ISSN 1991-8410 Volume 06, 2011 Editors - University of Sindh
ISSN 1991-8410 Volume 06, 2011 Editors - University of Sindh
ISSN 1991-8410 Volume 06, 2011 Editors - University of Sindh
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<strong>ISSN</strong> <strong>1991</strong>-<strong>8410</strong><br />
<strong>Volume</strong> <strong>06</strong>, <strong>2011</strong><br />
<strong>Editors</strong>:<br />
Pr<strong>of</strong>. Yasmeen Iqbal, Ph.D<br />
Pr<strong>of</strong>. Darlene A. Kluka, Ph.D<br />
Coordinator:<br />
Pr<strong>of</strong>. Iqbal Ahmed Qureshi<br />
A Publication <strong>of</strong> the<br />
Centre for Physical Education, Health & Sports Science<br />
<strong>University</strong> <strong>of</strong> <strong>Sindh</strong>, Jamshoro<br />
<strong>Sindh</strong>-Pakistan<br />
1
About Journal (The Shield) <strong>ISSN</strong> <strong>1991</strong>-<strong>8410</strong><br />
The HEC recognized Research Journal on Physical Education & Sports Science entitled<br />
The Shield is published annually by the Centre for Physical Education, Health & Sports<br />
Science, functioning in the Faculty <strong>of</strong> Natural Sciences, <strong>University</strong> <strong>of</strong> <strong>Sindh</strong>, Jamshoro,<br />
Pakistan.<br />
The major objective <strong>of</strong> bringing out this journal is to provide a forum for the scholars<br />
engaged in the study <strong>of</strong> Physical Education, Health & Sports Science, and the scholars <strong>of</strong> other<br />
faculties that relate their subject matter with this important discipline.<br />
Correspondence:<br />
All correspondence and manuscripts should be addressed to the <strong>Editors</strong>/Director <strong>of</strong> the<br />
Centre for Physical Education, Health & Sports Science, <strong>University</strong> <strong>of</strong> <strong>Sindh</strong>, Jamshoro,<br />
Pakistan.<br />
Guideline for Contributors:<br />
The research paper must be typed, double spaced on A-4 size paper, and limited to 10 – 15<br />
computerized pages to be sent in duplicate, along-with the text in a CD-disc and through E-mail to<br />
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the recognized style <strong>of</strong> typing references and bibliography as incorporated in K. I. Turabian’s<br />
manual for term papers and research articles. It would be appreciated if footnotes/ references are<br />
given serial numbers/ or alphabetically and be placed at the end <strong>of</strong> article.<br />
Note:<br />
*All statements <strong>of</strong> fact and opinions expressed in this journal are the sole responsibility <strong>of</strong><br />
the authors, and do not imply any endorsement on part or whole in any form or shape<br />
whatsoever by the editors or publisher.<br />
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Jersey, USA and the abstracts <strong>of</strong> the published articles are cited and printed electronically from its<br />
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The abstract, and indexation <strong>of</strong> the articles published in “The Shield” are also available at<br />
SIRC (Sports Information Resource Centre) Ottawa, Canada, can be viewed electronically<br />
(www.sirc.ca).<br />
ProQuest, Wisconsin, USA:<br />
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secondary source reference databases and can be viewed electronically ProQuest - Physical<br />
Education Index | Title List (xls)<br />
EBSCO, Massachusetts, USA:<br />
SPORTSDiscuss:<br />
The abstract and indexation <strong>of</strong> the articles published in “The Shield” are also available at<br />
EBSCO Publishing, and can be viewed electronically EBSCO - EBSCOhost Online Research<br />
Databases: SPORTDiscus ...<br />
� Articles <strong>of</strong> all published volumes <strong>of</strong> The Shield can be viewed electronically on <strong>University</strong><br />
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SUBSCRIPTION:<br />
Individuals: …………………………….. Single Copy = Rs. 150/-; outside Pakistan US $ 10<br />
Libraries: ……….....................................… Single Copy = Rs. 300/-; outside Pakistan US $ 15<br />
i
The Shield (<strong>ISSN</strong>-<strong>1991</strong>-<strong>8410</strong>) Vol. <strong>06</strong>, <strong>2011</strong><br />
PATRON<br />
Pr<strong>of</strong>. Nazir A. Mughal, Ph.D.<br />
Vice-Chancellor, <strong>University</strong> <strong>of</strong> <strong>Sindh</strong>, Jamshoro<br />
EDITOR-IN-CHIEF<br />
Pr<strong>of</strong>. Muhammad Tahir Rajput, Ph.D.<br />
Dean, Faculty <strong>of</strong> Natural Sciences, <strong>University</strong> <strong>of</strong> <strong>Sindh</strong>, Jamshoro<br />
EDITORS<br />
Pr<strong>of</strong>. Yasmeen Iqbal, Ph.D.<br />
Director, Centre for Physical Education, Health & Sports Science,<br />
<strong>University</strong> <strong>of</strong> <strong>Sindh</strong>, Jamshoro<br />
Darlene A. Kluka, Ph.D<br />
Pr<strong>of</strong>essor and Coordinator,<br />
Sports Management Programs, Barry <strong>University</strong>,<br />
School <strong>of</strong> Human Performance and Leisure Science,<br />
Department <strong>of</strong> Sport and Exercise Sciences, Miami Shores, Florida, USA<br />
COORDINATOR<br />
Pr<strong>of</strong>. Iqbal Ahmed Qureshi<br />
Former Dean, Faculty <strong>of</strong> Social Sciences<br />
Ex-Director, Centre for Physical Education, Health & Sports Science<br />
<strong>University</strong> <strong>of</strong> <strong>Sindh</strong>, Jamshoro<br />
Pr<strong>of</strong>. Gudrun Doll-Tapper, Ph.D.<br />
President,<br />
International Council <strong>of</strong> Sports Science &<br />
Physical, Berlin, Germany.<br />
Pr<strong>of</strong>. Colin Higgs, Ph.D.<br />
School <strong>of</strong> Human Kinetics and Recreation<br />
Memorial <strong>University</strong> <strong>of</strong> Newfoundland, Canada<br />
Pr<strong>of</strong>. Afzal Kazmi, Ph.D.<br />
Former Chairman,<br />
Department <strong>of</strong> Physical Education,<br />
<strong>University</strong> <strong>of</strong> Karachi, Karachi<br />
ADVISORY BOARD<br />
ii<br />
Pr<strong>of</strong>. Frank Fu, J.P. Ph.D.<br />
Dean, Faculty <strong>of</strong> Social Sciences<br />
Hong Kong Baptist <strong>University</strong> Kowloon Tong,<br />
Hong Kong.<br />
Pr<strong>of</strong>. Dorothee Alferman, Ph.D.<br />
Faculty <strong>of</strong> Sports Science & Management<br />
Leipzig <strong>University</strong>, Germany<br />
Pr<strong>of</strong>. Ikram Hussain, Ph.D.<br />
Deptt. <strong>of</strong> Physical Health & Sports Education,<br />
Aligarh Muslim <strong>University</strong>, Aligarh, India
iii<br />
An Effect Of Mental Toughness<br />
PANEL OF INTERNATIONAL PEER REVIEWERS<br />
Pr<strong>of</strong>. Colin Higgs, Ph.D.<br />
School <strong>of</strong> Human Kinetics and Recreation<br />
Memorial <strong>University</strong> <strong>of</strong> Newfoundland,<br />
Canada<br />
Pr<strong>of</strong>. Darlene Kluka, Ph.D.<br />
Pr<strong>of</strong>essor and Coordinator,<br />
Sports Management Programs, Barry <strong>University</strong>,<br />
School <strong>of</strong> Human Performance and Leisure Science,<br />
Department <strong>of</strong> Sport and Exercise Sciences,<br />
Miami Shores, Florida, USA<br />
Farhan M. Khan, MD<br />
Clinical Assistant Pr<strong>of</strong>essor <strong>of</strong> Medicine,<br />
Chairman PGIP Committee<br />
Michigan State <strong>University</strong>, USA<br />
Pr<strong>of</strong>. Gudrun Doll-Tepper, Ph.D.<br />
President,<br />
International Council <strong>of</strong> Sports Science &<br />
Physical Education, Berlin, Germany.<br />
Pr<strong>of</strong>. Phyllis Love, Ph.D.<br />
Department <strong>of</strong> Exercise Physiology / Diabetes,<br />
Grambling State <strong>University</strong>, Louisiana, USA<br />
Dr. Eric Peter Sabonghy, MD<br />
The <strong>University</strong> <strong>of</strong> Texas Medical School<br />
at Houston, USA<br />
Dr. Nabeela Iqbal<br />
Clinical Research Coordinator & Data Manager<br />
<strong>University</strong> <strong>of</strong> Michigan Ann-Arbor, USA<br />
Pr<strong>of</strong>. Maria Dinold, Ph.D.<br />
Centre <strong>of</strong> Sports Sciences and<br />
<strong>University</strong> Sports in Vienna, Austria<br />
Pr<strong>of</strong>. Frank Fu, J.P. Ph.D.<br />
Dean,<br />
Faculty <strong>of</strong> Social Sciences, Hong Kong Baptist<br />
<strong>University</strong>, Kowloon Tong, Hong Kong.<br />
Pr<strong>of</strong>. Abel Lamina, Toriola, Ph.D.<br />
Department <strong>of</strong> Sports, Physical Rehabilitation<br />
and Dental Sciences, Faculty <strong>of</strong> Health Sciences,<br />
Tshwane <strong>University</strong> <strong>of</strong> Technology, Pretoria,<br />
South Africa<br />
Pr<strong>of</strong>. Salmar Burger, Ph.D.<br />
Department <strong>of</strong> Sports Management,<br />
<strong>University</strong> <strong>of</strong> Pretoria, South Africa<br />
Pr<strong>of</strong>. Chung Pak-Kwong, Ph.D.<br />
Head, Department <strong>of</strong> Physical Education<br />
Hong Kong Baptist <strong>University</strong>.<br />
Pr<strong>of</strong>. Ikram Hussain, Ph.D.<br />
Ex-Chairman<br />
Department <strong>of</strong> Physical Education<br />
Aligarh Muslim <strong>University</strong>, Aligarh, India<br />
Doris, R. Corbett, Ph.D.<br />
Pr<strong>of</strong>essor & Chairman,<br />
Department <strong>of</strong> Health, Human Performance &<br />
Leisure Studies, Howard <strong>University</strong>, USA<br />
Pr<strong>of</strong>. Richard Smith, Ph.D.<br />
Discipline <strong>of</strong> Exercise and Sports Science,<br />
The <strong>University</strong> <strong>of</strong> Sydney, Australia<br />
Pr<strong>of</strong>. Rosa Lopez de D’Amico, Ph.D.<br />
Department <strong>of</strong> Physical Education,<br />
Pedagogic Experimental <strong>University</strong><br />
Liberator in Maracay, Venezuela
The Shield (<strong>ISSN</strong>-<strong>1991</strong>-<strong>8410</strong>) Vol. <strong>06</strong>, <strong>2011</strong><br />
<strong>Volume</strong> <strong>06</strong>, <strong>2011</strong> <strong>ISSN</strong> <strong>1991</strong>-<strong>8410</strong><br />
CONTENTS<br />
An Effect <strong>of</strong> Mental Toughness on Different Level <strong>of</strong> Participation in<br />
Soccer Player 01<br />
Rajender Singh and Rajesh Kumar<br />
Sports as a Dynamic Force in the Development <strong>of</strong> relations among<br />
Nations in Global Politics <strong>06</strong><br />
Aslam Pervez Memon, Soniha Aslam Ghouri,<br />
Deen Muhammad Jalbani and Yasmeen Iqbal Qureshi<br />
Examination <strong>of</strong> public parks for physical activity participation by their<br />
Location, Size and Facilities 14<br />
M. Muftler, Ahmet Yapar, Salih Gokhan Irez and Mustafa Levent Ince<br />
Physical activity in individuals living with osteopenia: Association<br />
with Psychological need satisfaction and motives for well-being. 26<br />
Diane E. Mack, Katie E. Gunnell, Philip M. Wilson, Jenna D. Gilchrist,<br />
Kent C. Kowalski, Peter R.E. Crocker, Leah J. Ferguson and J.D. Adachi<br />
Gender Differences <strong>of</strong> self-confidence in sports with reference to<br />
Pakistan Socio-Cultural factors and attitudes towards women 42<br />
Hameed Rehman, Jumshaid Ahmed and Muhammad Akram Ansari<br />
A Musculoskeletal injury pr<strong>of</strong>ile <strong>of</strong> athletes at a National<br />
Inter-<strong>University</strong>Athletic meet in Minipal, Karnataka, India 50<br />
Parachi Shah, Abraham Samuel Babu, Vaibhavi Satam, H.S. Ballal,<br />
Fiddy Davis and Arun G. Maiya<br />
Sports as an institution for gender stereotype challenge and women<br />
empowerment: A reflection on Nigerian Elite Sportswomen at the Olympics 57<br />
Ifeanyichukwu C. Elendu and Tammy T. Orunaboka<br />
Curriculum Quality and Academic Reputation <strong>of</strong> Physical Education<br />
College in Health–Fitness Job Marketing in Jordan 70<br />
Ahmed M. Al-Shishani, Akef M. Taifour and Aman S. Khasawneh<br />
Physiological Pr<strong>of</strong>ile <strong>of</strong> Trained Weightlifters 78<br />
Bhavana S. Masale and Vijay A. Sawant<br />
Effect <strong>of</strong> Combined action <strong>of</strong> Yogasanas and Pranayama Exercises reduces<br />
Lipid pr<strong>of</strong>iles and enhances antioxidant status in Young Healthy Individuals 83<br />
Annida Balakrishnan and Suthakar Krishnaswamy<br />
iv
AN EFFECT OF MENTAL TOUGHNESS ON DIFFERENT<br />
LEVEL OF PARTICIPATION IN SOCCER PLAYERS<br />
ABSTRACT<br />
Dr. Rajender Singh and Rajesh Kumar<br />
Many a time sportsmen are accused <strong>of</strong> not having mental toughness<br />
which is indispensable for high level performance. Thus, mental<br />
toughness becomes one <strong>of</strong> the most important aspects to be developed.<br />
Therefore, it has become the need <strong>of</strong> the hour to asses the degree <strong>of</strong><br />
mental toughness in order to take necessary steps to improve the<br />
performance. The sample <strong>of</strong> the present study comprised <strong>of</strong> 40 male<br />
and female university badminton players <strong>of</strong> India. Keeping the view<br />
the purpose <strong>of</strong> the study they were divided into two groups: All India<br />
Intervarsity (N=30) and Intercollegiate (N=20) male soccer players.<br />
The result indicated that significance difference between all India<br />
intervarsity and intercollegiate male soccer players in the mental<br />
toughness level. It is evident that all India intervarsity and<br />
intercollegiate male soccer players in mental toughness test differed<br />
significantly on mental toughness as the obtained t-value <strong>of</strong> 1.688 is<br />
much more than the tabulated value t0.05 (58) = 1.671.<br />
Key Words: Mental Toughness, Handling Pressure, Concentration, Mental Rebounding and Winning Attitude.<br />
INTRODUCTION<br />
Successful athletes are supposed<br />
to be not only Physically Tough but<br />
Mentally Tough as well. The reason<br />
for this originates out <strong>of</strong> the<br />
realization that top sports are a<br />
ruthless, cold, and hard business,<br />
where there is no place for the<br />
tenderspirited. Tutko’s (1974) characterization<br />
<strong>of</strong> such trait indicates that<br />
the “Mentally Tough” athlete can<br />
take rough handling; is not easily<br />
upset about losing, playing badly, or<br />
being spoken to harshly; can accept<br />
strong criticism without being hurt;<br />
and does not need too much<br />
encouragement from his coach.<br />
1<br />
Sport psychologist (researchers<br />
and practitioners), coaches, sports<br />
commentators, sports fans, and<br />
athletes acknowledge the importance<br />
<strong>of</strong> mental toughness in sporting<br />
performance (see Goldberg, 1998:<br />
Gould & Dieffenbach, 2002; Hodge,<br />
1994; Tunney, 1987; Williams, 1988).<br />
In early work on the issue, Loehr<br />
(1982, 1986) emphasized that athletes<br />
and coaches felt that at least fifty<br />
percent <strong>of</strong> success is due to<br />
psychological factors that reflect<br />
mental toughness.<br />
Jones, Hanton, and Connaughton<br />
(2002) conducted a qualitative study<br />
<strong>of</strong> elite athletes, aiming to define<br />
mental toughness and to determine
The Shield (<strong>ISSN</strong>-<strong>1991</strong>-<strong>8410</strong>) Vol. <strong>06</strong>, <strong>2011</strong><br />
the essential attributes required to be<br />
a mentally tough performer.<br />
Cohn (<strong>1991</strong>) interviewed pr<strong>of</strong>esssional<br />
collegiate golfers and found<br />
them to be highly focused and<br />
immersed in the task at hand,<br />
performed effortlessly and automatically,<br />
felt physically relaxed and<br />
mentally calm, and felt in control <strong>of</strong><br />
themselves and their performance.<br />
Garfield and Bennet (1984) interviewed<br />
numerous elite athletes, who reported<br />
being mentally and physically relaxed,<br />
confident, focused on the present,<br />
highly energized, usually aware, and in<br />
control when playing well.<br />
Scarnati (2000) discusses an<br />
aspect <strong>of</strong> leadership that is beyond<br />
technical competence and practice by<br />
highly successful people. Mental<br />
toughness is defined as “between the<br />
ears” toughness. He also provides the<br />
method to deal with stressful<br />
situation and despotic bosses. The<br />
author emphasizes that the mind is<br />
where battles are truly won and lost.<br />
Kaiser (1981) conducted a study on<br />
pain tolerance. The purpose <strong>of</strong> this<br />
study was to determine any<br />
relationship or differences in pain<br />
tolerance and mental toughness with<br />
in collegiate football players. The<br />
conclusion <strong>of</strong> this study was evident<br />
between the pain tolerance and<br />
mental toughness with in collegiate<br />
football players<br />
Golby, Shread and Lavalee (2003)<br />
examined the relaxation between<br />
2<br />
demographic characteristics <strong>of</strong> rugby<br />
players and selected aspects <strong>of</strong><br />
psychological performance in rugby<br />
league football. The finding concern<br />
with previous work indicating<br />
superior hardiness is related to<br />
improved performance in sports.<br />
Fourie and Potgieter (2001) investtigated<br />
the component <strong>of</strong> mental<br />
toughness as reported by 131 expert<br />
coaches and 160 elite athletes from<br />
31sports codes. The finding <strong>of</strong> the<br />
study is rated the effectiveness <strong>of</strong><br />
coaches and sport psychologists in<br />
strengthening the characteristic <strong>of</strong><br />
mental toughness more highly than<br />
athletes did.<br />
METHODOLOGY<br />
Subject and Design<br />
For the purpose <strong>of</strong> this<br />
study, both the samples were<br />
considered the true representative<br />
<strong>of</strong> the entire badminton population<br />
<strong>of</strong> Indian at the time their<br />
assessment <strong>of</strong> the psychological<br />
variables was done.<br />
The present study is a status<br />
study, which did not require the<br />
investigator basically to manipulate<br />
any <strong>of</strong> the variables included in it.<br />
Rather the collection <strong>of</strong> data became<br />
instrumental in providing correct<br />
insight into the mental toughness.<br />
The questionnaire on mental toughness<br />
prepared by Alan Goldberg<br />
(1986) has sixty items.
The present study was conducted<br />
on 60 male soccer players <strong>of</strong> India.<br />
Keeping in view the objectives, the<br />
players were categorized into two main<br />
groups: Intercollegiate (N=30) and All<br />
India Intervarsity (N=30) male soccer<br />
players. The sample representing the<br />
inter collegiate male soccer players<br />
consisted <strong>of</strong> those players who are<br />
members <strong>of</strong> inter college male soccer<br />
team <strong>of</strong> different colleges <strong>of</strong> Dr. Bhim<br />
Rao Ambedkar <strong>University</strong> Agra and<br />
the sample representing All India<br />
Intervarsity Man Football players who<br />
participated in the All India<br />
Intervarsity Man Football championship,<br />
2008 held at Goa <strong>University</strong>, Goa<br />
from 10/11/2008 to 16/11/2008.<br />
Statistical Analysis<br />
This was a comparative study <strong>of</strong><br />
two groups <strong>of</strong> team game players for<br />
finding out difference in criterion.<br />
Measure the mean difference <strong>of</strong> these<br />
groups were tested for significance by<br />
‘t’ test and level <strong>of</strong> significance was<br />
set at 0.05 level.<br />
Analysis <strong>of</strong> Data and Result <strong>of</strong> the<br />
Study<br />
There are at least two levels<br />
at which data are categorized,<br />
presen-ted and analyzed statistically<br />
in this study. The psychological<br />
status <strong>of</strong> all India intervarsity (30)<br />
and intercolle-giate (30) male soccer<br />
players has been compared.<br />
3<br />
An Effect Of Mental Toughness<br />
Mean and Standard Deviation <strong>of</strong> All<br />
India Intervarsity and Intercollegiate<br />
Male Soccer Players India on Mental<br />
Toughness Variable<br />
Mean scores and standard deviations<br />
<strong>of</strong> the two groups on mental<br />
toughness variable are presented in<br />
Table – 1.<br />
Variable<br />
Mental<br />
Toughness<br />
Table-1<br />
All India<br />
Intervarsity<br />
Players<br />
Intercollegiate<br />
Players<br />
Mean S.D. Mean S.D.<br />
36.6 7.85 33.46 6.41<br />
Comparison <strong>of</strong> Mental Toughness<br />
<strong>of</strong> All India Intervarsity and Intercollegiate<br />
Male Soccer Players<br />
‘t’ test <strong>of</strong> mental toughness is<br />
given in Table-2 and graphically<br />
portrayed in Figure-1<br />
SCORES<br />
37<br />
36.5<br />
36<br />
35.5<br />
35<br />
34.5<br />
34<br />
33.5<br />
33<br />
32.5<br />
32<br />
31.5<br />
MENTAL TOUGHNESS<br />
36.6<br />
ALL INDIA<br />
INTERVARSITY<br />
LEVELS<br />
33.46<br />
NORTH ZONE<br />
INTERVARSITY<br />
Fig.1: Comparison <strong>of</strong> Mental Toughness <strong>of</strong><br />
All India Intervarsity and Intercollegiate<br />
Male Soccer Players.
