01) improvements in the Sergeant
vertical jump. None of the groups displayed any improvements in sprint speed. The
control was the only group to improve significantly in the standing broad jump
(p<0.05).
Land-based plyometric training might be a functionally superior training modality for
athletes, although aquatic plyometrics could also offer an effective training modality
for performance enhancement in power-based sports such as rugby union football.
Aquatic-based plyometrics should not completely replace land-based plyometrics, as
it might not adequately develop the specific neuromuscular patterns or functional
needs of explosive sports. / AFRIKAANSE OPSOMMING: Die doel van hierdie studie was om die effektiwiteit van ‘n water- en landgebaseerde
pliometriese program met mekaar te vergelyk in terme van geselekteerde, sportspesifieke
uitvoeringsveranderlikes in manlike adolessente rugbyspelers.
‘n Groep van 52 rugbyspelers (ouderdom: 16.3 ± 0.8 jaar, lengte: 176 ± 6.9 cm en
liggaamsmassa: 76.1 ± 11.9 kg) is lukraak in een van drie groepe ingedeel:
watergroep (n=18), landgroep (n=17), en ‘n kontrolegroep (n=17). Voor en na die
sewe-weke oefenprogram, is spelers se plofkrag, ratsheid en spoed getoets deur
middel van Fitrodyne herhaalde spronge, Sergeant vertikale sprong, Illinois
ratsheidstoets, staande verspring, en ‘n 10- en 40-m spoedtoets. Al drie groepe het
vir die duur van die intervensieperiode met hulle somersport aangegaan.
Na analise van die drie groepe se data, is daar geen statisties betekenisvolle verskille
tussen die groepe ten opsigte van die prestasieveranderlikes gevind nie. Die waterpliometriese
groep se prestasie in die Illinois ratsheidstoets na regs het statisties
beduidend (p<0.05) verbeter. Die landgroep het betekenisvolle (p<0.05) verbetering
in die piek konsentriese plofkrag met die Fitrodyne herhaalde spronge getoon. Aldrie
groepe het betekenisvolle (p<0.01) verbetering getoon in die Sergeant vertikale
sprong. Geen groep se spoed het verbeter nie. Slegs die kontrolegroep se staande
verspring het statisties betekenisvol verbeter.
Land-gebaseerde pliometriese oefening kan moontlik, vanuit ‘n funksionele oogpunt,
‘n beter oefenmodaliteit vir atlete wees. Watergebaseerde pliometriese oefening kan
egter ook ‘n oefenmodaliteit vir sport wat plofkrag vereis, soos rugby, wees.
Watergebaseerde pliometriese oefening behoort nie land-gebaseerde pliometriese
oefening te vervang nie, omdat dit moontlik nie aan die spesifieke neuromuskulêre
patrone en funksionele behoeftes van eksplosiewe sport voldoen nie.
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