EFFECTS OF IMAGERY TRAINING ON POLE PLANT ABILITY AMONG VAULTER ATHLETES

Main Article Content

Kreeta Sintawacheewa
Kreeta Sintawacheewa
Rotjana Pongnoo
Thanyawat Homsombat

Abstract

This research is a Quasi Experimental Research. The purpose was to study and compare the effect of imagery
training on pole plant ability among vaulter athletes. The samples were vaulters athlete training in Athletic Association of
Thailand and Pole vault Center Wathuajorrake Wittayakom School Nakhonpathom 12 persons were subject divided to 7
males and 5 females aged between 16-25 years were selected by purposive sampling. The research instrument was an
imagery training program created by the researcher. An experiment was conducted by having subjects do imaginary
exercises before regular training 3 days a week for 8 weeks. The Researcher tested the pole plant ability by Pole plant
ability assessment. Descriptive statistics, mean and standard deviation, were used to describe age, height, weight, and
experience time of pole vault training and the inferential statistics were one-way repeated measure ANOVA to compare
the mean differences in the pole plant ability of the samples in each period: before the experiment, after the 4th week of
the experiment and after the 8th week of experiment. If a statistically significant difference was found at the .05 level,
then the difference was tested in pairs by the Bonferroni method.
The research results showed that from the sample of 12 people, 7 males and 5 females had an average age of
17.75 years, height 173.85 cm, weight 65.75 kg, and experience time of pole vault training was 4.67 years have the
pole plant ability (Body angle) before the experiment was 98.04 degrees, after the 4th week experiment was 96.53
degrees and after the 8th week experiment was 93.37 degrees. It showed that pole vaulters had different pole plant
abilities than before receiving imaginary training at a statistical significance of .05. Bonferroni's method was therefore
used to test individual pairs. After receiving imaginary training at the 4th and 8th weeks, all pairs of differences were
statistically significant at .05. Therefore, it can be concluded that using an imagery training program to practice pole
vaulting in pole vaulting athletes can help develop the ability to pole vault in pole vaulting athletes practicing in the
Athletics Association of Thailand and Pole vault Center Wathuajorrake Wittayakom School Nakhonpathom.

Article Details

How to Cite
Sintawacheewa, K., Sintawacheewa, K., Pongnoo, R., & Homsombat, T. (2022). EFFECTS OF IMAGERY TRAINING ON POLE PLANT ABILITY AMONG VAULTER ATHLETES. Journal of Faculty of Physical Education, 25(2), 35–45. Retrieved from https://he03.tci-thaijo.org/index.php/peswuJ/article/view/934
Section
Research articles

References

Cassirame, G. (2017). The Elevated Track in Pole Vault: An Advantage During Run-Up. International Journal of Sports

Physiology and Performance, 13(6), 717-723.

________. (2019). Differences in approach run kinematics: successful vs. unsuccessful jumps in the pole vault. The

International Journal of Performance Analysis in Sport, 19(5), 794-808.

Edouard, P. (2019). Biomechanical Pole Vault Patterns Were Associated With a Higher Proportion of Injuries. Front

Sports Act Living, 1(20), 201-212.

Gros, H.J. & Kunkel, V. (1988). Biomechanical analyses of the pole vault. Scientific Research Project at the Games of

the XXIVth Olympiad Seoul 1988, 1(5), 219–260.

Gross, P. (2019). Prioritizing Physical Determinants of International Elite Pole Vaulting Performance. Journal of strength

and conditioning research, 34(1), 162-171.

Hanley, B. (2019). Biomechanical Report for the IAAF World Indoor Championships 2018: Pole Vault Men. Birmingham

UK: International Association of Athletics Federations.

Haruthai Petviset and Sasima Pakulanon. (2 015). The Comparison of Imagery Training Combined with Serving Skill

Training Continuous and Non-Continuous on The Accuracy of Serving, Heart Rate and Salivary Alpha-amylase

During Serving in SEPAK TAKRAW Athletes. Journal of Sports Science and Technology, 15(2), 101-110.

Linthorne, Nicholas P. (2000). Energy loss in the pole vault take-off and the advantage of the flexible pole. Sport

engineering, 4(3), 205-218.

Nanay, Bence. (2018). Multimodal mental imagery. Cortex, 2018(105), 125-134.

Olsson, C. J. (2008). Internal imagery training in active high jumpers. Scandinavian Journal of Psychology, 49(2), 133–

Onea, G. A. (2017) Theoretical and Pracital Dimensions of Motor Imagery applied for Hurdles, Pole Vault and Throwing

Events. Sciences of Human Kinetics, 10(59), 59-64.

Petrov, V. (2004). Pole Vault state of art. IAAF, 19(3), 23-32

Pichaya Kanha. (2014). The Effect of the Imagery Training Programs on the Level of Confidence and Accuracy of Goal

Shooting in Hockey. [Master’s Thesis]. Kasersart University.

Rosa, M. (1994). Biomechanical Analysis of the Pole Vault Event. Journal of Applied Biomechanics, 10(2), 147-165.

Salinee Tilungkha. (2018). The Effect of Swimming Instruction Using Imagery Training Program Watching VDO on Crawl

Style Swimming Skill. [Master’s Thesis] Ramkhamhang University.

Schade, F. & Arampatzis, A. (2012). Influence of pole plant time on the performance of a special jump and plant

exercise in the pole vault. Journal of Biomechanic, 45(9), 1625-1631.

Tianchai Channarongsak. ( 2011) . The Effects of Imagery Relaxation Training Upon Heart Rate Variability. [Master’s

Thesis] Srinakharinwirot University.