The Shield (<strong>ISSN</strong>-<strong>1991</strong>-<strong>8410</strong>) Vol. <strong>06</strong>, <strong>2011</strong><br />
Table-2<br />
Significance <strong>of</strong> Difference <strong>of</strong> Mean<br />
in Mental Toughness on Male and<br />
Female Badminton Players<br />
Group Mean Mean SEM T- Significance<br />
Difference<br />
value level<br />
All India<br />
Intervarsity<br />
36.6 3.14 1.86 1.688 0.05<br />
Intercollegiate 33.46<br />
* Significant at .05 level<br />
Tab t.0.5 (58) = 1.671<br />
RESLUT<br />
It is observed from the Table-2 that<br />
means index score has increase by 3.14<br />
after the test. Since calculated ‘t’ ><br />
Tabulated ‘t’ (1.688>1.671). The result<br />
indicated that significance difference<br />
between all India intervarsity and<br />
inter-collegiate male soccer players in<br />
the mental toughness level. It is<br />
evident that all India intervarsity and<br />
inter-collegiate soccer players in<br />
mental toughness test differed<br />
significantly, as the obtained t-value <strong>of</strong><br />
1.688 is much more than the tabulated<br />
value t 0.05 (58) = 1.671.<br />
DISCUSSION<br />
From the analysis <strong>of</strong> data<br />
significance difference is found<br />
between All India Intervarsity and<br />
Intercollegiate players in the mental<br />
toughness level. It is evident that all<br />
India intervarsity and intercollegiate<br />
players in mental toughness test<br />
differed significantly, as the obtained<br />
t-value <strong>of</strong> 1.688 is more than the<br />
tabulated value t 0.05 (58) = 1.671.<br />
4<br />
The performance <strong>of</strong> soccer has been<br />
regularly influenced to a great extent<br />
by skills, Psychological variables and<br />
psychological compo-nents for the<br />
<strong>University</strong> players. In modern soccer<br />
game, psychological factors, fitness and<br />
rudiments <strong>of</strong> the game have been over<br />
emphasized at any level <strong>of</strong> competition.<br />
Each player is necessarily required to<br />
be continuously stable and fit physically<br />
and psychologically. This puts a<br />
great deal <strong>of</strong> demand physically and<br />
mentally.<br />
The present study found significant<br />
difference. All India inter-varsity<br />
players had shown high mental<br />
toughness in comparison with intercollegiate<br />
players. (Golby, Shread and<br />
Lavalee, 2003; Jones, 2002; Daniels,<br />
1972; Fourie and Potgieter, 2001; Gould,<br />
Hodge, Peterson, & Petlichk<strong>of</strong>f, 1987;<br />
Gould, Dieffenbach, & M<strong>of</strong>fett, 2002).<br />
The highly mental toughness was<br />
measured and significant differences<br />
were found. The reason may be intercollegiate<br />
players seem to loose against<br />
the players whom they think better.<br />
Some players have also the tendency <strong>of</strong><br />
getting injured before the big matches.<br />
Most <strong>of</strong> the players are not able to<br />
perform well due to nervous-ness.<br />
Most <strong>of</strong> the intercollegiate players think<br />
about their past poor performances but<br />
they concentrate only on the game after<br />
the start <strong>of</strong> the match. They also get<br />
distracted by what others say or do<br />
before the match. Most intercollegiate<br />
players think about their mistakes<br />
during rest <strong>of</strong> the match, which affect
their further performance. They are not<br />
able to let go <strong>of</strong>f any unfair thing if<br />
happens to them in the match. But All<br />
India Intervarsity players have well<br />
experienced confi-dence and exposure<br />
level also high. He participates many<br />
times in the tourna-ment, he not gets<br />
distracted by what others say or do<br />
before the match. Most <strong>of</strong> the All India<br />
Intervarsity players not think about<br />
their mistakes during rest <strong>of</strong> the match,<br />
which affect their further performance.<br />
REFERENCE:<br />
Cohn, P.J. (<strong>1991</strong>). An exploratory study<br />
on peak performance in golf. The<br />
Sport Psychologist. 5, 1-4.<br />
Daniels, Alice Diane (November, 1972)<br />
“Pain Tolerance and Cardiac<br />
Responses to Pain <strong>of</strong> Low and High<br />
Anxious Subjects Before and After<br />
Exercise” Dissertation Abstracts<br />
International 33:5: 2147-A.<br />
Fourie, S. and Potgieter, J.R. (2001) “The<br />
Nature <strong>of</strong> Mental Toughness in<br />
Sport” South African Journal for<br />
Research in Sports, Physical Education<br />
and Recreation.<br />
Goldberg, A.S. (1998). Sports slump<br />
busting: 10 steps to mental toughness<br />
and peak performance. Champaign,<br />
IL: Human Kinetics.<br />
Golby, J.; Sheard, M. and Lavalle, D.<br />
(April, 2003) “A Cognitive<br />
Behavioural Analysis <strong>of</strong> Mental<br />
Toughness in National Rugby League<br />
Football Team” Percept <strong>of</strong> Motor Skills.<br />
Gould, D., Dieffenbach, K., & M<strong>of</strong>fett,<br />
A. (2002). Psychological Characteristic<br />
and Their Development <strong>of</strong> Olympic<br />
Champions. Journal <strong>of</strong> Applied Sport<br />
Psychology, 14, 172-204.<br />
5<br />
An Effect Of Mental Toughness<br />
Gould, D., Hodge, K., Peterson, K., &<br />
Petlichk<strong>of</strong>f, L. (1987). Psychological<br />
Foundations <strong>of</strong> Caching: Similarities<br />
and Differences among Intercollegiate<br />
Wrestling Coaches. The Sport<br />
Psychologist, 1, 293-308.<br />
Hodge, K. (1994). Mental toughness in<br />
sport: Lessons for life. The pursuit <strong>of</strong><br />
personal excellence. Journal <strong>of</strong> Physical<br />
Education New Zealand, 27, 12-16.<br />
Jones, G., Hanton, S. & Connaughton,<br />
D. (2002). What is this thing called<br />
mental toughness? An investigation<br />
<strong>of</strong> elite sport performers. Journal <strong>of</strong><br />
Applied Sport Psychology, 14, 205-218.<br />
Loehr, J.E. (1982). Athletic excellence:<br />
Mental toughness training for sports.<br />
Forum Publishing Company.<br />
Loehr, J.E. (1986). Mental toughness<br />
training for sports: Achieving athletic<br />
excellence. Lexington, MA: Stephen<br />
Greene Press.<br />
Scarnati, J.T. (May 2000) “Beyond<br />
Technical Competence; Developing<br />
Mental Toughness” Career Development<br />
International, Vol. V, No. 3.<br />
Tutko, Lyon T. (1974) “The Athletic<br />
Motivational Inventory”, (California:<br />
The Institute <strong>of</strong> for the Study <strong>of</strong><br />
Athletic Motivation, 1969), Cited by<br />
Alderman, Richard B., Psychological<br />
Behavior in Sport, United States <strong>of</strong><br />
America: Saunders Company.<br />
Tunney, J.(1987). Thoughts on the line.<br />
Mental toughness: Biceps for the<br />
mind. Soccer Journal, 32, 4950<br />
Williams, R.M. (1988). The U.S. open<br />
character test: Good strokes help. But<br />
the most individualistic <strong>of</strong> sports is<br />
ultimately a mental game. Psychology<br />
Today, 22, 60-62.
SPORTS AS A DYNAMIC FORCE IN THE DEVELOPMENT OF<br />
RELATIONS AMONG NATIONS IN GLOBAL POLITICS<br />
ABSTRACT<br />
Dr. Aslam Pervez Memon, Dr. Soniha Aslam Ghouri,<br />
Dr. Deen Muhammad Jalbani and Dr. Yasmeen Iqbal Qureshi<br />
Sports are understood as one <strong>of</strong> the dynamic forces in developing<br />
national integrity among the masses creating national unity in the<br />
country; whereas sports diplomacy is referred when sport is used as a<br />
political means to improve relations and some times may worsen<br />
diplomatic relations between two nations. The intention is to bring<br />
about fundamental changes relating to fine relations. While the<br />
Olympics events are the leading political examples <strong>of</strong> using sports for<br />
diplomatic means, such as cricket, table tennis and football as well as<br />
other international sports competitions have also been used in this<br />
regard. In the case <strong>of</strong> Apartheid, competitive sport was used to isolate<br />
South Africa that brought major changes in nation's social structure<br />
in terms <strong>of</strong> socio- political relationship, examining the sports<br />
diplomacy which implemented Nelson Mandela <strong>of</strong> South Africa for<br />
national reconciliation, and Iran’s former President Khatami's<br />
inspiring initiative provided an opening for a watchful<br />
rapprochement policy with USA, favoring peoples mutual contacts<br />
between these two nations to release tensions developed between<br />
them that may be compared with Ping Pong diplomacy, which<br />
s<strong>of</strong>tened US-Chinese relations.<br />
Key Words: Sports, rapprochement, dynamic, diplomacy, apartheid, relationship, pride, tensions,<br />
integrity and nationalism.<br />
METHODOLOGY<br />
This article has been developed<br />
on the basis <strong>of</strong> descriptive research<br />
method and data was collected from<br />
various books and sports magazines,<br />
analyzing it from biographies<br />
published in national and international<br />
newspapers <strong>of</strong> leading former<br />
international players <strong>of</strong> Football,<br />
Cricket and Table Tennis and also<br />
from personal sports experiences. The<br />
survey question-nnaire was administered<br />
to 100 students and 20 visiting<br />
6<br />
and regular faculty members <strong>of</strong> the<br />
Centre for Physical Education, Health<br />
and Sports Science, functioning in the<br />
Faculty <strong>of</strong> Natural Sciences at<br />
<strong>University</strong> <strong>of</strong> <strong>Sindh</strong>, Jamshoro, and<br />
the results <strong>of</strong> the respondents were<br />
further processed for analysis.<br />
INTRODUCTION<br />
Most <strong>of</strong> the international sports<br />
competitions are contested between<br />
national teams, which encourage the<br />
use <strong>of</strong> sporting events for nationalist<br />
purposes that may have organized
intentionally or sometimes with<br />
other reasons. The national<br />
solidarity achieved through sport<br />
may be one <strong>of</strong> the primary sources<br />
<strong>of</strong> developing nationalism as<br />
popular sports events, which people<br />
like the most, are considered a<br />
matter <strong>of</strong> national pride for them<br />
and cricket test match series<br />
between Australia and England<br />
popularly known as ‘Ashes’ comes<br />
in the same category <strong>of</strong> national<br />
honor. Similarly, test cricket series<br />
between India and Pakistan place<br />
both countries virtually immobile<br />
where match is being played and<br />
the normal traffic on roads is<br />
heavily reduced as it has turned into<br />
a matter <strong>of</strong> national honor for the<br />
majority <strong>of</strong> the local people. 1 The<br />
Olympic Games are the leading<br />
juncture for meeting the nationalist<br />
purposes, as it reflects the history <strong>of</strong><br />
political conflicts between them<br />
since its inception at the end <strong>of</strong> the<br />
19th century. The 1936 Summer<br />
Olympics held in Berlin, Germany<br />
has been an illustration <strong>of</strong> vital<br />
recognition <strong>of</strong> the sensitivity <strong>of</strong> the<br />
prevalent situation, where an<br />
ideology was rising which used the<br />
Olympic event to strengthen its<br />
position through propaganda.<br />
Consequently, United States refused<br />
to participate and politically aligned<br />
nations joined her in the boycott <strong>of</strong><br />
summer Olympics <strong>of</strong> 1988 and<br />
Soviet Union considered it as the<br />
part <strong>of</strong> the Cold War conflict. 2<br />
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It would be convenient for the<br />
researcher to argue first with the<br />
impact <strong>of</strong> apartheid nations<br />
confining their policies developing<br />
political systems <strong>of</strong> their governments<br />
which was against the United<br />
Nation’s Human Rights Charter,<br />
then, elaborated on the charm <strong>of</strong><br />
Olympic games which witnessed<br />
boycotts and conflicts between<br />
nations, and the Ping Pong diplomacy<br />
that reconciled the relations<br />
between USA and Peoples Republic<br />
<strong>of</strong> China. Further, charisma <strong>of</strong><br />
Cricket gave rise making friendships<br />
and some times brought some<br />
tensions among the people and<br />
lastly attraction. Soccer (Foot ball)<br />
game has been discussed that<br />
brought severe conflicts and<br />
observed clashes among nations<br />
that also conveyed for national<br />
integration and bringing unity<br />
among the citizens <strong>of</strong> these nations,<br />
the incidences took place in various<br />
countries would be good examples<br />
in this regard. Such as:<br />
a. Apartheid Policy<br />
It is notable that sporting<br />
boycott <strong>of</strong> South Africa during<br />
Apartheid understood to have<br />
played vital role in forcing South<br />
Africa to open up their society and<br />
to end a global isolation. South<br />
Africa was barred from the 1964<br />
Summer Olympics and many sports'<br />
governing bodies expelled or<br />
suspended membership <strong>of</strong> South
Sports as a Dynamic Force<br />
African affiliations. It was said that<br />
the international boycott <strong>of</strong> apartheid<br />
sport has been an effective<br />
move toward sensitizing world<br />
opinion against apartheid and<br />
mobilizing millions <strong>of</strong> citizens for<br />
action against that disgraceful<br />
political system. The imposed ban<br />
helped change <strong>of</strong>ficial policies towards<br />
participation in sports. 3<br />
The South African Table Tennis<br />
Board, founded in contravention to<br />
the United Nations human rights,<br />
White South African table tennis<br />
board was replaced in consequence<br />
<strong>of</strong> the boycott <strong>of</strong> the International<br />
Table Tennis Federation. While<br />
former body managed to participate<br />
in the world championships held in<br />
Stockholm in 1957, and team<br />
members were refused passports by<br />
the government as it ruled that no<br />
black person can compete internationally<br />
except through the white<br />
sports body.<br />
United Nations in 1980 advised<br />
member countries to inform about<br />
sports contacts with South Africa and<br />
provide a list <strong>of</strong> sportsmen who have<br />
participated in sports events. That<br />
action proved to be an effective<br />
instrument discouraging collaboration<br />
with apartheid sport and later on<br />
in the same year South Africa was<br />
expelled from most inter-national<br />
sports bodies and on June 21, 1988,<br />
International Olympic Committee<br />
approved a declaration for the total<br />
isolation <strong>of</strong> apartheid sport. 4<br />
8<br />
b. Olympics Charm<br />
In 1936 Olympics, Adolph Hitler<br />
used it as a vital occasion to<br />
promote superiority <strong>of</strong> Germany<br />
with his ideological belief <strong>of</strong> racial<br />
domination. These games were used<br />
as a means <strong>of</strong> strengthening the<br />
German potency and bringing unity<br />
among the youth. It was also<br />
believed that sport was a "way to<br />
weed out the weak, Jewish, and<br />
other undesirable communities. As<br />
a result, many Jews and Gypsies<br />
were banned from participating in<br />
sporting events, while Germany<br />
secured top position in winning<br />
medals, the Nazi portrayed ethnic<br />
Africans as inferior nation was<br />
dispelled by Jesse Owens' gold<br />
medals in the 100m, 200m 4x100m<br />
relay and long jump events. 5<br />
Again, in 1968, Olympic Games<br />
were used to demonstrate the world<br />
the plight <strong>of</strong> the African-American<br />
struggle during the civil rights<br />
movement in their home country.<br />
Black American, John Carlos during<br />
the medal ceremony in Mexico City,<br />
performed the well-known Black<br />
Power salute. In 1972, Israeli<br />
Olympic athletes <strong>of</strong> Jewish team<br />
were massacred in an assault by<br />
Palestinian gunmen at the Olympic<br />
village that eventually resulted in 17<br />
deaths <strong>of</strong> the team members. In<br />
1980 the Soviet invasion <strong>of</strong><br />
Afghanistan led to a boycott <strong>of</strong> the<br />
Moscow Olympics by a large part <strong>of</strong><br />
the western nations and their allies
in protest against Russian actions. In<br />
the 1984 Los Angeles Olympics the<br />
Soviet Bloc countered a retaliatory<br />
action in the form <strong>of</strong> boycott <strong>of</strong> the<br />
games in response to the Americanled<br />
Moscow games. 6<br />
c. Ping-Pong Diplomacy<br />
The exchange <strong>of</strong> table tennis<br />
players between the United States<br />
and the People’s Republic <strong>of</strong> China<br />
led to make s<strong>of</strong>ter policies in Sino-<br />
American relations that eventually<br />
led US President Richard Nixon to<br />
endorse rapprochement policy with<br />
the Chinese government. It was the<br />
first initial public information <strong>of</strong><br />
improved U.S. China relations<br />
known to the world on April 6,<br />
1971, when the American Ping-Pong<br />
team was visiting Japan, received a<br />
surprise invitation from their<br />
Chinese colleagues to visit People's<br />
Republic <strong>of</strong> China. On April 10, nine<br />
players, four <strong>of</strong>ficials, and two<br />
spouses stepped across a bridge<br />
from Hong Kong to the Chinese<br />
mainland. It was the first group <strong>of</strong><br />
Americans allowed in Chinese<br />
territory since the Communist takeover<br />
in 1949. 7 Ten journalists,<br />
including five Americans, were also<br />
invited to cover the visit <strong>of</strong> the team<br />
thus, ending the information blockade<br />
from the People's Republic since<br />
1949.The delighted American public<br />
were aware <strong>of</strong> the daily progress <strong>of</strong><br />
the visit through newspapers and<br />
television, as the Americans played<br />
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and lost exhibition matches with<br />
their hosts, traveled around the<br />
Great Wall, Summer Palace and<br />
during their visit chatted with<br />
Chinese students and factory<br />
workers and had the opportunity to<br />
attend the Canton Ballet.<br />
d. Cricket Charisma<br />
The charisma <strong>of</strong> Cricket has also<br />
played important role in developing<br />
relations between the nations help<br />
to improve and some times severe<br />
the relations between them.<br />
Pakistan and India is the good<br />
example, which seems developed<br />
tensions in global politics.<br />
Following the Soviet invasion <strong>of</strong><br />
Afghanistan, and Soviet pressurized<br />
India to deflect the tension they are<br />
confronted with. Pakistan's dictator<br />
and former president General Ziaul-Haq,<br />
in 1987 watched a test<br />
match between India and Pakistan<br />
in Jaipur, apparently it helped to<br />
cool down the tensions and fifteen<br />
year break in playing test matches,<br />
cricket tours between India and<br />
Pakistan were also revived in 2004<br />
in the wake <strong>of</strong> diplomatic initiatives<br />
to bury past history <strong>of</strong> mutual<br />
hostility. Both sides relaxed their<br />
tough visa regulations for each<br />
other, allowing thousands <strong>of</strong> fans to<br />
travel across the border.<br />
Taking the advantage <strong>of</strong> the<br />
cricket diplomacy another dictator<br />
and former president Gen. Pervez<br />
Musharaf visited India in 2005
Sports as a Dynamic Force<br />
apparently for a cricket match. The<br />
trip, however, quickly turned over to<br />
summit meeting as both sides<br />
willing to avail a historic chance to<br />
end their dispute over Kashmir as<br />
this enmity has traced with a<br />
religious-political current <strong>of</strong> air to it.<br />
A Pakistani fan in Karachi ran on the<br />
pitch to attack the Indian captain,<br />
and fans threw stones at the Indian<br />
players during the match in Karachi,<br />
and in 20<strong>06</strong> a Hindu extremist dug<br />
up the cricket pitch in New Delhi to<br />
protest against Pakistan team's visit.<br />
The Mumbai attack on Parliament in<br />
2008, the terrorists were believed to<br />
be from Pakistan also aggravated the<br />
situation and India boycotted all<br />
kinds <strong>of</strong> mutual talks with bordering<br />
nations. 8<br />
e. Football Attraction<br />
The war between El Salvador<br />
and Honduras took place mainly on<br />
the sensitive rivalry <strong>of</strong> Football<br />
game that led to the war along with<br />
serious socio-economic issues <strong>of</strong><br />
infamous immigration and land<br />
reforms fueled to chaos in these<br />
countries. The rise <strong>of</strong> tensions<br />
encouraged rioters during the<br />
second North American qualifying<br />
round <strong>of</strong> 1970 FIFA World Cup<br />
fighting broke out during the first<br />
game in Tegucigalpa, the situation<br />
worsen in San Salvador. The<br />
Honduran fans were physically<br />
beaten and humiliated, its flag was<br />
torched and insulted national<br />
10<br />
anthem. Consequently the emotions<br />
<strong>of</strong> both nations became agitated. In<br />
retaliation, violence against Salvadoran<br />
residents in Honduras increased<br />
and number <strong>of</strong> Salvadorans<br />
brutally killed and tens <strong>of</strong> thousands<br />
began fleeing the country.<br />
The press <strong>of</strong> both nations also<br />
contributed to a growing climate <strong>of</strong><br />
near-hysteria, and on June 27, 1969,<br />
Honduras broke diplomatic relations<br />
with El Salvador and on July<br />
14, 1969, the Salvadoran army<br />
launched an attack against<br />
Honduras. The Organization <strong>of</strong><br />
American States negotiated a ceasefire<br />
which took effect on July 20,<br />
with the Salvadoran troop’s withdrawal<br />
in early August, 1969. 9<br />
During 1986 Mexico World Cup,<br />
after the Falklands War between<br />
Argentina and the United Kingdom,<br />
Diego Mara Dona scored a goal that<br />
fuel the fire between the two sides<br />
and matter further worsen as it was<br />
an unrecognized foul using the<br />
hand (referee did not watch it) to<br />
score a goal that severed relationships<br />
between these nations, called<br />
it as hand <strong>of</strong> God. 10<br />
In 1998 FIFA World Cup<br />
held in France, Iran recorded their<br />
first World Cup victory in the<br />
second game, Iran beat the United<br />
States by 2-1 goals. The match was<br />
preheated with much excitement as<br />
both countries’ political stance was<br />
detached after the Iranian<br />
revolution. However, both sides
presented one another with gifts<br />
and flowers and stood together for a<br />
picture before the match kick<strong>of</strong>f. 11<br />
The 2004 AFC Asian Cup held in<br />
China during the final between<br />
China and Japan, apparently due to<br />
historical relations dating back to<br />
World War II (2 nd. Sino-Japanese<br />
War and Nanjing Massacre), the<br />
home fans expressed their anti-<br />
Japanese sentiment by insulting<br />
national anthem with their anti-<br />
Japan slogans. 12 The Chinese fans<br />
hooted at the players and watched<br />
Japan beating China by 3-1 score<br />
and after the conclusion <strong>of</strong> match,<br />
some Chinese fans witnessed<br />
uprising outside the Beijing<br />
Worker's Stadium.<br />
On September 6, 2008, Armenia<br />
and Turkey teams faced each other<br />
in 2010 FIFA World Cup<br />
qualification match in Yerevan,<br />
where the presidents <strong>of</strong> Turkey and<br />
Armenia sat together behind the<br />
bullet-pro<strong>of</strong> glass, where the<br />
Turkish national anthem was<br />
insulted and hooted showing<br />
mistrust between the two countries.<br />
However, the gesture shown by the<br />
presidents demonstrated football<br />
diplomacy to resolve peacefully the<br />
legacy <strong>of</strong> the 20th century's first<br />
genocide. 13<br />
CONCLUSION<br />
It is rightly concluded that Sports<br />
play a vital role in the development <strong>of</strong><br />
both national identity and national<br />
11<br />
The Shield (<strong>ISSN</strong>-<strong>1991</strong>-<strong>8410</strong>) Vol. <strong>06</strong>, <strong>2011</strong><br />
pride, although it confirms that<br />
national team’s success and hosting<br />
events throw a light in this direction.<br />
The increased self-esteem and<br />
national honor pertaining to all<br />
members <strong>of</strong> the society utilize sports<br />
to construct their national identity.<br />
Further, it should not be assumed<br />
that all people within a community<br />
would derive pride from associating<br />
themselves with sporting success. It<br />
could be just one <strong>of</strong> the characteristics<br />
that influence perceptions <strong>of</strong> national<br />
identity and national pride as it<br />
becomes a major source in the<br />
development and expression <strong>of</strong><br />
national aspirations. 14 The philosophy<br />
<strong>of</strong> Olympic Games is considered to be<br />
the effective way <strong>of</strong> discouraging<br />
nations collaborating with apartheid<br />
sport, expelled South Africa from<br />
international sports bodies and<br />
declared total isolation <strong>of</strong> apartheid<br />
sports. The sports teams and events<br />
provide people with psychological<br />
benefits as well, which leads with<br />
pride and contributes towards<br />
people’s better life style, confirming<br />
that sports has the capability to<br />
develop psycho-social behavior<br />
which promotes the maintenance <strong>of</strong><br />
mental well-being and developing<br />
social interaction, societal cohesion,<br />
creating harmony and national<br />
integration. Consequently, many<br />
governments <strong>of</strong> these countries took<br />
adequate efforts to unify the multiethnic<br />
and multi-religious communities<br />
to revive the national spirit
Sports as a Dynamic Force<br />
which was prevalent under their<br />
dynamic leadership at the time <strong>of</strong><br />
independence and following the rise<br />
<strong>of</strong> the nationalism in African, North<br />
American and Asian countries,<br />
attempted effective policies for social,<br />
political and economic development<br />
to promote social progress, reducing<br />
political tensions and maximizing<br />
economic performance for better and<br />
prosperous life standard <strong>of</strong> the<br />
people.<br />
REFERENCES<br />
1. Alegi, P. (2004) Laduma! Soccer,<br />
Politics and Society in South<br />
Africa <strong>University</strong> <strong>of</strong> KwaZulu-<br />
Natal Press, Scottsville<br />
2. Allison, L. and Monnington, T. (2002)<br />
Sport, Prestige and International<br />
Relations. Government and<br />
Opposition 37:1, pp. 1<strong>06</strong>-134.<br />
3. Asmal, K., Chidester, D. and Lubisi,<br />
C. (2005) Legacy <strong>of</strong> Freedom: The<br />
ANC Human Rights Tradition<br />
Jonathan Ball, Johannesburg<br />
4. Beacom, Aaron. (2000) Sport in<br />
International Relations: A Case<br />
for Cross-disciplinary Investigation.<br />
The Sports Historian 20:2, pp. 1-23<br />
5. Booth, D. (1998). The Race Game:<br />
Sport and Politics in South<br />
Africa. Frank Cass, London<br />
6. Broere, M. and Van der Drift, R.<br />
(1997) Football Afrika! World<br />
View, Oxford Press, London.<br />
12<br />
7. Darby, P. (2008) Stanley Rous's<br />
'own goal' football politics,<br />
South Africa and the contest<br />
for the FIFA Presidency in<br />
1974-9, p. 2.<br />
8. Gevisser, M. (2007) Thabo Mbeki:<br />
The Dream Deferred Jonathan<br />
Ball Publishers, Johannesburg<br />
and Cape Town<br />
9. Grundlingh, A., Odendaal, A.<br />
and Spies, B. (1995) Beyond the<br />
Tryline: Rugby and South African<br />
Society. Ravan Press, Johannesburg<br />
10. Keys, B. (20<strong>06</strong>) Globalizing Sport:<br />
National Rivalry and International<br />
Community in the<br />
1930s. Harvard <strong>University</strong><br />
Press, Cambridge, M.A.<br />
11. Lapchick, R. (June 1976) Apartheid<br />
Sport and South Africa's Foreign<br />
Policy: 1976. UN Centre against<br />
Apartheid, Department <strong>of</strong> Political<br />
and Security Council Affairs<br />
12. Limb, P. (2008). The Anti-Apartheid<br />
Movements in Australia and<br />
Aoteroa / New Zealand. The<br />
Road to Democracy in South Africa:<br />
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Democratic Education Trust<br />
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Politics Public Affairs, New<br />
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Questionnaire:<br />
ANNEXURE- 1<br />
13<br />
The Shield (<strong>ISSN</strong>-<strong>1991</strong>-<strong>8410</strong>) Vol. <strong>06</strong>, <strong>2011</strong><br />
Respondents were administered the questionnaire to answer<br />
marking Yes or No or to some extent. It has been prepared on 10 point Liker<br />
scale analyzing the results <strong>of</strong> this research paper.<br />
Sr.<br />
No<br />
Question Yes No<br />
01 Popular sportsmen possess the qualities <strong>of</strong> sportsmanship<br />
spirit to develop tolerance in resolving conflicts.<br />
02 Match temperament is essential to normalize situation in<br />
bringing cordial relations between national teams.<br />
03 Some times popular sports competitions severe the<br />
relationships between two nations.<br />
04 Alarming socio-political and economic conditions and<br />
conflicts between nations create tensions leading to<br />
clashes or war.<br />
05 Apartheid policies debarred South Africa from Olympics<br />
Games and international sports competitions.<br />
<strong>06</strong> Popular sports bring national unity and integration<br />
among the people <strong>of</strong> two completive teams.<br />
07 The sticky Indian politicians attempt to score points<br />
avoiding playing test Cricket series in Pakistan.<br />
08 The arrangement <strong>of</strong> ‘Shanti’ or Peace Cup <strong>of</strong> Cricket test<br />
match Series would be a remarkable achievement for<br />
India and Pakistan to release the tensions<br />
09 Sports should be kept clean <strong>of</strong> Politics and be held to<br />
develop the unity and tranquility among the nations to<br />
promote the standard <strong>of</strong> life style <strong>of</strong> the people.<br />
10 Popular sports are considered to be an effective force in<br />
making relations between nations.<br />
To Some<br />
Extent
EXAMINATION OF PUBLIC PARKS FOR PHYSICAL ACTIVITY<br />
PARTICIPATION BY THEIR LOCATION, SIZE AND FACILITIES<br />
ABSTRACT<br />
M. Muftuler, Ahmet Yapar, Salih Gokhan Irez, and Dr. Mustafa Levent Ince<br />
The purpose <strong>of</strong> this study was to examine park users’ Physical<br />
Activity (PA) participation in three different public parks with<br />
identical differences in location, size and facilities in Ankara, Turkey.<br />
System for Observing Play and Recreation in Communities –<br />
SOPARC (McKenzie et al., 20<strong>06</strong>) was used for data collection. The<br />
results indicated significant differences in use <strong>of</strong> parks for PA<br />
(p
social-ecological approach, social<br />
environment (such as influence <strong>of</strong><br />
significant others, community<br />
norms, cultural background); physical<br />
environment (such as availability<br />
and access to facilities,<br />
quality <strong>of</strong> facilities, safety, public<br />
transports); public policies (such as<br />
urban planning, educational, health,<br />
environmental policies) should be<br />
considered with individual level<br />
influences (such as knowledge,<br />
attitudes, PA skills) to better<br />
understand the PA behavior <strong>of</strong><br />
people (Stokols, 1992).<br />
Even though individual level<br />
influences to PA behavior was<br />
described very well in the literature,<br />
influences <strong>of</strong> social environment,<br />
physical environment and policy<br />
issues has recently taken a greater<br />
interest from the researchers (Sallis,<br />
Cervero, Ascher, Henderson, Kraft<br />
and Kerr, 20<strong>06</strong>; Cochrane and Davey,<br />
2008; Sallis et al., 2009). Especially,<br />
providing environmental supports<br />
including public parks have accepted<br />
as one <strong>of</strong> the most promising method<br />
to promote PA in some <strong>of</strong> these<br />
studies (Floyd, Spengler, Maddock,<br />
Gobster and Suau, 2008; Reed,<br />
Morrison and Arant, 2009). A review<br />
by Kaczynski and Henderson (2008)<br />
indicated that public park areas and<br />
recreation settings had statistically<br />
significant effects on PA participation.<br />
Public park areas promote<br />
PA participation because <strong>of</strong> easy<br />
access and open facilities provided<br />
15<br />
The Shield (<strong>ISSN</strong>-<strong>1991</strong>-<strong>8410</strong>) Vol. <strong>06</strong>, <strong>2011</strong><br />
for all people at all ages (Bedimo-<br />
Rung, Mowen and Cohen, 2005;<br />
Cohen, McKenzie, Sehgal, Williamson,<br />
Golinelli and Lurie, 2007; Reed<br />
et. al., 2008).<br />
Considering the socio-cultural and<br />
physical environment for PA unique to<br />
each country, number <strong>of</strong> comparative<br />
studies about the PA neighborhood<br />
enviro-nment has been increased (Sallis<br />
et al., 2009). However, comparisons in<br />
these studies were mainly included the<br />
western or developed countries. There<br />
is a lack <strong>of</strong> research exami-ning the<br />
physical environment, especially<br />
focusing on the park and recreation<br />
area, use by the people in developing<br />
countries. As a developing country,<br />
Turkey is an interesting example with<br />
its cultural background, developing<br />
economy and approximately 70 million<br />
populations. Geographically a part <strong>of</strong><br />
the country is in Europe and the other<br />
part is in Asia, and it includes both<br />
western and eastern socio-cultural<br />
influence. Despite the current efforts to<br />
increase the public awareness about the<br />
importance <strong>of</strong> PA participation in<br />
Turkey, there is still a lack <strong>of</strong><br />
information about the use <strong>of</strong> public<br />
parks for PA. This knowledge is<br />
necessary for health promotion<br />
specialist as well as park area planners.<br />
Having information about the use <strong>of</strong><br />
park areas for PA in Turkey, also<br />
provide necessary evidence to use in<br />
cross cultural comparisons.<br />
Therefore, the purpose <strong>of</strong> this<br />
study was to examine park users by
Examination Of Public Parks For Physical Activity<br />
sex, age group, activity preferences,<br />
activity day and time preferences in<br />
three different public parks with<br />
identical differences in location, size<br />
and facilities in Ankara, Turkey.<br />
METHOD<br />
Park selection<br />
Public parks were selected on<br />
the basis <strong>of</strong> their location, size and<br />
facilities. Demographical features <strong>of</strong><br />
the selected public parks were<br />
presented in Table 1.<br />
As presented in Table 1, each<br />
park has varied in location, size<br />
and facilities. The Park A was in a<br />
centralized location (i.e., 850m to<br />
the center <strong>of</strong> the city) as compared<br />
to the Park B and Park C (i.e., 7.2<br />
km to the center and 6.7 km to the<br />
center, respectively). In terms <strong>of</strong> the<br />
size <strong>of</strong> the public parks, the Park A<br />
was large-in-size (110,000 m 2), the<br />
Park B was moderate-in-size<br />
(11,000 m 2), and the Park C was<br />
small-in-size (4,141 m 2), relatively.<br />
According to the Turkish Statistical<br />
Institute, the socioeconomic status<br />
(SES) <strong>of</strong> the neighborhood in which<br />
the public parks were located is<br />
categorized as high.<br />
16<br />
Although all the three public parks<br />
were located in high SES<br />
neighborhood, the facilities<br />
provided in the parks varied due<br />
to the size <strong>of</strong> the parks. There was<br />
no alternative public park for PA<br />
participation near the selected<br />
parks. All <strong>of</strong> the three public parks<br />
were located very close to the<br />
houses / apart-ments and schools.<br />
Considering their facilities, Park A<br />
had a walking path, two separate<br />
areas with fitness equipments,<br />
table tennis areas, playground,<br />
cafes, grass areas, and banks for<br />
sitting. Although the facilities in<br />
Park B were categorized as poor<br />
because there was no area with<br />
fitness equipment, still it had two<br />
separate walking paths, grass area,<br />
playground, and banks for sitting.<br />
The Park C had a walking path,<br />
area with fitness equip-ment,<br />
basketball court, play-ground, and<br />
banks for sitting. The Park A and<br />
Park B had no facilities for team<br />
sports, like basketball court,<br />
football area, volleyball court and<br />
etc. Only the Park C had a<br />
basketball court. In the three<br />
public parks, there were also no<br />
organized activities for community<br />
and for elder people.
INSTRUMENTATION<br />
SOPARC which is a valid and<br />
reliable direct observation instrument<br />
(McKenzie, 2002) was used to<br />
examine the use <strong>of</strong> the public parks<br />
for PA. It is designed to make<br />
observation in open envir-onments<br />
such as public parks to obtain<br />
information about the number <strong>of</strong><br />
participants, their sex, age, PA<br />
preferences, and also to provide<br />
contextual information about the<br />
setting in which PA occurs. It is based<br />
on momentary time sampling.<br />
Observation occurs one at a time to<br />
count the participants in the observed<br />
areas (McKenzie et. al., 20<strong>06</strong>).<br />
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Park A Park B Park C<br />
Location Central Suburban Suburban<br />
The distance to<br />
the city center<br />
850 m 7.2 km 6.7 km<br />
Size Large Medium Small<br />
The size in m 2 110,000 m 2 11,000 m 2 4,141 m 2<br />
Socioeconomic<br />
status (SES)<br />
High High High<br />
Facilities Good Poor Moderate<br />
The number <strong>of</strong><br />
PA facilities<br />
Year <strong>of</strong><br />
construction<br />
Table-1<br />
Demographic characteristics <strong>of</strong> the public parks<br />
One walking path<br />
Two separate areas<br />
with fitness<br />
equipments<br />
Other areas<br />
One walking path<br />
No area with<br />
fitness<br />
equipments<br />
Other areas<br />
1999 (renewed) 2000 20<strong>06</strong><br />
Two walking paths<br />
One separate area<br />
with fitness<br />
equipments<br />
Other areas<br />
As the public parks are very<br />
complex settings to observe, there is<br />
a need to virtually divide the whole<br />
park area into smaller areas (subtarget<br />
areas). Moreover, the time <strong>of</strong><br />
the day in which the observations<br />
take place should also be<br />
predetermined in accordance with<br />
the SOPARC description and<br />
procedures manual (McKenzie and<br />
Cohen, 20<strong>06</strong>). Therefore, in each<br />
sub-target area, the observers make<br />
four different observations in the<br />
predetermined time periods including<br />
morning, noon, afternoon, and<br />
evening time periods at 7:30AM;<br />
11:30AM; 3:30AM; and 6:30AM,<br />
respectively. For accurate obser-
Examination Of Public Parks For Physical Activity<br />
vations, the observers should make<br />
simultaneous scans for females and<br />
males separately with the information<br />
about their age groups (child,<br />
teen, adult, and senior) and PA<br />
levels (walking and vigorous).<br />
DATA COLLECTION PROCEDURE<br />
Before the actual data collection<br />
was occurred, the observers practiced<br />
3-day training by using SOPARC<br />
manual. At the end <strong>of</strong> these training<br />
days, the observers became familiar<br />
with this methodology. The actual<br />
data collection was taken place in<br />
August, 2009 within a consecutive 7day<br />
periods for each public park.<br />
Three independent observers made<br />
their observation in each subtarget area<br />
separately. The subtarget areas were:<br />
(a) walking path, (b) the area with<br />
fitness equipments and (c) the other<br />
free activity areas, including the area<br />
with table tennis, basketball court,<br />
cycling area, grass area and the like.<br />
Moreover, each sub-target area in each<br />
public park was observed within a 7day<br />
period, for an hour at four different<br />
time periods. Totally 252 different<br />
observation sessions were performed.<br />
Among these total observations, 10<br />
observation sessions were randomly<br />
selected for reliability data. The<br />
reliability percentages were calculated<br />
with the use <strong>of</strong> van der Mars’s equation<br />
(1989). The interater reliability for<br />
different variables was changing<br />
between 72.2 and 99.1% for different<br />
variables [sex = 98.16% (97.17% for<br />
women and 99.11% for men); age<br />
18<br />
groups = 94.22% (92.59% for child,<br />
95.24% for teen, 95.11% for adult,<br />
91.18% for senior); PA preferences =<br />
94.92% (97.48% for walking and 72.22%<br />
for vigorous)]. Level <strong>of</strong> inter-rater<br />
reliability was good (van der Mars, 1989).<br />
DATA ANALYSIS<br />
The simple descriptive statistics<br />
were used to determine the frequencies<br />
and percentages <strong>of</strong> participants by sex,<br />
age group, PA preferences and the day<br />
and time preferences for the use <strong>of</strong> the<br />
park areas. The chi-square analyses<br />
were used to compare three public<br />
parks (p < .05).<br />
RESULTS<br />
Descriptive analyses <strong>of</strong> the public parks<br />
The results <strong>of</strong> the descriptive<br />
analyses are presented Table 2. At<br />
the end <strong>of</strong> a seven-day observation<br />
<strong>of</strong> each park, a total <strong>of</strong> 3119 park<br />
users were observed. The most<br />
frequently used park was the Park<br />
A with a total <strong>of</strong> 2287 (73.3%) park<br />
users. There were 323 (10.4%) park<br />
users in Park B and 509 (16.3%) in<br />
Park C. There were a total <strong>of</strong> 1585<br />
(50.8%) women park users and 1534<br />
(49.2%) men park users. Among all<br />
<strong>of</strong> the park users, 311 (10%) <strong>of</strong> them<br />
were categorized as child, 341<br />
(10.9%) <strong>of</strong> them were categorized as<br />
teen, 2105 (67.5%) as adults, and 362<br />
(11.6%) as senior (older adults).<br />
Most <strong>of</strong> the park users (80.6%) were<br />
generally used the park for walking<br />
activity, rather than vigorous PA<br />
(19.4%). The most frequently used
days were Tuesday with a total <strong>of</strong><br />
566 park users and Saturday with a<br />
total <strong>of</strong> 507 park users. The least<br />
frequently used days were Friday (n<br />
= 309) and Thursday (n = 335).<br />
Among the four different time<br />
periods <strong>of</strong> a day, the most<br />
frequently used time period was<br />
evening time (41.3%) and morning<br />
time (36.4%). At noon and afternoon<br />
time periods (9% and 13.3%,<br />
respectively), there was apparently<br />
fewer park users.<br />
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Comparison <strong>of</strong> the public parks<br />
Table 2 presented the chi-square<br />
analyses <strong>of</strong> the public parks with the<br />
park users’ sex, age group, PA<br />
preferences and their day and time<br />
period preferences. According to the<br />
analysis, there were significant<br />
differences in the public parks by the<br />
park users’ sex, PA preferences and<br />
the day and time preferences (p < .05).<br />
However, the park users’ age group<br />
was not significantly different among<br />
the parks.<br />
Table-2<br />
Park users’ demographic characteristics and the use <strong>of</strong> the public parks<br />
for PA within a day and time periods<br />
Park A Park B Park C Total<br />
n % n % n % n % χ 2 df p<br />
Total 2287 73.3 323 10.4 509 16.3 3119 100<br />
Sex 8.12 2 .017*<br />
Women 1135 49.6 162 50.2 288 56.6 1585 50.8<br />
Men 1152 50.4 161 49.8 221 43.4 1534 49.2<br />
Age Group 5.79 6 .447<br />
Child 229 10.0 31 9.6 51 10.0 311 10.0<br />
Teen 263 11.5 29 9.0 49 9.6 341 10.9<br />
Adult 1519 66.4 228 70.6 358 70.3 2105 67.5<br />
Senior 276 12.1 35 10.8 51 10.0 362 11.6<br />
Physical Activity 57.64 2 .000*<br />
Walking 1771 77.4 282 87.3 462 90.8 2515 80.6<br />
Vigorous 516 22.6 41 12.7 47 9.2 604 19.4<br />
Days 97.11 12 .000*<br />
Monday 318 13.9 40 12.4 80 15.7 438 14.0<br />
Tuesday 402 17.6 49 15.2 115 22.6 566 18.1<br />
Wednesday 342 15.0 29 9.0 96 18.9 467 15.0<br />
Thursday 240 10.5 47 14.6 48 9.4 335 10.7<br />
Friday 252 11.0 39 12.1 18 3.5 309 9.9<br />
Saturday 330 14.4 64 19.8 113 22.2 507 16.3<br />
Sunday 403 17.6 55 17.0 39 7.7 497 15.9<br />
Time Periods 290.52 6 .000*<br />
Morning 837 36.6 1<strong>06</strong> 32.8 193 37.9 1136 36.4<br />
Noon 278 12.2 4 1.2 0.0 0.0 282 9.0<br />
Afternoon 390 17.1 10 3.1 14 2.8 414 13.3<br />
Evening 782 34.2 203 62.8 302 59.3 1287 41.3<br />
* p < .05
Examination Of Public Parks For Physical Activity<br />
Sex by public parks<br />
The chi-square analyses indicated<br />
that there was a statistically significant<br />
difference between the park users’ sex<br />
among the three public parks, χ 2 (2,<br />
3119) = 8.12, p < .05. More specifically,<br />
1135 (49.6%) <strong>of</strong> the Park A users were<br />
women, and 1152 (50.4%) <strong>of</strong> them<br />
were men. 162 (50.2%) <strong>of</strong> the Park B<br />
users were women, 161 (49.8%) <strong>of</strong><br />
them were men. 288 (56.6%) <strong>of</strong> the<br />
Park C users were women, and 221<br />
(43.4%) <strong>of</strong> them were men. Overall, it<br />
can be inferred that there was a small<br />
but significant difference between<br />
women and men park users in favor <strong>of</strong><br />
women by the public parks. These<br />
findings also indicated that suburban<br />
parks were preferred with more women<br />
as compared to men counterparts.<br />
Age group by public parks<br />
According to the chi-square<br />
analyses with age group and public<br />
parks, the results indicated no<br />
statistically significant difference<br />
between the public parks, χ 2 (6,<br />
3119) = 5.79, p = .45. Although the<br />
descriptive analyses indicated a<br />
higher percentage <strong>of</strong> adult park<br />
users; this difference was not<br />
statistically significant (See Table-2).<br />
Physical activity preferences by<br />
public parks<br />
The results indicated that there<br />
was a significant difference between<br />
the parks users’ PA preferences by<br />
public parks, χ 2 (2, 3119) = 57.64, p <<br />
.05. More specifically, in Park A, the<br />
20<br />
walking activity was more apparent<br />
(77.4%) than the vigorous activity<br />
(22.6%). Similar results were also<br />
seen in Park B (87.3% for walking<br />
and 12.7% for vigorous activity) and<br />
in Park C (90.8% for walking and<br />
9.2% for vigorous activity).<br />
Moreover, the Park C users were<br />
more frequently preferred walking<br />
activity than the Park B and Park A<br />
users. However, the Park A users<br />
were more frequently preferred the<br />
vigorous activity than the Park B<br />
and Park C users.<br />
Day preferences by public parks<br />
There was a significant differences<br />
in park users day preferences for<br />
PA, χ 2 (12, 3119) = 97.11, p < .05. In<br />
Park A, 13.9% <strong>of</strong> the park user<br />
attended PA on Monday, 17.6% <strong>of</strong><br />
them on Tuesday, 15% <strong>of</strong> them on<br />
Wednesday, 10.5% <strong>of</strong> them on<br />
Thursday, 11% <strong>of</strong> them on Friday,<br />
14.4% <strong>of</strong> them on Saturday, and<br />
17.6% <strong>of</strong> them on Sunday. In Park B,<br />
12.4% <strong>of</strong> them on Monday, 15.2% <strong>of</strong><br />
them on Tuesday, 9% <strong>of</strong> them on<br />
Wednesday, 14.6% <strong>of</strong> them on<br />
Thursday, 12.1% <strong>of</strong> them on Friday,<br />
19.8% <strong>of</strong> them on Saturday, and 17%<br />
<strong>of</strong> them on Sunday. In Park C, 15.7%<br />
<strong>of</strong> them on Monday, 22.6% <strong>of</strong> them<br />
on Tuesday, 18.9% <strong>of</strong> them on<br />
Wednesday, 9.4% <strong>of</strong> them on<br />
Thursday, 3.5% <strong>of</strong> them on Friday,<br />
22.2% <strong>of</strong> them on Saturday, and 7.7%<br />
<strong>of</strong> them on Sunday. Overall, the most<br />
frequently used days were Tuesday
and Sunday for Park A, Saturday and<br />
Sunday for Park B, and Tuesday and<br />
Saturday for Park C. It could be<br />
inferred that the weekends and one <strong>of</strong><br />
the weekday (Tuesday) were mostly<br />
preferred days for attending public<br />
parks for PA participation.<br />
Time period preferences by public parks<br />
According to the chisquare analysis,<br />
there was a significant difference<br />
between the time period preferences<br />
<strong>of</strong> park users for PA by parks, χ 2 (6,<br />
3119) = 290.52, p < .05. More specifically,<br />
the evening time period was<br />
mostly preferred for PA participation<br />
in Park B (62.8%) and in Park C<br />
(59.3%), but not for Park A (34.2%).<br />
Although for Park A, there was<br />
slightly more park users in the<br />
morning time period (36.6%) than in<br />
evening time (34.2%); for Park B and<br />
Park C, the morning time period<br />
(32.8% and 37.9%, respectively) was<br />
less frequently used time period.<br />
However, the noon and afternoon<br />
time periods were apparently the least<br />
preferred time periods for each park.<br />
DISCUSSION<br />
In this study, three different<br />
public parks by their location, size<br />
and facilities were systematically<br />
observed for acquiring the public<br />
park users’ demographic variables<br />
and the public parks’ contextual<br />
information. The general results<br />
indicated that there were differences<br />
in three public parks in terms <strong>of</strong> the<br />
parks users’ demographic variables<br />
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including sex and PA preferences<br />
and <strong>of</strong> the public parks’ contextual<br />
information including the day and<br />
time period preference for PA by<br />
the park visitors.<br />
The general results indicated that<br />
the public park which is located in a<br />
more centralized location with a larger<br />
size and facilities was the most<br />
frequently used one. Among the other<br />
two suburban public parks, the<br />
number <strong>of</strong> park users in the medium<br />
size one was lower than those <strong>of</strong> the<br />
small size one. The medium size<br />
public park had poor PA facilities.<br />
Therefore, availability <strong>of</strong> PA facilities<br />
seems to be more important than the<br />
size <strong>of</strong> park. This result was consistent<br />
with a previous study (Kaczynski,<br />
Potwarka and Saelens, 2008). In this<br />
study, the authors reported the<br />
availability <strong>of</strong> park PA facilities as a<br />
good predictor <strong>of</strong> public park use for<br />
this purpose. Thus, it was reasonable<br />
to state that the public parks with<br />
good and/or structured facilities for<br />
PA participation should be needed for<br />
increasing PA participation.<br />
The current results on the park<br />
users’ sex showed that there was a<br />
slight difference between women and<br />
men park users for PA participation.<br />
More specifically, the small size<br />
suburban park with moderate<br />
facilities for PA participation was<br />
most frequently preferred by women<br />
park users. The controversial findings<br />
on the park users’ sex existed in the<br />
literature. Although there has been a
Examination Of Public Parks For Physical Activity<br />
number <strong>of</strong> studies indicating the<br />
higher percentage <strong>of</strong> men public<br />
parks users for PA as compared to<br />
their women counterparts (Floyd et<br />
al., 2008; Reed et al., 2008; Shores and<br />
West, 2008), some earlier studies<br />
(Brownson, Housemann, Brown,<br />
Jackson-Thompson, King, Malone<br />
and Sallis, 2000; Mowen, Graefe and<br />
Williams, 1998) and a more recent<br />
study (Reed, Morrison and Arant,<br />
2009) have reported higher percenttage<br />
<strong>of</strong> women than men using the<br />
parks for PA.<br />
Although age groups were not<br />
significantly differed by the public<br />
parks, the total number <strong>of</strong> adult park<br />
users was higher in the current study.<br />
This result was consistent with the<br />
previous studies (Cohen et al., 2007;<br />
Shores and West, 2008). Most <strong>of</strong> these<br />
studies reported that mostly the adults<br />
were participating in PA in public<br />
parks.<br />
Our findings indicated that the<br />
most frequently performed PA was<br />
the walking activity in the public<br />
parks. It might be due to the fact that<br />
there were no organized activities for<br />
park users and also no facilities for<br />
team sports, except for the Park C.<br />
There were more park users<br />
participating in walking activity in<br />
Park C. However, in Park A, there<br />
were more park users participating in<br />
vigorous PA. This result indicated that<br />
for the park users participating in<br />
vigorous activity, more structured<br />
facilities for PA was required. It was<br />
22<br />
consistent with the study investigating<br />
the positive effect <strong>of</strong> providing<br />
structural improvements including<br />
restoring walking path and other<br />
facilities on the use <strong>of</strong> the public parks<br />
for PA participation (Tester and Baker,<br />
2009). Thus, it can be inferred that<br />
restructuring the public parks for<br />
better facilities for PA may be effective<br />
in promoting PA participation<br />
(Hoehner et, al., 2010). Because there<br />
were no organized activities and<br />
insufficient facilities for team sports, it<br />
can be recommended that there is a<br />
need to restructure the public parks<br />
for the promotion <strong>of</strong> PA participation.<br />
It was found that both the week<br />
days and weekends were preferred<br />
for PA participation in this study.<br />
As the data collection was<br />
conducted in a summer period and<br />
the temperature was very high, the<br />
park users mainly preferred the<br />
morning and also evening time<br />
periods for PA participation. Floyd<br />
et al. (2008) was also reported a<br />
similar trend. In their study, most <strong>of</strong><br />
the park users preferred the<br />
morning time period and most <strong>of</strong><br />
them used the walking path.<br />
In conclusion, this study revealed<br />
that PA characteristics <strong>of</strong> the park users<br />
and day and time period preferences <strong>of</strong><br />
them for PA are changing by public<br />
parks location, size and facilities. This<br />
knowledge informs the park area<br />
planners, health promotion specialists,<br />
practitioners and the researchers to<br />
promote PA participation in the public
parks. Further studies should provide<br />
interventions for at-risk group<br />
including youth, older adults, girls,<br />
disabled people to promote PA<br />
participation in public parks (Librett,<br />
Henderson, Godbey and Morrow,<br />
2007; Reed et al., 2008). Another type <strong>of</strong><br />
intervention can be the provision <strong>of</strong><br />
organized and/or supervised activities<br />
in the public parks, which might be<br />
resulted in the increase <strong>of</strong> PA<br />
participation (Cohen et al., 2007; Mc-<br />
Kenzie et al., 20<strong>06</strong>). Besides these kinds<br />
<strong>of</strong> interventions, park proximity, park<br />
amenities and safety issues were also<br />
important predictors for PA participation<br />
in public parks (Cohen et al.,<br />
2007). It was reasonable to suggest that<br />
building public parks near to the<br />
households may also result in many <strong>of</strong><br />
the people be more physically active.<br />
Overall, from these current results, it<br />
can be recommended that parks should<br />
be well-structured to meet the needs <strong>of</strong><br />
parks user for PA participation.<br />
REFERENCES<br />
Bedimo-Rung, A. L., Mowen, A. J., &<br />
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Librett, J., Henderson, K, Godbey, G., &<br />
Morrow, J. R. (2007). An introduction<br />
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H. (2008). A descriptive<br />
examination <strong>of</strong> the most frequently<br />
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community parks using direct<br />
observation. Journal <strong>of</strong> Physical<br />
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Reed, J. A., Morrison, A., & Arant, C. A.<br />
(2009). Pr<strong>of</strong>ile differences <strong>of</strong> paved<br />
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<strong>of</strong> Physical Activity and Health, 6,<br />
112-118.<br />
Sallis, J. F., Bowles, H. R., Bauman, A.,<br />
Ainsworth, B. E., Bull, F. C., Craig,<br />
C. L., ... Bergman, P. (2009).<br />
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Kerr, J. (20<strong>06</strong>). An ecological<br />
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Shores, K. A., & West, S. T. (2008).<br />
Physical activity outcomes<br />
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ctivity/factsheet_recommendations<br />
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aspx?17A16AE30572D313AAF6AA84<br />
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(accessed August 30, 2010).
PHYSICAL ACTIVITY IN INDIVIDUALS LIVING WITH<br />
OSTEOPENIA: ASSOCIATIONS WITH PSYCHOLOGICAL NEED<br />
SATISFACTION AND MOTIVES FOR WELL-BEING<br />
Dr. Diane E. Mack, Katie E. Gunnell, Dr. Philip M. Wilson, Jenna D. Gilchrist,<br />
Kent C. Kowalski, Peter R. E. Crocker, Leah Ferguson and Jonathan D. Adachi<br />
ABSTRACT<br />
The purpose <strong>of</strong> this investigation was (a) to examine the association<br />
between leisure-time physical activity (LTPA) and motives for wellbeing<br />
and (b) to examine the potential role <strong>of</strong> perceived psychological<br />
need satisfaction (Deci & Ryan, 2002) in terms <strong>of</strong> the physical<br />
activity-motive for well-being relationship. Adopting a crosssectional<br />
design, participants (N = 142; Mage = 65.01 years; SDage =<br />
10.55 years) were individuals diagnosed with osteopenia who<br />
completed a self-report survey on a single occasion. Bivariate<br />
correlations indicated that LTPA was associated with motives for<br />
hedonic (r = .28) and eudaimonic (r = .35) well-being and<br />
psychological need satisfaction (r’s = .12 to .45). Multiple mediation<br />
analysis indicated perceived psychological need satisfaction mediated<br />
the LTPA– hedonic/eudaimonic motive relationship. The 95 percent<br />
bias-corrected and accelerated bootstrap confidence interval<br />
demonstrated that perceived competence and autonomy were the<br />
unique mediators. Collectively, results <strong>of</strong> this study support the<br />
relationship between physical activity and levels <strong>of</strong><br />
hedonic/eudaimonic motives and that the satisfaction <strong>of</strong> basic<br />
psychological needs is a plausible mechanism underpinning such<br />
motivational orientations.<br />
INTRODUCTION<br />
Empirical evidence has supported<br />
the benefits <strong>of</strong> engaging in leisure<br />
time physical activity (LTPA) at a<br />
level commensurate with public<br />
health guidelines across a variety <strong>of</strong><br />
biomedical (Bouchard, Blair &<br />
Haskell, 2007) and psychological (Fox<br />
& Wilson, 2008) outcomes. Despite<br />
established links between LPTA and<br />
various health indicators, prevalence<br />
data concerning LTPA behavior<br />
26<br />
internationally demonstrate that less<br />
than 50 percent <strong>of</strong> the population is<br />
considered sufficiently active for<br />
health benefits (Sisson & Katzmarzyk,<br />
2008) with rates declining in older<br />
adult populations (McGuire et al.,<br />
2003). In an effort to understand the<br />
determinants <strong>of</strong> LTPA behavior,<br />
researchers have generally relied on<br />
theories <strong>of</strong> behavioral prediction<br />
(Fishbein et al., 2001) with modest<br />
success obtained in terms <strong>of</strong>
advancing our understanding<br />
(Baranowski, Anderson & Carmack,<br />
1998). For example, Tavares,<br />
Plotnik<strong>of</strong>f and Loucaides (2009)<br />
found that between 16 and 60 percent<br />
<strong>of</strong> variance in LTPA behavior in<br />
employed women was explained<br />
through different constructs (e.g., selfefficacy)<br />
embedded within varied<br />
socialcognitive theories.<br />
As one alternative to the behavioral<br />
prediction approach, Ekkekakis,<br />
Hall, and Petruzzello (2008) suggested<br />
targeting the motivational conesquences<br />
(or implications) <strong>of</strong> LTPA.<br />
While a considerable amount <strong>of</strong><br />
literature has focused on motives (e.g.,<br />
appearance, health and fitness, etc.) for<br />
engaging in physical activity<br />
(Ingledew & Markland, 2008), reasons<br />
for participation linked with wellbeing<br />
has received comparably little<br />
attention despite its logical links to<br />
initiation and adherence. Such a caveat<br />
in the physical activity literature is<br />
surprising for at least two reasons.<br />
First, a substantial body <strong>of</strong> evidence<br />
supports the link between engagement<br />
in regular LTPA and increased<br />
well-being, in addition to reduced illbeing<br />
(Dionigi, 2007; Fox et al., 2007).<br />
Second, improvements in well-being<br />
have been identified as the primary<br />
motivational force for engaging in<br />
LTPA for selected cohorts <strong>of</strong> the<br />
population (e.g., individuals living<br />
with Type 2 Diabetes; Ferrand, Perrin<br />
& Nasarre, 2008).<br />
27<br />
The Shield (<strong>ISSN</strong>-<strong>1991</strong>-<strong>8410</strong>) Vol. <strong>06</strong>, <strong>2011</strong><br />
Two broad traditions seem worthy<br />
<strong>of</strong> consideration in an effort to<br />
understand the relationship between<br />
participation in LTPA and motives for<br />
well-being. Hedonic theory (Kahneman,<br />
1999) involves focusing on the<br />
outcomes (e.g., pleasure, entertainment)<br />
one expects to obtain from<br />
engaging in a target behavior<br />
(Cabanac & Bonniot-Cabanac, 2007).<br />
The maximization <strong>of</strong> experienced<br />
pleasure is a universal mechanism<br />
inherited within humans to motivate<br />
behavior (Cabanac, 1971) with<br />
activities aligned with physical<br />
pleasures (e.g., eating) and socialemotional<br />
pursuits (e.g., going to a<br />
party) consistent with the hedonic<br />
approach (Steger, Kashan & Oishi,<br />
2008). An emerging body <strong>of</strong> literature<br />
has generated support for the<br />
application <strong>of</strong> the pleasure-displeasure<br />
focus <strong>of</strong> hedonic theory to the<br />
investigation <strong>of</strong> acute bouts <strong>of</strong> LTPA<br />
(Backhouse et al., 2007; Ekkekakis et<br />
al., 2008) and subsequent physical<br />
activity adherence behavior over time<br />
(Williams et al., 2008).<br />
Complementing the hedonic<br />
approach is the conceptualization <strong>of</strong> wellbeing<br />
housed within the eudaimonic<br />
tradition (Waterman, Schwartz, & Conti<br />
2008), whereby the focus <strong>of</strong> motivational<br />
consequences shifts from the experience<br />
<strong>of</strong> pleasure to positive psychological<br />
functioning and optimization <strong>of</strong> human<br />
development. In accordance with the<br />
eudaimonic tradition, motivation is
Physical Activity in Individuals Living with Osteopenia:<br />
fostered when people engage in activities<br />
for reasons linked to positive goal<br />
pursuits that facilitate personal growth<br />
(Ryan, Huta & Deci, 2008). The<br />
promotion <strong>of</strong> eudaimonic well-being has<br />
been linked to activities whereby effort<br />
(e.g., volunteering), challenging oneself<br />
(e.g., learning to play a new musical<br />
instrument), and engagement with<br />
others (e.g., expressing gratitude) are<br />
foundational requirements (Steger et al.,<br />
2008; Seligman, 2002). Limited consideration<br />
<strong>of</strong> the eudaimonic tradition is<br />
evident in the physical activity literature,<br />
yet isolated studies with older adults<br />
indicate that LTPA must be perceived <strong>of</strong><br />
as meaningful and have a sense <strong>of</strong><br />
purpose to be adopted (Atachley, 1999;<br />
Grant, 2008; Nimrod & Kliber, 2007).<br />
Based on the above, principles stemming<br />
from the eudaimonic tradition may have<br />
motive-tional relevance when studying<br />
LTPA within select cohorts (Ryan et al.,<br />
2008).<br />
Researchers have argued for the<br />
advancement <strong>of</strong> theory-driven research<br />
in contexts where LTPA is a focal topic<br />
<strong>of</strong> interest (Bauman et al., 2002) to<br />
facilitate an understand-ding <strong>of</strong> the<br />
mechanisms responsible for promoting<br />
(or thwarting) psy-chological outcomes<br />
(Acevedo & Ekkekakis, 20<strong>06</strong>). Self-<br />
Determi-nation Theory (SDT) (Deci &<br />
Ryan, 2002) has demonstrated utility<br />
for under-standing the motivational<br />
basis for LTPA (Wilson, Mack &<br />
Grattan, 2008). According to the SDT<br />
framework (Deci & Ryan, 2002),<br />
28<br />
humans are active growth-oriented<br />
organisms who innately strive to<br />
master challenges in their social<br />
environment in an effort to actualize<br />
their innate potentials (Deci & Ryan,<br />
2002). Deci and Ryan (2002) posit the<br />
existence <strong>of</strong> essential supports for<br />
motivation and wellness that manifest<br />
themselves in the form <strong>of</strong> basic<br />
psychological needs. Specifically, Deci<br />
and Ryan (2002) purport that the ongoing<br />
satisfaction <strong>of</strong> competence,<br />
autonomy and relatedness needs<br />
promote the motivation <strong>of</strong> behavior<br />
and optimize feelings <strong>of</strong> well-being<br />
(Deci & Ryan, 2002). The approach<br />
taken by Deci and Ryan (2002) within<br />
SDT is that basic psychological needs<br />
represent innate tendencies that when<br />
authentically satisfied exert univer-sally<br />
positive effects on growth, actualizetion,<br />
and well-being.<br />
This study contributes to, and<br />
extends, existing scientific literature<br />
through various means. First, the<br />
present study addresses previous<br />
recommendations in the literature (e.g.,<br />
Ryan et al., 2008; Williams et al., 2008) to<br />
understand behaviors that engender<br />
hedonic/eudaimonic outcomes. In<br />
particular, while emerging studies have<br />
begun to identify the essential features<br />
that characterize a eudaimonic lifestyle<br />
(e.g., Seligman, 2002; Steger et al., 2008),<br />
considerable scope exists to consider<br />
other ‘target’ behaviors that may<br />
promote perceptions <strong>of</strong> personal<br />
growth, which is the defining feature
epresenting a eudaimonic orientation,<br />
to the study <strong>of</strong> motivation and wellbeing.<br />
Second, this study represents an<br />
initial attempt to consider basic<br />
psychological needs housed within SDT<br />
(Deci & Ryan, 2002) as a viable<br />
theoretical framework for explain-ing<br />
the relationship between LTPA and<br />
motives for well-being. Third, the<br />
sampling frame (i.e., individuals<br />
diagnosed with osteo-penia) repre-sents<br />
a known cohort whereby LTPA is<br />
promoted for con-dition management<br />
and represents those who are at risk for<br />
decreased psychological well-being<br />
(Sawka et al., 2005).<br />
The main purpose <strong>of</strong> this<br />
investigation was to examine the<br />
association between LTPA and motives<br />
for well-being that differ in their<br />
hedonic/eudaimonic orientation. A<br />
secondary purpose <strong>of</strong> this study was to<br />
examine the role <strong>of</strong> fulfilling basic<br />
psychological needs as a potential<br />
mediating influence connecting<br />
participation in LTPA with variation in<br />
and the endorsement <strong>of</strong> hedonic /<br />
eudaimonic motives. Given the<br />
evidencebase concerning the link<br />
between LTPA and well-being among<br />
older adults (e.g., Fox et al., 2007; Grant,<br />
2008), a positive relationship was<br />
hypothesized between engagement in<br />
LTPA and hedonic / eudaimonic<br />
motives for well-being. Extrapolating<br />
from Deci and Ryan’s (2002)<br />
contentions, it was further<br />
hypothesized that psychological need<br />
fulfillment would mediate the<br />
29<br />
The Shield (<strong>ISSN</strong>-<strong>1991</strong>-<strong>8410</strong>) Vol. <strong>06</strong>, <strong>2011</strong><br />
relationship between LTPA and<br />
hedonic/eudaimonic motives for wellbeing.<br />
METHODS<br />
PARTICIPANTS<br />
Participants were 142 (nfemale =<br />
133) individuals with osteopenia<br />
(Mage = 65.01 years; SDage = 10.55<br />
years). Majority <strong>of</strong> participants<br />
reported their ethnic origin as<br />
Caucasian (88.00 percent) and were<br />
currently “married/common-law”<br />
(63.90 percent). Approximately half<br />
<strong>of</strong> the sample reported earning a<br />
university/college degree (47.20<br />
percent). Time since condition<br />
diagnosis was approximately 7<br />
years (M = 6.79 years; SD = 5.44)<br />
with 45.10 percent reporting a<br />
fracture in their lifetime. Body Mass<br />
Index (BMI) values calculated based<br />
on self-reported height and weight<br />
data indicated, on average that the<br />
participants were consistent with a<br />
“healthy” weight classification (M =<br />
24.19 kg/m 2; SD = 3.82; Health<br />
Canada, <strong>2011</strong>).<br />
INSTRUMENTS<br />
Demographic and Health History:<br />
Participants provided self-reported<br />
information on gender, educational<br />
attainment, marital status, and<br />
ethnicity. Health variables relevant<br />
to condition diagnosis including<br />
BMI, fracture history, and family<br />
history <strong>of</strong> osteoporosis were also<br />
queried for descriptive purposes.
Physical Activity in Individuals Living with Osteopenia:<br />
Leisure-time Physical Activity: The<br />
Godin Leisure-Time Exercise<br />
Questionnaire (LTEQ; Godin &<br />
Shephard, 1985) assessed the<br />
frequency <strong>of</strong> mild, moderate, and<br />
strenuous LTPA done for at least 15<br />
minutes per session during a typical<br />
week. An overall score (expressed in<br />
metabolic equivalent units or METS)<br />
was calculated by summing the<br />
weighted product <strong>of</strong> each LTEQ<br />
item using the following formula:<br />
∑([mild × 3] + [moderate × 5] +<br />
[strenuous × 9]). Construct validity<br />
evidence for scores derived from the<br />
LTEQ has been demonstrated<br />
(Jacobs et al., 1993).<br />
Hedonic and Eudaimonic Motives<br />
for Activities (HEMA): The HEMA<br />
(Huta, 2005) was used to assess<br />
hedonic and eudaimonic motives in<br />
LTPA contexts. Given the focus <strong>of</strong><br />
the present investigation on LTPA,<br />
the stem <strong>of</strong> the HEMA was<br />
modified slightly to reflect the<br />
contextual change. Following the<br />
instructional stem “To what degree<br />
do you typically approach your<br />
physical activity with each <strong>of</strong> the<br />
following intentions, whether or not<br />
you actually achieve your aim?’,<br />
participants were asked to rate the<br />
extent to which engagement in<br />
LTPA was associated with hedonic<br />
(4 items) and eudaimonic (4 items)<br />
motives. One sample item for<br />
hedonic motivation was “experiencing<br />
pleasure”. A sample item<br />
assessing eudaimonic motivation<br />
30<br />
was “pursuing excellence or a<br />
personal ideal”. Each HEMA item<br />
was rated on a Likert-type scale<br />
from ‘1’ (not at all) to ‘7’ (very<br />
much). Initial support for the<br />
structural validity and reliability <strong>of</strong><br />
scores derived from items<br />
comprising the original HEMA has<br />
been documented (Huta, 2005).<br />
Psychological Needs: The Psychological<br />
Need Satisfaction in<br />
Exercise Scale (PNSE; Wilson et al.,<br />
20<strong>06</strong>) was modified for use as an<br />
index <strong>of</strong> perceived psychological<br />
need satisfaction in LTPA contexts.<br />
Each item from the original PNSE<br />
was modified by replacing the term<br />
“exercise” with “physical activity”.<br />
Assessing each <strong>of</strong> the three<br />
psychological needs proposed by<br />
Deci and Ryan (2002) within the<br />
SDT framework, the 18-item PNSE<br />
is anchored by response options<br />
ranging from ‘1’ (False) to ‘6’ (True)<br />
with higher scores being reflective<br />
<strong>of</strong> greater fulfillment <strong>of</strong> each<br />
psychological need derived from<br />
engagement in LTPA. Construct<br />
validity <strong>of</strong> scores derived from the<br />
original PNSE (Cf. Wilson et al.,<br />
2008) and a version <strong>of</strong> the PNSE<br />
modified for use in LTPA research<br />
forthcoming (Gunnell et al., in<br />
press).<br />
PROCEDURES<br />
Following institutional ethical<br />
clearance, participant recruitment<br />
adopted Dillman’s (2007) recom-
menddations for administering<br />
surveys. Participant referrals were<br />
made through one-to-one contact<br />
with a physician. Each participant<br />
was subsequently briefed about the<br />
study purpose, given unlimited<br />
opportunity to ask questions, and<br />
provided with study materials<br />
including informed consent. A selfaddressed<br />
stamped envelope was<br />
included along with explicit<br />
instructions on survey completion<br />
procedures and contact information<br />
should additional questions or<br />
concerns arise during the data<br />
collection phase <strong>of</strong> this study. Upon<br />
completion <strong>of</strong> the study, a $5.00<br />
donation was made on behalf <strong>of</strong> the<br />
participant to the bone health<br />
organization (e.g., Osteoporosis<br />
Canada) <strong>of</strong> their choice.<br />
DATA ANALYSIS<br />
Preliminary data analysis was<br />
conducted in order to identify data<br />
entry error, patterns <strong>of</strong> missing data,<br />
and compliance with relevant<br />
statistical assumptions. Descriptive<br />
statistics were calculated and<br />
estimates <strong>of</strong> internal consistency<br />
(Cronbach’s α; Cronbach, 1951) were<br />
computed to determine score<br />
reliability for responses to the HEMA<br />
and PNSE items. Pearson correlations<br />
(r) were calculated between LTEQ,<br />
HEMA, and PNSE subscale scores to<br />
determine patterns <strong>of</strong> bivariate<br />
association between these constructs.<br />
Confidence intervals were calculated<br />
31<br />
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as an additional source <strong>of</strong> information<br />
complementing the r-point estimate<br />
related to null hypothesis testing.<br />
Finally, to test for mediation,<br />
bootstrapping analyses (k = 5000<br />
samples) using methods described by<br />
Preacher and Hayes (2007; 2008) for<br />
estimating direct and indirect effects<br />
with multiple mediators was<br />
conducted. Preacher and Hayes<br />
(2008) recommend that the absence <strong>of</strong><br />
zero in the 95 percent bias corrected<br />
and accelerated confidence interval<br />
(BCa CI), rather than interpretation <strong>of</strong><br />
p-values, serves as evidence for<br />
mediation in the bootstrap samples.<br />
Specific indirect effects and pairwise<br />
contrasts were examined through the<br />
use <strong>of</strong> BCa CI’s to examine the unique<br />
contribution and strength <strong>of</strong> each<br />
psychological need in the multiple<br />
mediator model analysis.<br />
RESULTS<br />
PRELIMINARY ANALYSES<br />
Inspection <strong>of</strong> sample data<br />
indicated minimal presence <strong>of</strong> nonresponse<br />
errors for items<br />
representing HEMA and PNSE<br />
scores for competence and<br />
autonomy, with no more than 1.30<br />
percent <strong>of</strong> the data missing on any<br />
item. Missing data were deemed<br />
nonrandom and replaced using a<br />
within-person mean substitution<br />
procedure (Hawthorne & Elliot,<br />
2005). Thirteen participants did not<br />
respond to any PNSE-relatedness
Physical Activity in Individuals Living with Osteopenia:<br />
item suggestive that LTPA was<br />
engaged in as an individual pursuit<br />
as opposed to one with others. As a<br />
consequence, analyses incorporating<br />
the psychological need for<br />
relatedness were based on n = 129.<br />
Examination <strong>of</strong> the distributional<br />
properties (see Table 1) for all study<br />
variables, in combination with their<br />
respective standard error (SE) values<br />
(Tabachnick & Fiddell, 2007),<br />
demonstrated a pattern <strong>of</strong> nonnormal<br />
distributions for PNSE-<br />
Autonomy and PNSE-Relatedness<br />
scores, and HEMA responses for both<br />
hedonic and eudaimonic motives in<br />
this sample. Estimates <strong>of</strong> internal<br />
consistency score reliability (Cronbach,<br />
1951) ranged from 0.83 to 0.94<br />
(see Table 1 for specific values).<br />
Participants reported engaging<br />
in an average <strong>of</strong> 30.94 METS (SD =<br />
19.91) per week (see Table 1).<br />
Interpretation <strong>of</strong> LTEQ scores<br />
suggested individuals living with<br />
osteopenia were comparable to<br />
adults living with chronic<br />
conditions (Gunnell et al., in press;<br />
Motl & McAuley, 2009). Descriptive<br />
statistics for HEMA and PNSE<br />
scores fall above the theoretical<br />
midpoint with motives in LTPA<br />
contexts aligned with hedonic and<br />
eudaimonic traditions highly<br />
endorsed (see Table 1). The<br />
fulfillment <strong>of</strong> autonomy and<br />
relatedness was endorsed more<br />
strongly in the context <strong>of</strong> LTPA<br />
32<br />
behaviour than were perceptions <strong>of</strong><br />
effectance and skill mastery<br />
characteristic <strong>of</strong> the psychological<br />
need for competence.<br />
Pearson correlations between<br />
study variables were in the<br />
hypothesized direction (see Table 1<br />
for specific values and confidence<br />
intervals). Interpretation <strong>of</strong> relationships<br />
demonstrated that LTEQ scores<br />
ranged from weak (i.e., r12 < |.20|) to<br />
moderate (i.e., r12 = .45) with PNSE<br />
and HEMA scores (Cohen, 1992). All<br />
Pearson correlations were statistically<br />
significant (p < .01; one-tailed<br />
significance), with the lone exception<br />
<strong>of</strong> LTEQ scores and fulfillment <strong>of</strong> the<br />
psychological need for relatedness in<br />
LTPA (r12 = 0.12; p = .08). A moderateto-strong<br />
(Cohen, 1992) positive<br />
correlation between HEMA subscales<br />
representing scores for hedonic and<br />
eudaimonic motives towards wellbeing<br />
was noted in this sample (see<br />
Table 1).<br />
Inspection <strong>of</strong> the results <strong>of</strong> the<br />
multiple mediator model examining<br />
LTEQ scores on hedonic motives for<br />
well-being through the three<br />
psychological needs was significant<br />
(R 2 adj = .29; F(4,123) = 14.04, p =<br />
.001). The total indirect effect<br />
through the three mediators was<br />
meaningful with a point estimate <strong>of</strong><br />
.0107 (BCa CI’s ranged from 0037 to<br />
.0205; see Table 2). Perceived<br />
fulfillment <strong>of</strong> competence and<br />
autonomy served as the unique
mediators in this model, however<br />
interpretation <strong>of</strong> the pairwise<br />
contrasts indicated that the<br />
magnitude <strong>of</strong> each psychological<br />
need did not differ appreciably (i.e.,<br />
BCa CI’s did not span zero).<br />
When examining the role <strong>of</strong><br />
psychological need fulfillment on<br />
the LTEQ – eudaimonic motive<br />
relationship, the multiple mediator<br />
model was significant (R 2 adj = .36;<br />
F(4,123) = 18.88, p < .001). The point<br />
estimate for the total indirect effect<br />
through the three mediators was<br />
0.0107 and a corresponding BCa CI<br />
ranging from .0043 to .0186 in this<br />
sample. Consideration <strong>of</strong> the<br />
specific indirect effects evident in<br />
the multiple mediation analysis<br />
indicates that fulfillment <strong>of</strong><br />
perceived competence and autonomy<br />
needs in LTPA were the<br />
unique mediators. However, interpretation<br />
<strong>of</strong> pairwise contrasts<br />
suggests that the magnitude <strong>of</strong> the<br />
effects for each psychological need<br />
was comparable in the LTEQ –<br />
eudaimonic motives for well-being<br />
relationship.<br />
DISCUSSION<br />
The main aim <strong>of</strong> the present study<br />
was to examine the link between<br />
LTPA and motives for well-being that<br />
vary in their hedonic versus<br />
eudaimonic focus. In addition, the<br />
secondary aim was to test the utility <strong>of</strong><br />
SDT (Deci & Ryan, 2002) as a<br />
framework for understanding the<br />
33<br />
The Shield (<strong>ISSN</strong>-<strong>1991</strong>-<strong>8410</strong>) Vol. <strong>06</strong>, <strong>2011</strong><br />
mechanisms via which engagement in<br />
regular LTPA impacts hedonic /<br />
eudaimonic motives for well-being.<br />
Overall, this investigation <strong>of</strong> adults<br />
living with osteopenia <strong>of</strong>fers initial<br />
evidence for the link between greater<br />
LTPA and stronger endorsement <strong>of</strong><br />
motives for well-being irrespective <strong>of</strong><br />
their hedonic or eudaimonic<br />
orientation. Evidence from the<br />
multiple mediation analyses demonstrated<br />
the plausibility <strong>of</strong> basic<br />
psychological need fulfillment,<br />
especially perceptions <strong>of</strong> competence<br />
and autonomy, long championed by<br />
Deci and Ryan (2002) as viable<br />
pathways linking engagement in<br />
LTPA with both hedonic and<br />
eudaimonic motives for well-being.<br />
Observations reported in this<br />
study are largely consistent with<br />
those reported in previous research<br />
linking LTPA with constructs<br />
embedded in hedonic theory (e.g.,<br />
Williams et al., 2008). The noted link<br />
between more frequent LTPA and<br />
stronger endorsement <strong>of</strong> eudaimonic<br />
motives for well-being evident at<br />
both the bivariate and multivariate<br />
levels <strong>of</strong> analyses extends the<br />
available literature considering<br />
different factors associated with a<br />
eudaimonic lifestyle to include LTPA<br />
(Ryan & Deci, 2002; Seligman, 2002;<br />
Steger et al., 2008). Joint consideration<br />
<strong>of</strong> the direction and absolute<br />
magnitude <strong>of</strong> the effect size evident<br />
between LTPA and motives for wellbeing<br />
(Cohen, 1992) in individuals
Physical Activity in Individuals Living with Osteopenia:<br />
living with osteopenia suggests this<br />
health behavior contributes to<br />
fulfilling one’s human potentials and<br />
with pleasurable outcomes at<br />
ostensibly comparable levels. As<br />
hedonic pleasure is associated with a<br />
person’s well-being in the short term<br />
(Oishi, Schimmack, & Diener, 2001)<br />
and eudaimonic wellness associated<br />
with more enduring characteristics<br />
(Ryan et al., 2008), it seems logical to<br />
suggest that sustained LTPA holds<br />
promise as one means through which<br />
an individual may gain both short<br />
and long term benefits.<br />
Consistent with our original<br />
hypotheses and SDT (Deci & Ryan,<br />
2002), it appears that fulfilling the<br />
basic psychological needs for<br />
competence, autonomy, and<br />
relatedness in adults living with<br />
osteopenia mediates the impact <strong>of</strong><br />
LTPA on motives for well-being that<br />
vary in their hedonic and eudaimonic<br />
focus. Closer inspection <strong>of</strong> the findings<br />
indicated that perceived competence<br />
appeared to be the most important<br />
psychological need satisfied via<br />
engagement in LTPA in terms <strong>of</strong><br />
shaping motives for well-being. This<br />
observation has been previously noted<br />
in samples <strong>of</strong> exercisers free from<br />
known markers <strong>of</strong> disease (Wilson et<br />
al., 2008) and physically active adults<br />
living with chronic disease (Gunnell et<br />
al., in press). It seems reasonable to<br />
suggest on the basis <strong>of</strong> these<br />
observations encouraging people<br />
irrespective <strong>of</strong> health status to engage<br />
34<br />
in the mastery <strong>of</strong> challenging tasks<br />
that create a sense <strong>of</strong> effectance and<br />
competence may contribute to<br />
markers <strong>of</strong> well-being that are<br />
characterized by both hedonic<br />
pleasure and eudaimonic growth.<br />
Further evidence in support <strong>of</strong><br />
our original hypotheses was found<br />
in terms <strong>of</strong> the role played by selfgovernance<br />
and volitional direction<br />
in the context <strong>of</strong> understanding the<br />
potential influence <strong>of</strong> LTPA on<br />
hedonic and eudaimonic motives<br />
for well-being in adults living with<br />
osteopenia. Such observations are<br />
consistent with SDT and Ryan et al.<br />
(2008) who asserted that feeling<br />
autonomous in any given context<br />
within life is a fundamental<br />
prerequisite to eudaimonic wellbeing.<br />
Interestingly, it was further<br />
noted in this study that perceiving<br />
oneself to be autonomous when<br />
engaged in LTPA was also linked<br />
with hedonic outcomes in the form<br />
<strong>of</strong> well-being motives characterized<br />
by features such as pleasurable<br />
sensations. Previous studies <strong>of</strong><br />
adults engaged in various forms <strong>of</strong><br />
structured exercise have noted<br />
comparable evidence (Wilson et al.,<br />
2009). It remains unclear at this<br />
juncture why satisfying the need for<br />
autonomy via participating in LTPA<br />
would promote both hedonic and<br />
eudaimonic motives for well-being<br />
yet this remains an important<br />
agenda for future research to<br />
consider in greater depth.
Observations pertaining to the<br />
role <strong>of</strong> perceived relatedness in the<br />
context <strong>of</strong> LTPA noted in this study<br />
further contribute to the equivocal<br />
nature <strong>of</strong> research concerning this<br />
aspect <strong>of</strong> the SDT framework when<br />
applied to physical activity contexts<br />
(Edmunds et al., 20<strong>06</strong>; Wilson &<br />
Garcia Bengoechea, 2010; Wilson et<br />
al., 2003). It remains plausible that<br />
the centrality <strong>of</strong> perceived competence<br />
and autonomy to well-being<br />
outcomes in physically active<br />
humans (Ryan et al., 2008),<br />
combined with the knowledge that<br />
individuals can sustain motivation<br />
for individual activities without a<br />
network <strong>of</strong> meaningful connections<br />
to others (Ryan & Deci, 2002), may<br />
render fulfilling the need for<br />
relatedness as less important in the<br />
context <strong>of</strong> LTPA. It is also plausible<br />
that the research design used in this<br />
study masked potential contributions<br />
from relatedness to the<br />
criteria <strong>of</strong> interest. Other studies in<br />
structured exercise contexts using<br />
single time point designs have<br />
found that competence, and to a<br />
lesser extent autonomy, remain<br />
uniformly linked with motivational<br />
outcomes in a positive fashion<br />
(Edmunds et al., 20<strong>06</strong>; Wilson &<br />
Rogers, 2008). Alternatively, the<br />
limited number <strong>of</strong> longitudinal<br />
studies demonstrate considerable<br />
variability in the fulfillment <strong>of</strong> each<br />
psychological need as a function <strong>of</strong><br />
time including perceived related-<br />
35<br />
The Shield (<strong>ISSN</strong>-<strong>1991</strong>-<strong>8410</strong>) Vol. <strong>06</strong>, <strong>2011</strong><br />
ness (Edmunds et al., 2007; Wilson<br />
et al., 2003) that could easily render<br />
any psychological need (including<br />
perceived relatedness) more important<br />
at various time points than at<br />
others in terms <strong>of</strong> links with<br />
motivational outcomes and wellbeing<br />
criteria. It seems clear that<br />
arguing over the scope <strong>of</strong> influence<br />
attributable to any <strong>of</strong> the psychological<br />
needs espoused by Deci<br />
and Ryan (2002) within the<br />
framework <strong>of</strong> SDT especially<br />
perceived relatedness is largely<br />
premature at this juncture. Future<br />
studies using more sophisticated<br />
research designs will provide<br />
greater insight into the dynamic<br />
nature <strong>of</strong> ‘how’ and ‘why’ each<br />
psychological need central to SDT<br />
operates in the domain <strong>of</strong> LTPA<br />
especially in relation to the role <strong>of</strong><br />
fluctuations in psychological need<br />
satisfaction across time in relation to<br />
variation in motivational and wellbeing<br />
outcomes.<br />
While the results <strong>of</strong> this study<br />
are novel and theoretically<br />
informative, a number <strong>of</strong> limitations<br />
should be acknowledged. First,<br />
extensive construct validation into<br />
the original (Huta, 2005) or<br />
modified HEMA adopted in the<br />
present investigation has not been<br />
undertaken. Additional construct<br />
validation research (Messick, 1995)<br />
is recommended to determine the<br />
meaningfulness <strong>of</strong> test score<br />
interpretation. Additional concerns
Physical Activity in Individuals Living with Osteopenia:<br />
may be forwarded based on the<br />
degree <strong>of</strong> statistical overlap evident<br />
between dimensions <strong>of</strong> eudaimonic<br />
/ hedonic motives. While being<br />
associated at such a magnitude not<br />
uncommon in existing literature<br />
(Waterman et al., 2008), the task <strong>of</strong><br />
demonstrating discriminant validity<br />
between constructs <strong>of</strong>fers a unique<br />
challenge. As Telfer (1990) has<br />
suggested that eudaimonic activities<br />
are always associated with<br />
perceptions <strong>of</strong> pleasure (but not vice<br />
versa), the association between<br />
hedonic / eudaimonic motives<br />
should not be surprising and is<br />
deserved <strong>of</strong> empirical inquiry.<br />
Third, the data collected was<br />
restricted to a sample <strong>of</strong> individuals<br />
with osteopenia assessed on a single<br />
occasion. This approach limits the<br />
internal and external validity<br />
attributable to the interpretations<br />
advanced and suggests that more<br />
formal tests <strong>of</strong> mediation, adopting<br />
longitudinal designs, are warranted.<br />
In summary, the purpose <strong>of</strong> this<br />
study was (a) to examine the role <strong>of</strong><br />
LTPA in relation to hedonic and<br />
eudaimonic motives for well-being,<br />
and (b) to test the importance <strong>of</strong><br />
SDT-based psychological needs as a<br />
unifying framework for understanding<br />
how LTPA contributes to<br />
variation in motives for well-being<br />
characteristic <strong>of</strong> hedonia and<br />
eudaimonia. On the basis <strong>of</strong> this<br />
study, support for the positive<br />
relationship between LTPA and<br />
36<br />
endorsement <strong>of</strong> hedonic and<br />
eudaimonic motives for well-being<br />
was found. Additional evidence<br />
generated in this investigation<br />
suggests that satisfying basic<br />
psychological needs, especially for<br />
competence and autonomy, represent<br />
one plausible mechanism<br />
toward the promotion <strong>of</strong> hedonic /<br />
eudaimonic outcomes (Deci & Ryan,<br />
2002; Ryan, 1995). On the whole, the<br />
observations reported in this study<br />
support the beneficial role <strong>of</strong><br />
participating in LTPA as a factor<br />
motivating well-being outcomes in<br />
adults living with a chronic disease.<br />
Further support for the utility <strong>of</strong><br />
Deci and Ryan’s (2002) conceptuallization<br />
<strong>of</strong> psychological needs<br />
within SDT as a unifying<br />
framework for the study <strong>of</strong> wellbeing<br />
markers linked with LTPA is<br />
warranted.<br />
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251.<br />
Table-1<br />
Descriptive statistics, internal consistency, and correlation coefficients<br />
M SD Skew Kurt 1 2 3 4 5 6<br />
1. LTEQ 30.94 19.91 0.57 -0.60 --<br />
2. PNSE- 3.94 1.25 -0.37 -0.49 .45<br />
Competence<br />
(.30 - .57)<br />
3. PNSE- 5.28 0.82 -1.36 2.28 .21<br />
Autonomy<br />
(.04 – .36)<br />
4. PNSE- 4.93 1.15 -1.30 1.47 .12<br />
Relatedness<br />
(-.05 – .29)<br />
5. HEMA: 5.40 1.40 -1.<strong>06</strong> 1.00 .28<br />
Hedonic<br />
(.12 - .42)<br />
6. HEMA 5.72 1.22 -0.94 0.13 .35<br />
Eudaimonic<br />
(.19 - .48)<br />
.92<br />
.22<br />
(.<strong>06</strong> - .37)<br />
.32<br />
(.15 - .46)<br />
.29<br />
(.13 - .44)<br />
.46<br />
(.32 - .59)<br />
.92<br />
.23<br />
(.05 - .38)<br />
.39<br />
(.24 - .58)<br />
.39<br />
(.24 - .52)<br />
.94<br />
.44<br />
(.28 - .57)<br />
.47<br />
(.32 - .59)<br />
.85<br />
.67<br />
(.56 - .71)<br />
Note: M = Mean. SD = Standard Deviation. Skew. = Univariate Skewness. Kurt. = Univariate Kurtosis. LTEQ =<br />
Leisure-time exercise questionnaire; PNSE = Psychological Need Satisfaction in Exercise; HEMA: Hedonic and<br />
Eudaimonic Motives for Activities. Reliability estimates Cronbach’s (1951) coefficient alpha (α) are placed along the<br />
principal diagonal. Sample size for bivariate correlations range from 142 – 129 depending on participant responses.<br />
95% confidence intervals for each bivariate correlation can be found in parentheses.<br />
Table 2<br />
Bootstrapped indirect effects <strong>of</strong> change in LTPA on well-being<br />
motives through psychological need satisfaction<br />
Variable Point Estimate Bca CI R 2adj.<br />
Hedonic Motives<br />
Total .0107 .0037- .0207 .29 *<br />
PNSE – Competence .0056 .0009 - .0132<br />
PNSE – Autonomy .0032 .0005- .0092<br />
PNSE – Relatedness .0019 -.0011- .0<strong>06</strong>7<br />
C1 .0024 -.0044 - .0105<br />
C2 .0037 -.0024 - .0116<br />
C3 .0012 -.0046 - .0<strong>06</strong>4<br />
Eudaimonic Motives<br />
Total .0107 .0043- .0186 .36 *<br />
PNSE – Competence .0<strong>06</strong>3 .0025- .0124<br />
PNSE – Autonomy .0027 .0004- .0078<br />
PNSE – Relatedness .0017 -.0010- .0057<br />
C1 .0036 -.0018 - .0102<br />
C2 .0045 -.0007 - .0110<br />
C3 .0010 -.0033 - .0057<br />
Note: Number <strong>of</strong> bootstrap resamples = 5000. Bca CI = Bias Corrected and Accelerated Confidence Intervals. PNSE = Psychological<br />
Need Satisfaction in Exercise C1 = contrast between competence and autonomy, C2 = contrast between competence and<br />
relatedness and C3 = contrast between autonomy and relatedness.<br />
*p = .<br />
.83
GENDER DIFFERENCES OF SELF CONFIDENCE IN SPORTS<br />
WITH REFERENCE TO PAKISTAN SOCIO CULTURAL<br />
FACTORS AND ATTITUDES TOWARDS WOMEN<br />
A. ABSTRACT<br />
Jamshaid Ahmed and Muhammad Akram Ansari<br />
The main purpose <strong>of</strong> the study was to examine the gender differences<br />
<strong>of</strong> self confidence in sport with reference to socio cultural factors<br />
associated with sports performance in Pakistan. Another purpose <strong>of</strong><br />
the study was to examine and find out whether one psychosocial (self<br />
confidence) dimension exerted a stronger influence on gender. The<br />
analysis was administered to a sample <strong>of</strong> 300 (150 males and 150<br />
females) athletes aged 17 to 24 who participated sports at university,<br />
regional or national level in a variety <strong>of</strong> sports like cricket, hockey,<br />
basketball, table tennis, badminton and athletics. Each <strong>of</strong> the subject<br />
responded to a modified version <strong>of</strong> Trait Sports Confidence Inventory<br />
(Vealey, RS. (1986). An analysis <strong>of</strong> the results illustrated that<br />
significant difference existed between male and female player's self<br />
confidence in Pakistan due to the socioeconomic and socio cultural<br />
attitudes and conditions.<br />
B. INTRODUCTION<br />
Gender is one <strong>of</strong> the organizing<br />
principles <strong>of</strong> Pakistani society.<br />
Patriarchal value embedded in local<br />
traditions and culture predetermined<br />
the social value <strong>of</strong> gender. An<br />
artificial divide between production<br />
and reproduction, created by the<br />
ideology <strong>of</strong> sexual division <strong>of</strong> labor,<br />
has placed women in reproductive<br />
roles as mothers and wives in the<br />
private arena <strong>of</strong> home and men in a<br />
productive role as breadwinners in<br />
the public arena. This has led to a low<br />
level <strong>of</strong> resource investment in<br />
women by the family and the state.<br />
Thus, low investment in women's<br />
human capital, compounded by the<br />
42<br />
ideology <strong>of</strong> purdah (literally "veiled"),<br />
negative social biases, and cultural<br />
practices; the concept <strong>of</strong> honor linked<br />
with women's sexuality restrictions<br />
on women's mobility; and the<br />
internalization <strong>of</strong> patriarchy by<br />
women themselves, become, the basis<br />
for gender discrimination and<br />
disparities in all spheres <strong>of</strong> life.<br />
The status <strong>of</strong> women in Pakistan<br />
is not homogenous because <strong>of</strong> the<br />
interconnection <strong>of</strong> gender with<br />
other forms <strong>of</strong> exclusion in the<br />
society. There is considerable<br />
diversity in the status <strong>of</strong> women<br />
across classes, regions, and the<br />
rural/urban divide due to uneven<br />
socioeconomic development and the
impact <strong>of</strong> tribal, feudal, and<br />
capitalist social formations on<br />
women's lives. However, women's<br />
situation vis-à-vis man is one <strong>of</strong><br />
systemic subordination, determined<br />
by the forces <strong>of</strong> patriarchy across<br />
classes, regions, and the rural /<br />
urban divide.<br />
Keeping in mind the gender<br />
differences in Pakistan we tried to<br />
evaluate these differences in sports<br />
setting and tried to compare the<br />
sports self confidence between two<br />
gender.<br />
Self-confidence has been viewed<br />
as some <strong>of</strong> the most important factor<br />
that influences the sport performance.<br />
Many studies had shown that athletes<br />
with high sport confidence would<br />
possess better concentration, game<br />
strate-gies, healthy emotions, control<br />
<strong>of</strong> tempos, and performance (Chi,<br />
1996; Mahoney, Gabriel & Perkin,<br />
1987). Therefore, the relationship<br />
between sport confidence and<br />
performance should be a critical topic<br />
for sport psychologists to investigate.<br />
Sport competition is a basic<br />
environment for pursuing excellence<br />
and performance (Duda,<br />
1987). How do athletes develop<br />
their confidence? The Achievement<br />
Goal Theory under the socialcognitive<br />
construct has gradually<br />
become a popular model for this<br />
research topic in the field <strong>of</strong> sport<br />
psychology. (Ames & Archer, 1988).<br />
43<br />
The Shield (<strong>ISSN</strong>-<strong>1991</strong>-<strong>8410</strong>) Vol. <strong>06</strong>, <strong>2011</strong><br />
Earlier researches in the<br />
Achievement Goal Theory<br />
discovered that the task oriented<br />
climate would enhance the<br />
development <strong>of</strong> motivation and<br />
confidence (Duda, 1992). There is<br />
a relationship between goal<br />
orient-tation and sport confidence.<br />
Especially, the task orienttations<br />
<strong>of</strong> athletes are positively<br />
correlative to their sport confidence.<br />
In another words, if an<br />
athlete tends to emphasize skillacquisition<br />
(per-fection), and both<br />
learning and competitive processes,<br />
his / her sport confidence<br />
would be higher. Shane (2000)<br />
examined 620 high school and<br />
collegiate athletes <strong>of</strong> both genders<br />
to examine the relationship<br />
between goal orientation and<br />
sport confidence. The findings<br />
indicated that male and females<br />
athletes are significantly different<br />
in task orientation, ego orienttation,<br />
and several factors related<br />
to the source <strong>of</strong> sport confidence,<br />
such as skill perfection, demonstration<br />
<strong>of</strong> ability, and physiological<br />
/ psychological preparation.<br />
In addition, the per-ceived<br />
sources <strong>of</strong> sport confidence were<br />
different between high school and<br />
collegiate athletes <strong>of</strong> both<br />
genders.<br />
The present investigation<br />
sought to extend the previous<br />
research in this area and to<br />
increase our understanding <strong>of</strong> the
Gender Differences <strong>of</strong> Self Confidence in Sports<br />
reasons for gender participation in<br />
organized sports in Pakistani<br />
sports setup. However many<br />
questions remain only partially<br />
answered or unanswered altogether.<br />
What are the self confidence<br />
differences between the two<br />
genders in sports setting? To what<br />
degree do male and female<br />
athletes differ in self confidence<br />
level with each other?<br />
To study the gender differences<br />
<strong>of</strong> self confidence in Pakistan’s<br />
players, the researchers assumed<br />
that the self confidence will be<br />
different according to the gender <strong>of</strong><br />
the player.<br />
300 (Total Sample)<br />
75<br />
Individual Sports<br />
75<br />
Team Sports<br />
44<br />
C. METHOD/Strategy<br />
1. Sample<br />
SAMPLE: Design<br />
A sample <strong>of</strong> 300 players (150 male<br />
and 150 female), was drawn through<br />
stratified randomly sampling from<br />
randomly selected universities, and<br />
departmental sports teams <strong>of</strong> Pakistan<br />
divided into two groups male/female.<br />
One hundred and fifty (n=150) male<br />
and the same number <strong>of</strong> female<br />
athletes. They were also sub-divided<br />
into two more groups like individual<br />
sport (n=75 and team sport (n=75) each<br />
group. Each male and female player<br />
was selected on the basis <strong>of</strong> his current<br />
performance and involvement in his /<br />
her particular sports by determining<br />
the current level <strong>of</strong> participation.<br />
150 (Male) 150 (Male)<br />
75<br />
Individual Sports<br />
75<br />
Team Sports
2. QUESTIONNAIRES<br />
Respondents completed a simplified<br />
version <strong>of</strong> the Trait Sports<br />
Confidence Inventory (Vealey, R.S.<br />
(1986). Before completing the<br />
questionnaires all subjects completed<br />
informed consent forms which<br />
informed them and their team<br />
managers <strong>of</strong> its purpose and how it<br />
was to be completed. Subjects<br />
responded the researcher by filling<br />
the “Trait Sports Confidence<br />
inventory” (TSCI) questionnaire<br />
designed by Vealey, R. S. (1986) to<br />
conceptualize sport-confidence and<br />
aggressive direction introductory<br />
examination and tool development.<br />
3. PROCEDURES<br />
Before the survey had taken place,<br />
coaches and trainers developed a good<br />
relationship with players, so they<br />
could understand players' practice and<br />
game schedules precisely. Before the<br />
survey was administered, the<br />
researchers had explained the content<br />
<strong>of</strong> the questionnaires to the players.<br />
Researchers had informed the players<br />
that their responses were submitted<br />
anonymously, and the information<br />
that was gathered was strictly<br />
confidential. It would take 30 minutes<br />
for players to fill out the Trait Sports<br />
Confidence Inventory. The TSCI<br />
contains 13 items that were placed in<br />
inventory format using a 9-point<br />
Likert scale. Participants were asked to<br />
indicate how confident they generally<br />
feel when competing in sport. When<br />
45<br />
The Shield (<strong>ISSN</strong>-<strong>1991</strong>-<strong>8410</strong>) Vol. <strong>06</strong>, <strong>2011</strong><br />
responding, participants were asked to<br />
compare their confidence to the most<br />
confident athlete they know. For<br />
example, participants are asked to<br />
"compare your confidence in YOUR<br />
ABILITY TO ACHIEVE YOUR<br />
COMPETITIVE GOALS to the most<br />
confident athlete you know." Each<br />
player was asked to fill out the<br />
questionnaire carefully and tick one <strong>of</strong><br />
the best options. After collecting the<br />
data, every individual player's options<br />
were computed to analyze the data by<br />
applying t-test.<br />
D. ANALYSIS OF THE DATA<br />
The t-test analyses indicated the<br />
differences in self confidence<br />
between male and female players.<br />
The test was used to compare the<br />
difference between genders.<br />
Male players had recorded higher<br />
scores in "Trait Sports Confidence<br />
Inventory" than female players did.<br />
Mean <strong>of</strong> male group is 102.24 and<br />
mean <strong>of</strong> female group is 90.01 and the<br />
SD <strong>of</strong> male group is 14.129 and SD <strong>of</strong><br />
female group is 14.441.<br />
Hypothesis:<br />
There is no significant difference<br />
in the Confidence level <strong>of</strong> male and<br />
female player.<br />
Analysis <strong>of</strong> Problem<br />
1. H0: µ1 = µ2<br />
2. H1: µ1 ≠ µ2<br />
3. α = .05.<br />
4. Statistical test "t"<br />
Decision Rule: Reject H0 if t > 1.66
Trait<br />
Sports<br />
confidence<br />
Total<br />
Gender Differences <strong>of</strong> Self Confidence in Sports<br />
Computation <strong>of</strong> the data<br />
Equal<br />
variances<br />
assumed<br />
Equal<br />
variances<br />
not assumed<br />
CONCLUSION<br />
Table shows that the tabulated value<br />
t = 1.66 which is less that the calculated<br />
value t = 7.412 at the level <strong>of</strong> significance<br />
a = 0.05. The hypothesis is therefore<br />
rejected and it is concluded that there is a<br />
significant difference between male and<br />
female players regarding their<br />
confidence level, in competitive sports.<br />
The male players were found to have<br />
higher self confidence level than the<br />
female counterpart.<br />
E. Summary<br />
Levene’s<br />
Test for<br />
Equality <strong>of</strong><br />
Variances<br />
F<br />
Sig.<br />
In the social context, Pakistani<br />
women lack social value and status<br />
because <strong>of</strong> negation <strong>of</strong> their roles as<br />
producers and providers in all social<br />
roles. The preference <strong>of</strong> sons due to their<br />
productive role dictates the allocation <strong>of</strong><br />
house hold resources in their favor.<br />
Male members <strong>of</strong> the family are given<br />
better education and sports facilities and<br />
are equipped with skills to compete for<br />
resources in the public arena, while<br />
female members are imparted domestic<br />
skills to be good mothers and wives.<br />
T<br />
.127 .72 *7.412<br />
df<br />
298<br />
46<br />
Independent Samples Test<br />
t-test for Equality <strong>of</strong> Means<br />
Sig. (2tailed)<br />
.000<br />
Mean<br />
Difference<br />
12.227<br />
Std. Error<br />
Difference<br />
1.650<br />
95% Confidence<br />
Interval <strong>of</strong> the<br />
Difference<br />
Lower Upper<br />
8.980 15.473<br />
*7.412 297.858 .000 12.227 1.650 8.980 15.473<br />
Lack <strong>of</strong> skills limited general/ sports<br />
opportunities in the job market, and<br />
social and cultural restrictions limited<br />
women's chances to compete with<br />
confidence for better results. This<br />
situation has led to the social and<br />
economic dependency a woman that<br />
becomes the basis for male power over<br />
women in all social relationships.<br />
However, the spread <strong>of</strong> patriarchy is<br />
not even. The nature and degree <strong>of</strong><br />
women's oppression / subordination<br />
vary across classes, regions, and the rural<br />
/ urban divide. Patriarchal structures are<br />
relatively stronger in the rural and tribal<br />
setting where local customs establish<br />
male authority and power over women's<br />
lives. Women are exchanged, sold, and<br />
bought in marriages. They are given very<br />
limited opportunities to create choices for<br />
themselves in order to change the<br />
realities <strong>of</strong> their lives. On the other hand,<br />
women belonging to the upper and<br />
upper middle classes have more<br />
opportunities <strong>of</strong> education and employ-
ment than the women <strong>of</strong> middle and<br />
lower middle <strong>of</strong> the Pakistani society.<br />
The woman <strong>of</strong> the upper class has<br />
greater control over their lives than the<br />
rest <strong>of</strong> the classes.<br />
The most powerful aspect <strong>of</strong><br />
social and cultural context is the<br />
internalization <strong>of</strong> patriarchal norms<br />
by men and women. In learning to be<br />
a woman in the society, women<br />
internalize the patriarchal ideology<br />
and play an instrumental role in<br />
transferring and recreating the gender<br />
ideology through the process <strong>of</strong><br />
socialization <strong>of</strong> their children. The<br />
aspect <strong>of</strong> women's life has been<br />
largely ignored by the development<br />
initiatives in the country.<br />
With reference to the earlier<br />
conducted research, females have been<br />
stereotyped as biologically and<br />
physically inferior to men. This<br />
cultural notion has been passed on<br />
from one generation to another<br />
through school education, community,<br />
media, and parents, and accepted as a<br />
fact existing between men and women<br />
throughout the centuries (Crandall,<br />
1994; Eccles & Harold, <strong>1991</strong>; Gould,<br />
1996). Gender stereotypes have<br />
pressured women and men to behave<br />
in certain ways in order to satisfy the<br />
expectations <strong>of</strong> society, which has<br />
limited female's involvement in<br />
physical activity and sports, especially<br />
activities that are vigorous in nature).<br />
The stereotypical view <strong>of</strong> female as<br />
inferior in sport is not as complex as<br />
47<br />
The Shield (<strong>ISSN</strong>-<strong>1991</strong>-<strong>8410</strong>) Vol. <strong>06</strong>, <strong>2011</strong><br />
the assumption <strong>of</strong> racial superiority<br />
and the accompanying implication <strong>of</strong><br />
intellectual inferiority. The view <strong>of</strong><br />
female as inferior in sport may not<br />
necessarily be viewed as a negative<br />
attribute, given that it is so deeply<br />
ingrained in our culture. Rather, the<br />
view <strong>of</strong> women as less able in sport is<br />
consistent with societal expectations,<br />
so that women who are athletically<br />
gifted are at risk to be viewed as<br />
inappropriate. Athletic superiority<br />
runs counter to expectations, and for<br />
some females may actually constitute<br />
a negative image.<br />
The analytical results <strong>of</strong> the<br />
present investigation provide further<br />
support for the findings <strong>of</strong> a number<br />
<strong>of</strong> previous studies (Gill et al., 1983; &<br />
Gould et al., 1985). The purpose this<br />
investigation was to determine if<br />
differences existed between the male<br />
and female subjects in their self<br />
confidence level and the differences<br />
in the performance had on the two<br />
genders.<br />
The results indicated that male<br />
produced significantly greater self<br />
confidence level than the females.<br />
These results are consistent with<br />
Gill et al. (1983) study where male<br />
place greater importance on<br />
achievement and status than their<br />
counterparts.<br />
In relation to Pakistani women's<br />
participation in decision making, it is<br />
important to go beyond increasing<br />
numbers to enhancing women's voice in
Gender Differences <strong>of</strong> Self Confidence in Sports<br />
shaping policies, resource allocations,<br />
and programme development and<br />
management. Women's access to<br />
promotion opportunities within sporting<br />
organization at all level should be<br />
assessed, and the types <strong>of</strong> support<br />
mechanism required to increase these<br />
opportunities should be identified and<br />
provided.<br />
Organizational change is particularly<br />
important, including<br />
changes to organizational cultures,<br />
values, norms, rules and procedures.<br />
Practical aspects organizational<br />
change can be critical to<br />
ensure women's full involvement,<br />
such as establishing appropriate<br />
meeting schedules and provision <strong>of</strong><br />
childcare. Since the representation<br />
<strong>of</strong> women in Pakistani sporting<br />
organizations is currently low, men<br />
in leadership position have a major<br />
responsibility for promoting and<br />
sustaining the required standard <strong>of</strong><br />
Pakistani women's sports participation.<br />
REFERENCES<br />
Ames, Carole, and Jennifer Archer.<br />
1988. “Achievement goals in the<br />
classroom: Students' Bibliography<br />
module: Ames and Archer 1988;<br />
In overview module<br />
Bandura, A. (1977). Self-efficacy:<br />
Toward a unifying theory <strong>of</strong><br />
behavioral change. Psychological<br />
Review, 84, 191-215.<br />
48<br />
Blais, M. R. (1995). Toward a new<br />
measure <strong>of</strong> intrinsic motivation,<br />
extrinsic motivation, and a<br />
motivation in sports: The Sport<br />
Motivation Scale (SMS). Journal<br />
<strong>of</strong> Sport & Exercise Psychology,<br />
17,35-53.<br />
Chi, L. K. (1996). Stress management<br />
<strong>of</strong> athletes. National Physical<br />
Education Quarterly, 25(4), 51-57.<br />
Chou, W. H.(1995). The establishment<br />
<strong>of</strong> sport confidence based on selfefficacy.<br />
National Physical<br />
Education Quarterly, 25(4), 62-69.<br />
Crandall, C.S. (1994). Prejudice<br />
against fat people-ideology and<br />
self interest-Journal <strong>of</strong> personality<br />
and social psychology, 66,882-894<br />
Duda, L.J. (1992): Motivation in sport<br />
settings: A goal perspective<br />
approach .In G.C. Roberts (Ed.),<br />
Motivation, and Sport and<br />
Exercise (pp.57-91). Champaign,<br />
Illinois: Human Kinetics.<br />
Duda, L.J. (1987). Toward a<br />
Developmental Theory <strong>of</strong> Children's<br />
Motivation in Sport. Journal <strong>of</strong> Sport<br />
Psychology, 9, 130-145.<br />
Eccles, 1.S., & Harold, RD.(<strong>1991</strong>).<br />
Gender differences in sports<br />
involvement: Applying Eccles'<br />
expectancy-value model. Journal <strong>of</strong><br />
applied sport psychology, 3, 7-35
Gill, D. L., Gross, J. B., & Huddleston,<br />
S. (1983). Participation motivation<br />
in youth sports. International<br />
Journal <strong>of</strong> Sport Psychology, 14,<br />
114-131.<br />
Gould, D., Feltz, D., & Weiss, M.R.<br />
(1985). Motives for participating<br />
in competitive youth swimming.<br />
International Journal <strong>of</strong> Sport<br />
Psychology, 16, 126-140.<br />
Gould, S.J. (1996). The mis-measure<br />
<strong>of</strong> man (Rev. And Expanded).<br />
NY: Norton.<br />
Huang, C. R, Kuo, H. Y.(1999). The<br />
sources <strong>of</strong> athletes' sport<br />
confidence. The Chinese Physical<br />
Education, 13(3), 60-66.<br />
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Lrigg, C. D. (<strong>1991</strong>). Gender differences<br />
in self-confidence in physical<br />
activity: A meta analysis <strong>of</strong> recent<br />
studies. Journal <strong>of</strong> Sport &<br />
Exercise Psychology, 8,294-310.<br />
Mahoney, M.J., Gabriel, T.J., &<br />
Perkins, T.S. (1987). Psychological<br />
skills and exceptional athletic<br />
performance, TSP, 1, 181-199.<br />
Shane, S. (2000), "Prior knowledge and<br />
the discovery <strong>of</strong> entrepreneurial<br />
opportunities", Organization Science,<br />
Vol. 11 No.4, pp.448-69<br />
Vealey, R. S. (1986). Conceptualization<br />
<strong>of</strong> sport-confidence and competitive<br />
orientation Preliminary<br />
investigation and instrument<br />
development. Journal <strong>of</strong> Sport<br />
Psychology, 8, 221-246.
A MUSCULOSKELETAL INJURY PROFILE OF ATHLETES AT A<br />
NATIONAL INTER-UNIVERSITY ATHLETIC MEET IN MANIPAL,<br />
KARNATAKA, INDIA<br />
ABSTRACT<br />
Parachi Shah, Abraham Samuel Babu, Vaibhavi Satam, H.S. Ballal,<br />
Fiddy Davis and Arun G. Maiya<br />
Background: Sports physical therapists form a part <strong>of</strong> the team in all<br />
major sporting events. However, their presence at the university or<br />
recreational level is not commonly seen. The pr<strong>of</strong>ile <strong>of</strong> injuries during<br />
an athletic event varies on whether the person is a recreational athlete<br />
or an elite athlete. As there is no data available from India on athletic<br />
injuries, we describe the pr<strong>of</strong>ile <strong>of</strong> injuries at a national inter-<br />
university health sciences athletic meet. Methodology: During the<br />
inter university athletic meet, an analysis <strong>of</strong> the pr<strong>of</strong>ile <strong>of</strong> injuries was<br />
done and the injured were classified according to the National Athletic<br />
Reporting System. Results: A total <strong>of</strong> 200 athletes took part in this<br />
competition. 32 (16%) athletes sustained injuries, <strong>of</strong> which<br />
musculoskeletal injuries were most common and accounted for 71.87%<br />
(23/32) <strong>of</strong> the total injuries. Most injuries were managed on the field<br />
without any loss <strong>of</strong> time except for four (viz., dislocated shoulder, heat<br />
exhaustion, injury <strong>of</strong> medial collateral ligament <strong>of</strong> knee and ankle<br />
lateral collateral ligament tear with avulsion injury) who required<br />
further attention in the hospital. Conclusion: We observed a high rate<br />
<strong>of</strong> injuries amongst the athletes, out <strong>of</strong> which musculoskeletal injuries,<br />
especially ankle injuries, were common during track and field events.<br />
Heat - related illnesses <strong>of</strong> varying degrees <strong>of</strong> severity were also seen.<br />
Keywords: Sports injury, Sports physical therapy, National athletic reporting system, Heat related illness<br />
INTRODUCTION<br />
Sport participation is no more<br />
just a leisure activity but rather an<br />
integral part <strong>of</strong> keeping oneself fit.<br />
Along with academic work, sport<br />
participation has been given<br />
importance since early schooling.<br />
Track and field events, a major<br />
aspect <strong>of</strong> athletics involving various<br />
distances <strong>of</strong> running, jumps and<br />
throws, are the earliest sport<br />
activities (Pendergraph, 2005).<br />
50<br />
Athletic events are challenging with<br />
respect to the various fitness<br />
parameters like speed, agility and<br />
power.<br />
Competitive sports range from<br />
participation at high-school to the<br />
university level. In India, the presence<br />
<strong>of</strong> a medical team at an inter<br />
university or lower level <strong>of</strong><br />
competition is not commonly seen.<br />
Studies have shown that 80% <strong>of</strong> the<br />
injuries occurring on the field are
musculoskeletal in nature (Patel,<br />
20<strong>06</strong>). This highlights the importance<br />
<strong>of</strong> having a sports physical therapist<br />
on the field so as to decide on<br />
athletes’ sport fitness and help treat as<br />
well as to facilitate a faster return to<br />
the game (Rehberg, 2007). Studies<br />
that have reported injuries have been<br />
from major athletic events like the<br />
Olympics, wherein only elite athletes<br />
participate (Junge, 2009). However,<br />
injuries among the recreational<br />
athletic population or at junior levels,<br />
in which most college students<br />
participate, have hardly been studied<br />
in our country. As this group may not<br />
have adequate training like elite<br />
athletes, it is possible that they maybe<br />
at a greater risk <strong>of</strong> sustaining injuries<br />
during competitive events. Furthermore,<br />
there is a paucity <strong>of</strong> information<br />
regarding the pr<strong>of</strong>ile <strong>of</strong> sports<br />
injuries in India. It was therefore<br />
decided that the reporting <strong>of</strong> injuries<br />
from such an event would help<br />
physical educators, sports organizers,<br />
physical therapists and athletes deal<br />
with injuries and prevent them<br />
during training and competition. We<br />
describe the pr<strong>of</strong>ile <strong>of</strong> injuries among<br />
athletes who participated at a national<br />
inter-health university athletic meet at<br />
Manipal <strong>University</strong>, Manipal in 2009.<br />
METHODOLOGY<br />
An all India inter - health university<br />
athletic meet was held at Manipal<br />
<strong>University</strong>, Manipal, Karnataka, India<br />
for three days, i.e. 5 th – 7 th <strong>of</strong> December,<br />
2009. A total <strong>of</strong> 13 universities and 200<br />
51<br />
The Shield (<strong>ISSN</strong>-<strong>1991</strong>-<strong>8410</strong>) Vol. <strong>06</strong>, <strong>2011</strong><br />
athletes from all over India participated<br />
in this event. The list <strong>of</strong> events on the<br />
three days has been provided in Table<br />
1. A medical stall was setup at the<br />
ground which was easily accessible to<br />
the athletes. It also gave the medical<br />
team a good view <strong>of</strong> all the events and<br />
thereby aided in analysis <strong>of</strong> the<br />
mechanism <strong>of</strong> injury. All the athletes<br />
were informed <strong>of</strong> the medical stall to<br />
which they were to report any injury.<br />
In events where a higher rate <strong>of</strong> injury<br />
was expected a physical therapist (PT)<br />
was present at the event site.<br />
An analysis <strong>of</strong> the pr<strong>of</strong>ile <strong>of</strong><br />
injuries was done for the duration <strong>of</strong><br />
the athletic meet for all the injuries that<br />
were reported to the medical team. All<br />
the injuries were classified using the<br />
national athletic reporting system<br />
(NARS) (Patel, 20<strong>06</strong>). This included<br />
the following categories, viz., no time<br />
lost, minor (1-7 days lost), moderate<br />
(8-21 days lost), major (> 21 days) and<br />
severe (permanent disability).<br />
All injuries were attended to on<br />
the field by one <strong>of</strong> the physical<br />
therapists. Injured athletes were<br />
evaluated and diagnosed from a<br />
thorough clinical examination.<br />
Injured athletes were managed using<br />
the ‘PRICE’ protocol i.e., prevention,<br />
rest, ice, compression and elevation.<br />
In cases <strong>of</strong> ankle injuries, supportive<br />
taping was utilized to help in early<br />
return to the event. Taping to prevent<br />
secondary injury was also given to<br />
those athletes who approached the<br />
physiotherapists with a history <strong>of</strong>
A Musculoskeletal Injury Pr<strong>of</strong>ile <strong>of</strong> Athletes<br />
chronic ankle injury. Taping for toes<br />
were done for athletes who preferred<br />
running barefoot. Stretching and icing<br />
were used to manage muscle cramps.<br />
This was also supplemented by<br />
giving them adequate hydration with<br />
oral rehydration solution and glucose.<br />
Cuts and bruises were cleaned and<br />
dressed using a sterile procedure.<br />
Return to the event was decided by<br />
the treating physical therapist based<br />
on the type and severity <strong>of</strong> the injury<br />
and also the athlete’s willingness and<br />
recovery stage.<br />
RESULTS<br />
A total <strong>of</strong> 200 athletes (83 women<br />
and 117 men) from 13 health<br />
universities all over India participated<br />
in the athletic meet (Table 2). The<br />
distribution <strong>of</strong> athletes with injuries as<br />
per the NARS is given in Table 3.<br />
There were 32 injured athletes out <strong>of</strong><br />
which 3 had multiple injuries.<br />
Musculoskeletal injuries were a<br />
common occurrence (23/32) followed<br />
by abrasions and bruises (7/32) and<br />
systemic involvement, like heatrelated<br />
illnesses (2/32). The ankle and<br />
foot were the most commonly affected<br />
part observed with eight being acute<br />
injuries and six recurrent injuries.<br />
Events like long jump and triple jump<br />
had the most injuries (Table 4). Twelve<br />
athletes (6%) reported having muscle<br />
cramps <strong>of</strong> which two had recurrent<br />
episodes on all three days. Cramps<br />
were seen in most <strong>of</strong> the running<br />
events except the 10,000m race.<br />
52<br />
It was seen that 28 injured<br />
athletes were able to return to their<br />
event without losing time.<br />
However, four athletes (with heat<br />
exhaustion, anterior dislocation <strong>of</strong><br />
shoulder, injury <strong>of</strong> the medial<br />
collateral ligament <strong>of</strong> knee and a<br />
lateral collateral ligament avulsion<br />
injury <strong>of</strong> the ankle) required<br />
hospitalization for further medical<br />
management.<br />
DISCUSSION<br />
Our study showed that 32/200<br />
(16%) were injured during the<br />
athletic meet. A report by Junge et<br />
al., (2009) described a rate <strong>of</strong> injuries<br />
<strong>of</strong> 11.3% among 2,132 elite athletes<br />
during athletic events. The higher<br />
rate seen here could be attributed to<br />
the level <strong>of</strong> conditioning <strong>of</strong> the<br />
athletes. Most athletes here were<br />
amateurs with only a few being elite.<br />
A high rate <strong>of</strong> return to<br />
participation, i.e., 28/35 (80%), seen in<br />
this athletic meet is indeed credible.<br />
These high rates show that a multidisciplinary<br />
medical team is to be<br />
present at all sporting events irrespective<br />
<strong>of</strong> their competitive level to help<br />
maintain a high rate <strong>of</strong> return to<br />
sporting event. Despite this high level <strong>of</strong><br />
return to event, few cases still required<br />
further medical attention. Seven out <strong>of</strong><br />
the 35 injured (20%) could not return to<br />
their event. This rate was higher than<br />
those found by Junge et al., (2009)<br />
wherein only 7.3% lost time due to<br />
injuries.
Three <strong>of</strong> the cases, who had a<br />
major type <strong>of</strong> injury with >21days<br />
lost as per the NARS classification<br />
(Table 3) are described here. The<br />
first was a case <strong>of</strong> an anterior<br />
shoulder dislocation following a fall<br />
by a 23-year old male in a 5000m<br />
run. The fall was on the elbow,<br />
100m from the start line. The<br />
shoulder was relocated on the field<br />
by the physical therapist using the<br />
modified Kocher’s technique, and<br />
he was then transported to hospital<br />
for an orthopaedic evaluation and<br />
radiographs. He was managed with<br />
immobilization and analgesics as<br />
prescribed by the orthopaedic<br />
surgeon. The second case was a 24year<br />
old male injured during the<br />
long jump. He had a history <strong>of</strong> left<br />
ankle instability and bilateral<br />
quadriceps strain for which<br />
adequate secondary injury<br />
prevention precautions were taken<br />
before the event. He sustained an<br />
inversion and plantar flexion injury<br />
with a popping sound. Examination<br />
<strong>of</strong> the ankle by the physical<br />
therapist revealed tenderness over<br />
the lateral collateral ligament<br />
insertion with swelling. A diagnosis<br />
<strong>of</strong> a complete lateral collateral<br />
ligament tear with the possibility <strong>of</strong><br />
an avulsion fracture <strong>of</strong> the fibula<br />
was made. After appropriate first<br />
aid using the PRICE protocol, he<br />
was referred to a hospital for further<br />
evaluation and management. The xray<br />
<strong>of</strong> his ankle showed a fracture <strong>of</strong><br />
53<br />
The Shield (<strong>ISSN</strong>-<strong>1991</strong>-<strong>8410</strong>) Vol. <strong>06</strong>, <strong>2011</strong><br />
distal fibula. He was put on a<br />
posterior slab and was advised to<br />
engage in non-weight bearing<br />
walking with crutches for four<br />
weeks. The third athlete suddenly<br />
complained <strong>of</strong> medial knee pain<br />
after running 4,800m <strong>of</strong> 10,000m,<br />
forcing her to discontinue the race.<br />
On examination she had a localized<br />
swelling on the medial aspect <strong>of</strong> the<br />
knee with instability. Her knee was<br />
immobilized by using a Jones<br />
compression bandage and she was<br />
then shifted to the hospital with a<br />
diagnosis <strong>of</strong> medial collateral<br />
ligament injury for further<br />
investigation and management. As<br />
she was from another state, she was<br />
asked to rest and continue the<br />
bandaging. Symptomatic treatments<br />
with analgesics were given.<br />
We had two cases <strong>of</strong> heat<br />
exhaustion which are described<br />
here. The first, being a 23- year old<br />
male who presented with confusion,<br />
drowsiness and nausea at the end <strong>of</strong><br />
the second day. He had a systolic<br />
blood pressure <strong>of</strong> 80mmHg. He had<br />
tachycardia and tachypnea. A<br />
history <strong>of</strong> no oral fluid intake<br />
during the day was given. The<br />
athlete had participated in two<br />
events (800m and 4x400m relay)<br />
earlier in the day and had not taken<br />
adequate rest or hydration. A<br />
working diagnosis <strong>of</strong> heat exhausttion<br />
and dehydration was made. Ice<br />
was applied to his body to cool him
A Musculoskeletal Injury Pr<strong>of</strong>ile <strong>of</strong> Athletes<br />
down, as there was no facility for ice<br />
water immersion, and he was made<br />
to drink sips <strong>of</strong> water. When he<br />
showed no improvement, he was<br />
transported to hospital for further<br />
management. There he had a blood<br />
work up done and re-hydrated with<br />
fluid intravenously. There was<br />
another case <strong>of</strong> heat exhaustion to a<br />
19 - year old female who was<br />
managed on field. As she was stable<br />
as she did not require any form <strong>of</strong><br />
advanced medical care. She was<br />
monitored regularly by the medical<br />
team to ensure adequate hydration<br />
and rest. She recovered completely<br />
with proper hydration. It was noted<br />
that athletes had their own views<br />
regarding hydration. Among those<br />
requiring medical attention, it was<br />
found that they believed water<br />
should not be taken prior to the<br />
event resulting in poor hydration<br />
status. Other factors that could have<br />
also contributed to the heat related<br />
illness are harsh environmental<br />
conditions, conditioning status <strong>of</strong><br />
the athlete and prolonged participation<br />
in sports with continuous<br />
exposure to extreme heat.<br />
Muscle cramps were another<br />
common occurrence seen among<br />
athletes participating in running<br />
events. The heat and loss <strong>of</strong> body<br />
water could have predisposed them<br />
to cramps. Most <strong>of</strong> them were<br />
reported after 12:00 noon. Surprisingly,<br />
those who participated in<br />
the 10,000m run did not report any<br />
54<br />
cramps. This could be attributed to<br />
the timing <strong>of</strong> the events. The<br />
10,000m run was held at 6:30am<br />
while the other running events were<br />
held between 9am and 4pm. Also<br />
the athletes were participating in<br />
various events on consecutive days.<br />
Therefore emphasizing the role <strong>of</strong><br />
replenishment <strong>of</strong> macronutrients,<br />
fluid and electrolyte imbalances that<br />
would have occurred after the event<br />
is very important to reduce the<br />
occurrence <strong>of</strong> cramps during<br />
subsequent events. However, these<br />
aspects seem to be neglected by<br />
many athletes and their coaches.<br />
Most participants who received<br />
medical help for musculoskeletal<br />
conditions reported the lack <strong>of</strong> a<br />
structured, regular training<br />
protocol. To the best <strong>of</strong> our<br />
knowledge, there were only three<br />
cases who had received a<br />
supervised training programme by<br />
a physical therapist prior to their<br />
participation in this athletic event.<br />
This shows that small number <strong>of</strong><br />
athletes participate in post- injury<br />
rehabilitation. Therefore, awareness<br />
among the athletes regarding the<br />
importance <strong>of</strong> post- injury rehabilitation<br />
will have to be stressed.<br />
It was also observed that a few <strong>of</strong><br />
them had inappropriate techniques in<br />
various running events (hurdles and<br />
sprints) which could have potentially<br />
contributed to their injury. Another<br />
contributing factor could also be the<br />
type <strong>of</strong> athletic footwear used for
these events. It was noted that<br />
athletes wore spikes and running<br />
shoes for their events whilst some <strong>of</strong><br />
them preferred running barefooted.<br />
Even though these factors need to be<br />
considered they beyond the scope <strong>of</strong><br />
this study.<br />
Our medical team consisted <strong>of</strong><br />
four physical therapists, two doctors<br />
and one nurse with first aid kits and<br />
emergency equipment for advanced<br />
airway and cardiac life support. The<br />
physical therapists and doctors were<br />
trained in both basic as well as<br />
advanced cardiac life support.<br />
Subjective feelings <strong>of</strong> comfort were<br />
also reported by the athletes with the<br />
presence <strong>of</strong> an on field medical team.<br />
From the above findings, the<br />
authors wish to make the following<br />
recommendations:<br />
� Athletes and coaches need to be<br />
educated on the importance <strong>of</strong><br />
adequate hydration and nutriation<br />
as well as their roles in<br />
health and sport performance.<br />
� Proper training techniques need to<br />
be emphasized with regard to long<br />
and triple jumps, and hurdles.<br />
� Athletes with recurrent injuries<br />
must seek proper rehabilitation<br />
from sports physical therapists<br />
� The presence <strong>of</strong> a medical team<br />
on site is imperative to manage<br />
acute injuries and heat related<br />
ailments.<br />
55<br />
The Shield (<strong>ISSN</strong>-<strong>1991</strong>-<strong>8410</strong>) Vol. <strong>06</strong>, <strong>2011</strong><br />
CONCLUSION<br />
In this study, it was observed a<br />
high rate <strong>of</strong> injuries (16%), with<br />
majority being musculoskeletal in<br />
nature. Events in which most<br />
injuries occurred were the long<br />
jump, triple jump and hurdles. A<br />
good rate <strong>of</strong> return to participation<br />
was seen following acute management<br />
on field by the medical team<br />
and hence, their presence is <strong>of</strong><br />
tremendous value to athletes. It is<br />
recommended that they be present<br />
for future events at various levels <strong>of</strong><br />
competition.<br />
REFERENCES<br />
1. Junge A, Engebretsen L,<br />
Mountjoy ML, et al. Sports<br />
Injuries During the Summer<br />
Olympic Games 2008. Am J<br />
Sports Med 2009; 7:2165-2172<br />
2. Patel DR, Baker RJ. Musculoskeletal<br />
injuries in sports. Prim<br />
Care Clin Office Pract 20<strong>06</strong>;<br />
33:545-579<br />
3. Pendergraph B, Ko B, Zamora J,<br />
Bass E. Medical Coverage for<br />
Track and Field Events. Current<br />
Sports Medicine Reports 2005;<br />
4:150-153<br />
4. Rehberg RS. Sports Emergency<br />
Care: A Team Approach. NJ,<br />
USA. Slack Incorp. 2007: 23 – 24.
A Musculoskeletal Injury Pr<strong>of</strong>ile <strong>of</strong> Athletes<br />
Total number <strong>of</strong> athletes, n 200<br />
Males, n (%)<br />
117 (58.5)<br />
Females, n (%)<br />
83 (41.5)<br />
Total number <strong>of</strong> athletes injured, n (%) 32 (16)<br />
Musculoskeletal injuries, n (%)<br />
23 (71.87)<br />
Abrasions and bruises, n (%)<br />
7 (21.87)<br />
Systemic involvement, n (%)<br />
2 (6.25)<br />
Day 1 Day 2 Day 3<br />
1500 m £‡<br />
100 m £‡<br />
Javelin Throw £‡<br />
Triple Jump £‡<br />
Shot-put £<br />
5000 m £‡<br />
£ Men, ‡ Women<br />
Table-1: Demographic details <strong>of</strong> athletes<br />
Table-2: Daily list <strong>of</strong> events<br />
200 m £‡<br />
800 m £‡<br />
High Jump £‡<br />
Shot-put ‡<br />
4 x 400 m relay £‡<br />
100 m hurdles ‡<br />
110 m hurdles £<br />
400 m hurdles £‡<br />
Discus Throw £<br />
56<br />
10,000 m £‡<br />
Long jump £‡<br />
Hammer throw £‡<br />
400 m £‡<br />
4 x 100 m £‡<br />
Discus throw ‡<br />
Table-3: Classification <strong>of</strong> injuries according to National Athletic<br />
Reporting System (NARS)<br />
Type <strong>of</strong> injury Number <strong>of</strong> injuries<br />
No time lost 28<br />
Minor (1 – 7 days lost) 3<br />
Moderate (8 – 21 days lost) 1<br />
Major ( > 21 days lost) 3<br />
Severe (Permanent Disability) 0<br />
TOTAL 35<br />
Table-4: Musculoskeletal injuries and the events in which they occurred<br />
EVENT INJURY NUMBER %<br />
Hammer throw Supraspinatus strain<br />
1<br />
2.86<br />
Partial biceps rupture<br />
1<br />
2.86<br />
Long Jump and Patell<strong>of</strong>emoral pain syndrome<br />
2<br />
5.71<br />
triple jump Quadriceps strain<br />
1<br />
2.86<br />
Achilles tendinopathy<br />
2<br />
5.71<br />
Lateral ligament avulsion fracture <strong>of</strong> ankle<br />
1<br />
2.86<br />
5000m Shoulder dislocation<br />
1<br />
2.86<br />
Peroneus tendinopathy<br />
1<br />
2.86<br />
10,000m Medial collateral ligament strain <strong>of</strong> knee 1 2.86<br />
800 m Tibialis posterior tendinopathy 1 2.86<br />
400m Acute ankle sprains 2 5.71<br />
100m hurdle Ankle s<strong>of</strong>t tissue contusion 1 2.86<br />
110m hurdle Groin injury<br />
3<br />
8.57<br />
Shin splint<br />
1<br />
2.86<br />
4x100m relay Shin splint<br />
1<br />
2.86<br />
Chronic ankle sprain<br />
6 17.14
SPORT AS AN INSTITUTION FOR GENDER STEREOTYPE<br />
CHALLENGE AND WOMEN EMPOWERMENT: A REFLECTION<br />
ON NIGERIAN ELITE SPORTSWOMEN AT THE OLYMPICS<br />
ABSTRACT<br />
Dr. Ifeanyichukwu C. Elendu and Dr. Tammy T. Orunaboka<br />
This paper is a documental research based on literary review on the role <strong>of</strong> sport in<br />
challenging gender stereotype and serving as an institution for women<br />
empowerment in Nigeria. Women are always looking for how to address certain<br />
social issues and problems that affect them. Women empowerment is a social issue<br />
which women all over the world are clamoring for. Women have initiated and are<br />
still initiating movements geared towards ensuring that they have control over their<br />
socio-economic and political lives. Women have adopted several strategies including<br />
education to ensure that they achieve their goals. One <strong>of</strong> the strategies that could be<br />
used for women empowerment is sports. Sport is an empowerment avenue for all.<br />
Sport has also challenged gender stereotype that women are weak and inferior in<br />
social organizations. Among the areas that reflect one's empowerment are physical,<br />
economic, and social lives <strong>of</strong> the individuals. Sport empowers its participants<br />
including women physically by enhancing their strength, endurance, flexibility,<br />
power, agility; economically through salaries, match allowances as <strong>of</strong>ficiating<br />
<strong>of</strong>ficials and match commissioners, endorsement fees, and socially through<br />
interpersonal relationships, self-efficacy, friendship, among others. Among the<br />
challenges facing women empowerment through sports in Nigeria that were<br />
discussed include sexual harassment <strong>of</strong> women in sports; poor media coverage <strong>of</strong><br />
women in sports; inadequate, substandard, and poor condition <strong>of</strong> sports facilities<br />
and equipment for women; poor funding <strong>of</strong> women's sports; inadequate motivation<br />
<strong>of</strong> women in sports; societal negative attitude towards women participation in<br />
sports, among others. Recommendations were made to improve the sports<br />
atmosphere for women, which will ensure women's maximization <strong>of</strong> the<br />
opportunity <strong>of</strong> being empowered through sports.<br />
Keywords: Women empowerment, Sports, Gender stereotype.<br />
INTRODUCTION<br />
This paper is a documental<br />
research based on literary review <strong>of</strong><br />
the role <strong>of</strong> sport in challenging gender<br />
stereotype and serving as an<br />
institution for women empowerment<br />
in Nigeria. The subdivisions <strong>of</strong> the<br />
paper are introduction, meaning <strong>of</strong><br />
gender, stereotype and gender<br />
stereotype, gender stereotype and<br />
57<br />
sport, meaning <strong>of</strong> empowerment and<br />
women empowerment, levels <strong>of</strong><br />
empowerment, and Nigerian elite<br />
sportswomen at the Olympics. The<br />
paper is equally subdivided into the<br />
role <strong>of</strong> sport in physical, social and<br />
economic empowerment <strong>of</strong> women,<br />
and problems confronting women<br />
empowerment through sports in<br />
Nigeria (poor media coverage <strong>of</strong>
The Shield (<strong>ISSN</strong>-<strong>1991</strong>-<strong>8410</strong>) Vol. <strong>06</strong>, <strong>2011</strong><br />
women in sports; sexual harassment<br />
<strong>of</strong> women in sports; inadequate social<br />
support for women sports; gender<br />
inequity and inequality in sports<br />
leadership positions; inadequate,<br />
substandard, and poor condition <strong>of</strong><br />
sports facilities and equipment for<br />
women; poor funding <strong>of</strong> women's<br />
sports; inadequate motivation <strong>of</strong><br />
women in sports, and societal<br />
negative attitude towards women<br />
participation in sports).<br />
In a patriarchal society, gender<br />
dominance, discrimination and inequity<br />
are encouraged. Patriarchy<br />
relations manifest in heterosexual<br />
women’s economic dependence on<br />
men (Hartman, 1997). The worldwide<br />
women's movement over the past<br />
thirty years has emphasized that<br />
females be treated as human beings<br />
when they have opportunities to<br />
develop their intellectual and physical<br />
abilities (Fasting, 1996). Women's<br />
struggle for empowerment could be<br />
seen in their series <strong>of</strong> conferences, for<br />
instance, the fourth world women<br />
conference held in Beijing China, from<br />
4 - 15 September, 1995.<br />
Sports scholars like Nelson (1994),<br />
Kane (1998); Pohl, Borrie, and<br />
Patterson (2000) rightly observed that<br />
one issue concerning women and<br />
sport has been sports ability to<br />
deconstruct traditional gender<br />
stereotyping, norms, and behaviours<br />
through the empowerment <strong>of</strong><br />
women. As Birrell and Richter (1987);<br />
58<br />
Hargreaves (1999), argued that sport<br />
is an oppressive activity instead <strong>of</strong> an<br />
empowering activity for individuals<br />
in the minority group (such as<br />
women), many sports scholars<br />
(Blinde, Taub, & Han, 1993; Blinde,<br />
Taub, & Han, 1994; Pohl, Borrie &<br />
Patterson, 2000) maintained that<br />
women personally can make sport or<br />
other physical activities a very<br />
empowering experience.<br />
Empowerment, according to<br />
Czuba and Nanette (1999) is a multidimensional<br />
social process that helps<br />
people gain control over their lives.<br />
Sport sociologists have affirmed sport<br />
as a tool for empowerment. Realizing<br />
the empowerment potentials <strong>of</strong> sport,<br />
Fasting (1996) noted that some<br />
women <strong>of</strong> all ages pursue their<br />
interest in sports. Sports, in sport<br />
sociology perspective, according to<br />
Coakley (1998), are institutionalized<br />
competitive activities that involve<br />
vigorous physical exertion or the use<br />
<strong>of</strong> relatively complex physical skills<br />
by individuals whose participations<br />
are motivated by combination <strong>of</strong><br />
physical enjoyment and external<br />
rewards. Women always anchor on<br />
the outstanding performances <strong>of</strong><br />
sportswomen at international<br />
competitions to contest and argue<br />
gender stereotype in the traditional<br />
society. Commenting on women<br />
sports performance, Dada (2005)<br />
stated that Nigerian women athletes<br />
have won more medals than their<br />
male counterparts. Women medal
pr<strong>of</strong>ile at international sports competitions<br />
such as Olympics which<br />
challenges the gender stereotype<br />
where women are seen to be weak,<br />
independent, emotional, and noncompetitive.<br />
The feminist scholars advocate for<br />
empowerment in the personal<br />
qualities gained by women to aid in<br />
betterment <strong>of</strong> their lives at individual,<br />
group, and societal level. Personal or<br />
individual empowerment is a<br />
prerequisite for group and societal<br />
empowerment. Pensgaard and Sorensen<br />
(2002) noted that empowerment<br />
in sport has mostly been studied at the<br />
individual level. This could be because<br />
empowerment at individual level is<br />
foundation for empowerment at other<br />
levels. Even at the sports sector,<br />
individual sportsmen and women are<br />
empowered before the group and<br />
societal empowerment. Empowerment<br />
easily reflects on physical,<br />
economic, and social lives <strong>of</strong><br />
individuals including women. Gibson<br />
(<strong>1991</strong>) noted that the development <strong>of</strong><br />
qualities such as positive self-esteem,<br />
perceived competence, self-efficacy, an<br />
internal locus <strong>of</strong> control, personal<br />
satisfaction, a sense <strong>of</strong> connectedness,<br />
and an improved quality <strong>of</strong> life<br />
facilitate empowerment at the<br />
personal level. This paper therefore<br />
express how sports had challenged<br />
gender stereotype and discussed the<br />
role sports can play in physical,<br />
economic, and social empowerment <strong>of</strong><br />
women in Nigeria.<br />
59<br />
Sport as an Institution for Gender Stereotype<br />
Meaning <strong>of</strong> Gender, Stereotype and<br />
Gender Stereotype<br />
According to Igbuzor (20<strong>06</strong>),<br />
gender is the socially and culturally<br />
constructed roles for men and<br />
women. Stereotype refers to a fixed<br />
idea or image that many people<br />
have <strong>of</strong> a particular type <strong>of</strong> person<br />
or thing, but which is <strong>of</strong>ten not true<br />
in reality (Hornby, 2005). Hence,<br />
gender stereotype is a fixed idea or<br />
image that people have about men<br />
or women which is not <strong>of</strong>ten true. It<br />
is the socio-cultural expectations<br />
from men and women in a given<br />
society. Highlighting the stereotypical<br />
expectations <strong>of</strong> men and<br />
women, Fiebert and Meyer (1997)<br />
stated that women are expected to<br />
be gentle, sensitive, emotional, and<br />
talkative; while men are to be<br />
competitive, independent, unemotional,<br />
and objective.<br />
The Nigerian society is not an<br />
exception in gender stereotyping. In<br />
the society, women are seen to be<br />
weak, incompetent, unskilled,<br />
unintelligent, too emotional, not<br />
objective for public social positions<br />
but only good at domestic activities<br />
in the family and home. Due to<br />
gender stereotyping, according to<br />
Tavris (1994) women have been<br />
known to feel inadequate, worthless,<br />
trapped, and overall have low<br />
self-esteems. This situation necessitated<br />
Nigerian women and their<br />
colleagues worldwide to strive
The Shield (<strong>ISSN</strong>-<strong>1991</strong>-<strong>8410</strong>) Vol. <strong>06</strong>, <strong>2011</strong><br />
towards violating and disproving<br />
the societal norms. Nigerian<br />
women's popular saying that "what<br />
a man can do, woman can do it<br />
better" is geared towards showing<br />
that they are not weak and inferior<br />
even in the area <strong>of</strong> sports.<br />
Gender Stereotype and Sport<br />
In the sport context, societal<br />
norms are challenged and violated for<br />
women to be successful and<br />
empowered. Sport is an empowering<br />
institution for athletes irrespective <strong>of</strong><br />
gender. Sport is a ground that has<br />
been used to disagree with the<br />
societal stereotyping norms as many<br />
women have gone outside the limits<br />
<strong>of</strong> the norms. Many women have<br />
proved to be objective, competitive,<br />
and independent at national and<br />
international sports competitions<br />
such as National sports festivals and<br />
Olympics. For an athlete (male or<br />
female) to be successful or<br />
empowered, certain traits, characteristics,<br />
and behaviours must be<br />
present. This is in line with Tuffey's<br />
(1995) statement that the characteristics<br />
<strong>of</strong> a successful athlete reflect<br />
the necessary characteristics <strong>of</strong><br />
successful athlete, regardless <strong>of</strong> sex or<br />
gender. This is not far from Anshel<br />
(1994), and Cote and Salmela (1996)<br />
idea that to be a successful female<br />
athlete, it is necessary to possess the<br />
same traits, characteristics, and<br />
behaviours as male athlete. According<br />
to them, successful female athlete needs<br />
60<br />
to be aggressive, competitive, and<br />
confident, and so forth to be successful.<br />
There is a link between successfulness<br />
and empowerment.<br />
Sport experts (Blinde, Taub, &<br />
Han, 1993; Nelson, 1994) noted that<br />
stereotypes <strong>of</strong> women as less<br />
capable, less physically skilled,<br />
weak, helpless, and lack decision<br />
making skills that are necessary for<br />
organized physical activity lead<br />
many women to ignore sport or to<br />
believe that they were not<br />
physically able to participate. In<br />
sport, women were able to display,<br />
what at the time were considered<br />
inappropriate gender behaviours<br />
such as aggression, competitiveness,<br />
and independence. Women were<br />
allowed to sweat, get dirty, get hurt,<br />
be muscular and physically fit while<br />
participating in sport. Sport served<br />
as a place where women could<br />
transgress from the strict and rigid<br />
gender norms (Blinde, Taub & Han,<br />
1993; Kane 1998).<br />
Meaning <strong>of</strong> Empowerment and<br />
Women Empowerment<br />
The definitions <strong>of</strong> empowerment<br />
by scholars are different but related.<br />
Rappaport (1987) viewed empowerment<br />
as a process by which people<br />
gained mastery over their lives.<br />
Blinde, Taub and Han (1993)<br />
defined empowerment as the<br />
process by which individuals in a<br />
disadvantaged social group develop
skills and abilities to gain control<br />
over their lives and to take action to<br />
improve their life situation.<br />
Wallerstein and Bernstein (1988),<br />
and Gutierrez (1990) noted when an<br />
individual becomes empowered, he<br />
or she becomes proactive and takes<br />
personal responsibility in improving<br />
his or her life situation and<br />
wellbeing. In the context <strong>of</strong> this<br />
paper, empowerment is the social<br />
process <strong>of</strong> enabling women to<br />
discover, develop, and strengthen<br />
their skills and resources which are<br />
geared towards gaining power and<br />
control over their lives through<br />
sports. This paper also discusses<br />
women empowerment as the process<br />
<strong>of</strong> making women self-reliant,<br />
independent, confident, strongminded<br />
and have total control over<br />
their lives through sports.<br />
Levels <strong>of</strong> Empowerment<br />
Empowerment is a multi-level<br />
construct. According to Rappaport<br />
(1987), and Zimmerman and Rappaport<br />
(1988), empowerment occurs at<br />
individual or psychological, group, and<br />
community levels. Zimmerman and<br />
Rappaport, (1988) viewed psychological<br />
empowerment as the connection<br />
between a sense <strong>of</strong> personal<br />
competence, a desire for, and a<br />
willingness to take action, in the public<br />
domain. Individual empower-ment,<br />
according to Zimmerman (1995),<br />
comprises intrapersonal, interactional,<br />
and behavioural components. The<br />
61<br />
Sport as an Institution for Gender Stereotype<br />
intrapersonal empowerment is how<br />
one sees himself or herself which<br />
manifests in a perceived control and<br />
self-efficacy, motivation to control,<br />
mastery, personality, cognitive, and<br />
motivational aspects <strong>of</strong> perceived<br />
control. The interactional empowerment<br />
provides a bridge between<br />
perceived control and taking action to<br />
exert control, encompassing how<br />
people think about and relate to their<br />
social environment. The behavioural<br />
component <strong>of</strong> individual empowerment<br />
refers to actions taken to directly<br />
influence outcomes in one's environment.<br />
Group empowerment refers<br />
to a group's perception <strong>of</strong> influence<br />
and control within a larger<br />
community (Wallerstein, 1992). This<br />
is a situation where the group may<br />
control the actions <strong>of</strong> members <strong>of</strong><br />
the group. Bandura (1997) affirmed<br />
that a strong belief in a group's selfefficacy<br />
may override a weaker<br />
personal self-efficacy. Empowerment<br />
at the community level is<br />
connected with empowerment at<br />
the individual and organizational<br />
level (Wallerstein, 1992). Community<br />
empowerment (Bandura,<br />
1997) assumes that people strive for<br />
and desire political influence. Sherill<br />
(1998) explained that community<br />
empowerment represents a global<br />
structure, which focuses on the<br />
advancement <strong>of</strong> a certain group into<br />
positions <strong>of</strong> societal or political<br />
power in society.
The Shield (<strong>ISSN</strong>-<strong>1991</strong>-<strong>8410</strong>) Vol. <strong>06</strong>, <strong>2011</strong><br />
Nigerian Elite Sportswomen at the<br />
Olympics<br />
History has it on records that<br />
Nigeria first participated in the<br />
Olympic Games in 1952 at Helsinki<br />
from July 19 - August 3. Women have<br />
been participating in Olympics and<br />
Nigerian women are not left out in<br />
Olympic history. For instance, the relay<br />
team <strong>of</strong> Beatrice Utondu, Christy<br />
Opara-Thompson, Mary Onyali, and<br />
Faith Idehen at 1992 Barcelona Game<br />
won bronze in 4 x 100 metres relay. In<br />
the 1996 Atlanta Games, Chioma<br />
Ajunwa won gold medal in long lump,<br />
and Olabisi Afolabi, Fatima Yusuf,<br />
Charity Opara, Falilat Ogunkoya won<br />
silver medal in 4 x 400 metres relay. In<br />
the same 1996 Atlanta, Mary Onyali<br />
won bronze medal in 200 metres, with<br />
Falilat Ogunkoya also winning bronze<br />
medal in 400 metres (Wikipedia<br />
Foundation, 2009).<br />
At Sydney in Australia 2000<br />
(Sept. 15th to Oct. 1st) Olympic<br />
Games, Ruth Ogbeifo won silver in<br />
weightlifting. In the same 2000<br />
Sydney Games, Glory Alozie made<br />
a record in 100 metres women<br />
hurdles by winning silver medal. In<br />
the records <strong>of</strong> 2008 Beijing Olympic<br />
Games, Blessing Okagbare had<br />
bronze medal to show for her<br />
participation in long jump, with<br />
Franca Idoko, Gloria Kemasuode,<br />
Halimat Ismalia, and Oludamola<br />
Osayomi who won bronze in 4 x 100<br />
metres relay. Olympics Games are<br />
highly competitive and for Nigerian<br />
62<br />
elite sportswomen to compete and won<br />
medals is a challenge to the societal<br />
assumption <strong>of</strong> women as weak, noncompetitive,<br />
and emotional.<br />
The Role <strong>of</strong> Sport in Physical<br />
Empowerment <strong>of</strong> Women<br />
Women who were traditionally<br />
perceived to be less capable, less<br />
physically skilled, helpless and<br />
weak (Nelson, 1994) are empowered<br />
through physical qualities, which<br />
are required for self control in one's<br />
daily living. Such physical values<br />
and attributes which sports could<br />
contribute to women sport participants<br />
include improved muscular<br />
strength, cardio-vascular endurance,<br />
cardiorespiratory endurance, agility,<br />
flexibility, power, improved reaction<br />
time, speed among others.<br />
Sport empowers women by developing<br />
their strength to run, walk,<br />
jump, to cater for their daily needs,<br />
and escape from dangers in the<br />
hostile environment.<br />
Researchers have reported that<br />
active sportswomen possess improved<br />
physical attributes (strength,<br />
endurance, flexibility, agility, speed,<br />
etc.) than inactive sportsmen. It is<br />
no doubt that for female athletes<br />
like Chioma Ajunwa, Blessing<br />
Okagbare, Glory Alozie, Mary<br />
Onyali, among others to make<br />
historic marks in Olympics, they<br />
must have been empowered with<br />
physical fitness attributes through<br />
sports.
The Role <strong>of</strong> Sport in Social Empowerment<br />
<strong>of</strong> Women<br />
Blinde, Taub, and Han (1994),<br />
Nelson (1994); Pohl, Borrie and<br />
Patterson (2000) noted that sport can<br />
serve as a social networking arena<br />
that allows women to come in<br />
contact with other women.<br />
Women's feeling <strong>of</strong> low self-esteem<br />
and inferiority in the past seems to<br />
have changed. Today, Nigerian<br />
women thrive and win medals in<br />
sport which demands competitiveness<br />
and aggressiveness. The self<br />
identity <strong>of</strong> female athletes has been<br />
improved in modern sports world.<br />
Sport has exposed women to<br />
establishing social relationship with<br />
other athletes, sport associations,<br />
sport <strong>of</strong>ficials, fans, spectators, sport<br />
managers and administrators.<br />
Theberge (1987) opined that<br />
traditionally, contact with other<br />
women has been limited, for most <strong>of</strong><br />
the women's work has revolved<br />
around the family and home. The<br />
author further emphasized that both<br />
team and individual sports have<br />
provided women with the opportunity<br />
to come together and work<br />
together towards common goals.<br />
This simply means that sport has<br />
served as an extension <strong>of</strong> women<br />
social environment which was<br />
traditionally taken to be limited to<br />
the family and home. Sport mobility<br />
has made female athletes to tour<br />
many countries <strong>of</strong> the world to<br />
63<br />
Sport as an Institution for Gender Stereotype<br />
interact with other social<br />
environments outside their homes.<br />
For instance, Nigerian elite female<br />
athletes have socialized themselves<br />
in Barcelona, Atlanta, Sydney, and<br />
Beijing due to Olympic Games.<br />
Sport expands one's social environment.<br />
With sports, women who are<br />
in the past felt trapped, now feel<br />
free in their social relationships.<br />
With the view <strong>of</strong> athletes being<br />
agents <strong>of</strong> socialization, the social<br />
value <strong>of</strong> sportswomen increases.<br />
Many people, and corporate bodies<br />
or organizations establish friendship<br />
with sportswomen. Government<br />
also partner with sportsmen and<br />
sportswomen in inculcating right<br />
values to its citizen. They are now<br />
seen as agents <strong>of</strong> social change in<br />
the society. Elite sportswomen have<br />
had the opportunity <strong>of</strong> meeting<br />
with the presidents <strong>of</strong> nations <strong>of</strong> the<br />
world (Tavris, 1992).<br />
The Role <strong>of</strong> Sport in Economic<br />
Empowerment <strong>of</strong> Women<br />
Unless women's economic security<br />
is strengthened, it will be difficult to<br />
eliminate poverty, and achieve gender<br />
equality or realize genuine progress on<br />
the United Nation's Goals (Negash,<br />
20<strong>06</strong>). According to Negash (20<strong>06</strong>),<br />
increased income controlled by<br />
women gives them self-confidence,<br />
which helps them to obtain a voice<br />
and vote in household decisions,<br />
economic decisions, fertility decisions,<br />
and land use and conservation
The Shield (<strong>ISSN</strong>-<strong>1991</strong>-<strong>8410</strong>) Vol. <strong>06</strong>, <strong>2011</strong><br />
decisions. Elite athletes including<br />
female athletes are sometimes<br />
rewarded with millions <strong>of</strong> dollars or<br />
pounds. They are paid endorsement<br />
fee for associating their names or<br />
performance with some products.<br />
Some manufacturers associate themselves<br />
with athletes to market and<br />
promote their products. For instance,<br />
sports wears, t-shirts are designed<br />
using an elite athlete's identity,<br />
thereby attracting endorsement fees<br />
for the athlete. Sport has contributed<br />
to economic empowerment <strong>of</strong> athletes<br />
and female athletes are not exempted.<br />
Women economic dependency<br />
on men may be ameliorated through<br />
sports. Athletes including female<br />
athletes are among the highest<br />
income earners in the world, thus<br />
portraying economic empowerment<br />
ability <strong>of</strong> sport. Sport as an<br />
international career has made it<br />
possible for elite female athletes to<br />
be paid with foreign currencies.<br />
Sportswomen receive financial<br />
allowances for competitions either<br />
from their nation, club side, team or<br />
association. Apart from getting<br />
economic and financial entitlement<br />
as a female athlete, other women<br />
assume positions in sports<br />
industries which economically empowered<br />
them. Sport positions like<br />
coaches, sport referees, sport<br />
organizing secretaries, sport marketers,<br />
sport analysts, sport <strong>of</strong>ficials,<br />
sport journalist (sport reporters,<br />
sport announcers or commentators),<br />
64<br />
workers in sport facilities, equipment<br />
and supplies manufacturing<br />
industries, are opportunities that<br />
have economically empowered individuals<br />
including women.<br />
Problems Confronting Women Empowerment<br />
through Sports in<br />
Nigeria<br />
A lot <strong>of</strong> problems confront<br />
women in sports and tend to<br />
discourage them from sharing with<br />
the empowering experience and<br />
potential <strong>of</strong> sports. The problems<br />
include:<br />
Poor media coverage <strong>of</strong> women in sports<br />
Media coverage <strong>of</strong> good performance<br />
<strong>of</strong> athletes is a way <strong>of</strong><br />
motivating and marketing the<br />
athletes to the sports world.<br />
Athletes including female athletes<br />
feel more delighted to continue<br />
participating in sports. Sports information<br />
is made available to the<br />
public through print and electronic<br />
means <strong>of</strong> the media. There has been<br />
a difference in the way media<br />
personnel, and sports commentators<br />
report or speak about female<br />
athletes which are different from the<br />
way they report male athletes. The<br />
commentators attribute male<br />
athletes' outstanding performances<br />
as a mark <strong>of</strong> their athletic skills,<br />
overall dedication and remarkable<br />
amount <strong>of</strong> courage and that <strong>of</strong> the<br />
female athletes' performances to<br />
luck or the guidance <strong>of</strong> a strong<br />
male influence (Eastman & Billings,
1999; Eastman & Billings, 2000).<br />
Wensing and Bruce (2003) reported<br />
that there is less coverage <strong>of</strong><br />
women's sports than their male<br />
counterparts. Male athletes are more<br />
glorified by media than the female<br />
athletes. In most cases, male athletes<br />
are praised and female athletes<br />
criticized. Women's sports are not<br />
given due coverage by the Nigerian<br />
media. A review <strong>of</strong> Nigerian<br />
national newspapers and magazines<br />
shows biasness and poor coverage<br />
<strong>of</strong> women sports, and this does not<br />
encourage women to continue their<br />
participation in sports.<br />
Sexual harassment <strong>of</strong> women in sports<br />
Sexual harassment is a violation<br />
<strong>of</strong> human rights. Sexual harassment<br />
is a social problem that thrives in<br />
every human organization<br />
including sports. Women are mostly<br />
the victims <strong>of</strong> sexual harassment<br />
which is <strong>of</strong>ten perpetrated by men.<br />
Supporting this, Elendu (2009)<br />
reported that southern Nigerian<br />
universities female athletes mostly<br />
experience sexual harassment, and<br />
is mostly perpetrated on them by<br />
male athletes, sports administrators,<br />
and spectators. This ugly experience<br />
<strong>of</strong> sexual harassment by women in<br />
the course <strong>of</strong> their participation in<br />
sport has made some <strong>of</strong> them to<br />
cease from participation. Sexual<br />
harassment <strong>of</strong> sportswomen has<br />
forced many women back to their<br />
homes, and never to engage in<br />
sports outside their homes.<br />
65<br />
Sport as an Institution for Gender Stereotype<br />
Inadequate social support (parents,<br />
siblings, friends, peers, role models)<br />
for women sports<br />
Sportswomen expect support<br />
from their social environment. These<br />
sportswomen expect some encouragements<br />
and cheering from their<br />
parents, siblings, friends, peers. Some<br />
parents and other social groups with<br />
their negative attitude towards<br />
women participation in sports do not<br />
give these sportswomen their<br />
consent. This discourages sportswomen,<br />
as those who are already<br />
involved in sports may be left with no<br />
option other than to pull out, and<br />
those yet to participate cease to think<br />
about it.<br />
Gender inequity and inequality in<br />
sports leadership positions<br />
Sports leadership positions are<br />
dominated by men with very few<br />
women. Sports policies and decisions<br />
are taken by these leaders.<br />
More women are likely to be<br />
involved in sports when they see for<br />
instance retired elite sportswomen<br />
who serve as their role model in<br />
sports leadership position. The<br />
sports leadership positions are<br />
dominated by men.<br />
Inadequate, substandard, and poor<br />
condition <strong>of</strong> sports facilities and<br />
equipment for women<br />
Athletes need not just sports<br />
facilities and equipment, but adequate<br />
and standard ones that are in
The Shield (<strong>ISSN</strong>-<strong>1991</strong>-<strong>8410</strong>) Vol. <strong>06</strong>, <strong>2011</strong><br />
good condition. Most <strong>of</strong> the available<br />
sports facilities and equipment are<br />
substandard, and in poor condition.<br />
Training with these facilities and<br />
equipment exposes athletes to a lot <strong>of</strong><br />
injuries. Injuries as a result <strong>of</strong> poor<br />
condition <strong>of</strong> facilities and equipment<br />
scare some women from sports. On<br />
the other hand, men show their<br />
dominating power by driving women<br />
away from sports facilities when they<br />
(men) want to train. This embarrassment<br />
makes some women to retire<br />
from sports.<br />
Poor funding <strong>of</strong> women's sports<br />
Sports require huge amount <strong>of</strong><br />
money for the payment <strong>of</strong> athletes',<br />
coaches' and <strong>of</strong>ficials' allowances,<br />
procurement <strong>of</strong> sports equipment,<br />
construction and maintenance <strong>of</strong> sports<br />
facilities. In Nigeria, women's sports do<br />
not attract financial support like their<br />
male counterparts both at national and<br />
international competitions.<br />
Inadequate motivation <strong>of</strong> women<br />
in sports<br />
Sportswomen are not properly<br />
motivated, as could lead to their<br />
drop-out in sports. This has earlier<br />
been expressed by Nikos, Anne-<br />
Marte, Chris, and Katie (2004) that<br />
lack <strong>of</strong> motivation in sports or<br />
exercise context will make<br />
individuals not to take part in<br />
sports. Motivation is needed for<br />
individual to participate or continue<br />
to participate in sports.<br />
66<br />
Societal negative attitude towards<br />
women participation in sports<br />
Though the societal negative<br />
attitude towards women participation<br />
in sports in Nigeria is<br />
gradually changing, but women's<br />
sports have not been given<br />
proper attention. Sports are still<br />
seen as a masculine activity. Most<br />
Nigerians still perceive sport as<br />
an activity that makes women<br />
muscular, affects a woman's<br />
menstruation, and other physiological<br />
changes that endangers<br />
the reproductiveness <strong>of</strong> women.<br />
The society expects women to<br />
concen-trate on child rearing, and<br />
other domestic activities than to<br />
be involved in sports. This does<br />
not encourage women who have<br />
interest in sports to participate.<br />
Conclusions and Recommendations<br />
Sport has challenged the<br />
gender stereotypical assumptions<br />
and expectations <strong>of</strong> the public.<br />
Women should consider using<br />
sport as one <strong>of</strong> their empowerment<br />
strategies as it has been<br />
affirmed to be an empowering<br />
experience. In order to sustain the<br />
empowering opportunities in<br />
sports for women and to encourage<br />
more women to participate,<br />
the following recom-mendations<br />
are made based on problems<br />
discussed on this paper facing<br />
women's sport in Nigeria.
1. There should be zero tolerance<br />
<strong>of</strong> sexual harassment <strong>of</strong> women<br />
in sports settings. Sexual<br />
harassment prevention policies<br />
should be made and implemented<br />
throughout the country.<br />
2. Adequate and standard sports<br />
facilities and equipment should<br />
be provided for women to use.<br />
3. There should be gender balance in<br />
appointment <strong>of</strong> leadership positions<br />
in sports. More women<br />
should be absorbed into the sports<br />
positions in Nigeria. They should<br />
be appointed as minister <strong>of</strong> youth<br />
and sports, commissioners <strong>of</strong> youth<br />
and sports, sports <strong>of</strong>ficials, match<br />
commissioners, sports analysts,<br />
sports reporters / commentators,<br />
referees, sports administrators,<br />
organizers, sport association secretaries,<br />
among others.<br />
4. There should adequate enlightennment<br />
programmes (campaign)<br />
for adequate social support <strong>of</strong><br />
women in sports especially from the<br />
homes, <strong>of</strong>fices, schools, peer groups,<br />
three tiers <strong>of</strong> government, private<br />
sectors, and individuals.<br />
5. The society should change their<br />
negative attitude towards women<br />
participation in sports.<br />
6. Sports programmes should<br />
always be organized for women<br />
at the grassroots levels.<br />
7. The mass media should always<br />
give wide coverage <strong>of</strong> women<br />
participation in sports. The mass<br />
media should not be bias while<br />
67<br />
Sport as an Institution for Gender Stereotype<br />
covering sports irrespective <strong>of</strong><br />
the gender.<br />
8. Proper and adequate motivation<br />
should be provided for women<br />
who participate in sports, such<br />
as cash rewards, scholarship, job<br />
<strong>of</strong>fer, and recognition should be<br />
given to sportswomen.<br />
9. Sports enthusiasts should form nongovernmental<br />
sports organizations,<br />
and sports clubs for women.<br />
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CURRICULUM QUALITY AND ACADEMIC REPUTATION OF<br />
PHYSICAL EDUCATION COLLEGES IN HEALTH – FITNESS<br />
JOB MARKETING IN JORDAN<br />
Dr. Ahmed M. Al-Shishani, Dr. Akef M. Taifour and Dr. Aman S. Khasawneh<br />
ABSTRACT<br />
The aim <strong>of</strong> this study was to investigate the effect <strong>of</strong> quality P.E<br />
curriculum that meets the standards <strong>of</strong> (ACSM) personal trainer<br />
certificate on the academic reputation <strong>of</strong> P.E graduates in Jordan in<br />
the health fitness job market as reflected by the owners and managers<br />
<strong>of</strong> 14 first class health fitness clubs in Jordan including fitness clubs<br />
in 5 star hotels which served as sample <strong>of</strong> the study. The samples<br />
were requested to answer a questionnaire that requested to rate the<br />
best P.E graduates qualified to work in the health fitness business.<br />
The results indicated that the Hashemite <strong>University</strong> is regarded as<br />
the best source <strong>of</strong> P.E graduates qualified to work in the fitness club<br />
industry compared to the rest <strong>of</strong> Jordan colleges as rated by 72<br />
percentages with a 66 percentage <strong>of</strong> employees in the 14 fitness club<br />
which served as sample <strong>of</strong> the health fitness job market. The<br />
Hashemite <strong>University</strong> is the only university in Jordan who adopted<br />
the content <strong>of</strong> (ACSM) personal trainer certificate study package<br />
which proves that the academic knowledge and skills <strong>of</strong> P.E<br />
graduates than other factors contributing to academic reputation<br />
such as history, size, and research activity.<br />
Key Words: ACSM: American College <strong>of</strong> Sports Medicine, PTC: Personal Trainer Certification in Sport Medicine,<br />
AHA: American Heart Association, KSA’S: Knowledge Skills and Abilities, ARC: American Red Cross,<br />
P E: Physical Education<br />
INTRODUCTION<br />
Academic reputation is a<br />
product <strong>of</strong> a number <strong>of</strong> interacting<br />
attributes <strong>of</strong> academic higher<br />
education institutions such as<br />
history, size, admission and graduation<br />
standards and research activity<br />
<strong>of</strong> faculty members. However, job<br />
market evaluation <strong>of</strong> college<br />
graduates is more practical criteria<br />
in reflecting academic reputation <strong>of</strong><br />
higher education institutions. One<br />
<strong>of</strong> the emerging job markets in<br />
70<br />
Jordan and the Arab world is the<br />
business <strong>of</strong> the health fitness and<br />
weight management clubs and<br />
spa’s. In fact this job market is<br />
exclusively a physical education<br />
domain; after all, the motto <strong>of</strong> P.E<br />
colleges is within two philosophies,<br />
that is: (Ref 6,8)<br />
1. Educating the physical<br />
2. Educating through the physical<br />
However, health fitness job<br />
markets care less about the philosophy<br />
<strong>of</strong> teaching in colleges <strong>of</strong> physical
education that is: “either philosophy is<br />
accepted in the health fitness job<br />
market as long as the P.E major<br />
graduate is competent and capable in<br />
delivering the promised services to<br />
customers <strong>of</strong> health fitness job<br />
market”. (Ref 7)<br />
Yet, the traditional curriculum<br />
<strong>of</strong> colleges <strong>of</strong> physical education is<br />
heavily geared and organized<br />
towards teaching sport skills and<br />
stunts as a leisure or athletic<br />
activities in schools and athletic<br />
sport clubs more than teaching the<br />
academic knowledge and skills<br />
required in the health fitness and<br />
weight management clubs and<br />
centers. Thus, academic matching<br />
between job market criteria for<br />
competence in the health fitness<br />
industry and the curriculum taught<br />
to P.E majors will have a strong<br />
impact upon the academic<br />
reputation <strong>of</strong> PE graduates in the<br />
job market. (Ref 7,9)<br />
Competency standards in the health<br />
fitness job market<br />
Health fitness job market is a<br />
domain <strong>of</strong> sports medicine, thus, the<br />
ACSM is the highest academic<br />
authority in sports medicine and its<br />
position stand regarding competence<br />
criteria <strong>of</strong> health fitness clubs<br />
staff is the golden criteria to work<br />
(employment standards) in the<br />
health fitness job market (Ref 10).<br />
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In this regard, the ACSM <strong>of</strong>fer<br />
certifications in two sport medicine<br />
tracks as follows: (Ref 4)<br />
1. The ACSM health and fitness track.<br />
2. The ACSM clinical track.<br />
The health fitness track is geared<br />
to work with people classified as<br />
being apparently healthy which<br />
means in short that they have no<br />
risk factors associated with any<br />
particular major chronic disease<br />
such as cardiovascular diseases,<br />
diabetes and hypertension.<br />
In this track, the ACSM <strong>of</strong>fers<br />
three levels <strong>of</strong> certifications as<br />
follows arranged from the lowest<br />
level to highest level. (Ref 1,2,3,4)<br />
1. Personal trainer certificate (PTC).<br />
2. Health fitness instructor certificate.<br />
3. Health fitness director certificate.<br />
The PTC certificate is the 1997<br />
modified version <strong>of</strong> the exercise<br />
leader certificate <strong>of</strong> 1970’s. In the<br />
other hand, the ACSM clinical track<br />
is more involved in working with<br />
patients who already have major<br />
risk factors contributing to chronic<br />
diseases and /or actually suffered a<br />
heart attack or stroke and survived<br />
and need physical rehabilitation as<br />
part <strong>of</strong> the total medical rehabilitation<br />
program.<br />
In this regarded, the three levels<br />
<strong>of</strong> certificates in this track are as<br />
follows from the lowest to the<br />
highest level <strong>of</strong> certification.
Curriculum Quality and Academic Reputation<br />
1. ACSM exercise test technologist.<br />
2. ACSM exercise specialist.<br />
3. ACSM program director.<br />
The ACSM certification standards<br />
are promoted through ACSM'S<br />
publications and newsletters as the<br />
most rigorous in either track (Ref 5).<br />
Indeed, reputable Exercise physiologists<br />
consider the ACSM as the<br />
preeminent organization to <strong>of</strong>fer certification<br />
programs and workshops for<br />
health fitness pr<strong>of</strong>essionals (Ref 10).<br />
For the purpose <strong>of</strong> this study, a<br />
detailed description <strong>of</strong> ACSM personal<br />
trainer certificate will be provided.<br />
ACSM certified personal trainer<br />
certificate<br />
The ACSM certified personal<br />
trainer certificate is given to individuals<br />
who demonstrate competence in<br />
developing and implementing an<br />
individualized approach in exercise<br />
prescription for healthy populations<br />
and / or people with medical clearance<br />
to exercise.<br />
Using a variety <strong>of</strong> teaching<br />
techniques, the ACSM certified<br />
personal trainer is pr<strong>of</strong>icient in leading<br />
and demonstrating safe and effective<br />
methods <strong>of</strong> exercise by applying the<br />
fundamental principles <strong>of</strong> exercise<br />
science which demands academic<br />
knowledge relevant to writing and<br />
implementing appropriate exercise<br />
recommendations and demonstrate<br />
leadership in constructing safe and<br />
72<br />
effective exercise methods and<br />
motivation strategies to increase<br />
awareness and interest in perusing<br />
and adhering to Exercise programs<br />
and life style behavioral changes that<br />
increase the effectiveness <strong>of</strong> exercise<br />
for health purposes.<br />
Minimum requirements<br />
Minimum prerequisites for<br />
admission to the ACSM personal<br />
trainer certificate are as follows:<br />
1. A high school diploma or<br />
equivalent and<br />
2. Current adult CPR certification<br />
that has a practical skills<br />
examination component such as<br />
the American heart association<br />
(AHA) or the American Red<br />
Cross (ARC). Certificates.<br />
Recommended Competencies<br />
The ACSM standards <strong>of</strong><br />
competence as personal trainer<br />
includes the following (Ref 5,9)<br />
Demonstrate competence in<br />
KSA'S required <strong>of</strong> the ACSM<br />
personal trainer as listed in the ACSM<br />
guide lines for exercise testing and<br />
prescription (5 th edition -2001)<br />
� Adequate knowledge <strong>of</strong> and skill<br />
in risk factor and health status<br />
identification, fitness appraisal,<br />
and exercise prescription.<br />
� Demonstrate ability to incorporate<br />
suitable and innovative activities
that will improve clients work and<br />
exercise capacity.<br />
� Demonstrate the ability to effectively<br />
educate and / or communicate with<br />
individual's regarding life style<br />
behavioral modification.<br />
Relevant studies<br />
Health fitness job market is<br />
rather new in Jordan and the Arab<br />
world. In fact, the Hashemite<br />
<strong>University</strong> is the only university so<br />
far which introduced a special P.E<br />
curriculum that complies with the<br />
ACSM standards required to be<br />
eligible for personal trainer<br />
certificate <strong>of</strong> the ACSM (PTCsm).<br />
Thus, similar studies are lacking<br />
and the only study relevant to this<br />
study was a study that investigated the<br />
effect <strong>of</strong> curriculum promotion in P.E<br />
colleges upon employment history <strong>of</strong><br />
P.E major graduates in Jordan and the<br />
results <strong>of</strong> the study carried out by the<br />
same authors <strong>of</strong> this study indicated<br />
that quality P.E curriculum is decisive<br />
factor in increasing job opportunities <strong>of</strong><br />
gra-duates to 87% (rang84-93)<br />
compared to 10% (range 7-17.9) for<br />
graduates <strong>of</strong> traditional P.E curriculum<br />
as described in this study. (Ref 6)<br />
HYPOTHESIS OF THE STUDY<br />
The hypothesis <strong>of</strong> this study is as<br />
follows: matching between academic<br />
curriculum in physical education colleges<br />
with the knowledge and skills required<br />
in health fitness job market is an<br />
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independent and strongly instrumental<br />
in gaining academic reputation <strong>of</strong> higher<br />
education institutions in Jordan.<br />
SAMPLE AND PROCEDURES OF<br />
THE STUDY<br />
The sample <strong>of</strong> this study was 14<br />
private "first class" health fitness<br />
owners and managers in Amman<br />
the Capital <strong>of</strong> Jordan.<br />
The sample investigated represents<br />
the elite <strong>of</strong> health fitness and<br />
weight management centers in Jordan.<br />
STUDY DESIGN<br />
This study is a post facto study in<br />
which the independent variables <strong>of</strong><br />
the study (novel curriculum) are<br />
introduced to one sample and the<br />
academic reputation <strong>of</strong> this sample is<br />
compared to academic reputation <strong>of</strong><br />
similar groups who did not study the<br />
same curriculum (treatment). The<br />
novel curriculum was prepared<br />
according to ACSM’S competence<br />
criteria for personal trainer certificate.<br />
The curriculum was approved<br />
and implemented at the Hashemite<br />
<strong>University</strong> in the sport rehabilitation<br />
department <strong>of</strong> the college <strong>of</strong> physical<br />
education and movement sciences in<br />
the school year 1999-2000. Under the<br />
name <strong>of</strong> "sports rehabilitation" the<br />
curriculum, included courses covers<br />
basic athletic training concepts and<br />
applied skills in sports injuries<br />
prevention and treatment domain.<br />
Part <strong>of</strong> graduation requirements<br />
was to spend one full semester as<br />
internship in health fitness clubs and
Curriculum Quality and Academic Reputation<br />
this part <strong>of</strong> graduation requirements<br />
was the first awareness by health<br />
fitness owners and mangers with<br />
sports rehabili-tation specialization as a<br />
new area <strong>of</strong> study in physical education<br />
colleges in Jordan.<br />
ACADEMIC REPUTATION<br />
EVALUATION PROCEDURES<br />
In the academic year 2003-2004 the<br />
first graduate class completed graduation<br />
requirements and received a<br />
bachelor degree in sports rehabilitation.<br />
This study was undertaken in the<br />
academic year 2004-2005 after one year<br />
following graduation in which the job<br />
market <strong>of</strong> health fitness clubs received<br />
job applications from PE majors in the 4<br />
colleges <strong>of</strong> physical education including<br />
the sports rehabilitation graduates<br />
74<br />
Academic reputation <strong>of</strong> the PE<br />
major applicants in health fitness job<br />
market was investigated using a<br />
questionnaire method in which<br />
owners and mangers <strong>of</strong> 14 first class<br />
health fitness clubs in Amman were<br />
requested to evaluate the best<br />
source <strong>of</strong> PE graduates who<br />
demonstrate on-the-floor competence<br />
in delivering health fitness job<br />
market service among PE major<br />
graduates in Jordan.<br />
The questionnaire included data<br />
regarding the number and source <strong>of</strong><br />
current staff employed in their<br />
private commercial fitness clubs and<br />
centers. (Appendix B shows the<br />
questionnaire format)<br />
Table-1<br />
Ranking <strong>of</strong> Jordanian universities from the best to the poorest source <strong>of</strong><br />
graduates competent to work in the health fitness job market in Jordan<br />
from the stand point <strong>of</strong> the clubs managers<br />
No <strong>University</strong> name Number <strong>of</strong> votes Percentage<br />
1 Hashemite university 12 72%<br />
2 <strong>University</strong> <strong>of</strong> Jordan 2 28%<br />
3 Yarmouk university - -<br />
4 Mou”tah university - -<br />
Table (1) shows that the Hashemite university was ranked as the best<br />
source <strong>of</strong> P.E graduates competent in their on- the- job performance in health<br />
fitness job market with (72%) consensus (12 out <strong>of</strong> 14 )<strong>of</strong> health fitness clubs<br />
while the university <strong>of</strong> Jordan came second with the remaining (28%) consensus.
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Table-2<br />
Ranking <strong>of</strong> the best P.E specialization in Jordan universities that teach a<br />
curriculum compatible with knowledge and skills needed in the health<br />
fitness job market ordered from the best to the poorest curriculum<br />
No Name <strong>of</strong><br />
specialization<br />
<strong>University</strong> name Number<br />
<strong>of</strong> vots<br />
percentage<br />
1 Sport rehabilitation Hashemite university 12 72%<br />
2 Coaching and<br />
administration<br />
- - -<br />
3 P.E teacher <strong>University</strong> <strong>of</strong> Jordan 2 28%<br />
Table (2) shows that regarding the best P.E specialization that qualifies<br />
students to work in the health fitness job market, the sports rehabilitation<br />
department at the Hashemite university was voted as the best P.E specialization<br />
fit to work in the health fitness job market according to 12 out <strong>of</strong> 14 respondent<br />
which makes (72%) <strong>of</strong> the total sample <strong>of</strong> health fitness clubs owners and mangers<br />
who answered the questionnaire.<br />
Table-3<br />
Employ and Staff sources number in the (14) health fitness job market<br />
sample <strong>of</strong> the study<br />
No Academic source<br />
Staff number<br />
Males Females Total percentage<br />
1 Hashemite university 29 27 56 66%<br />
2 <strong>University</strong> <strong>of</strong> Jordan 12 11 23 23%<br />
3 Yarmouk university 4 1 5 5%<br />
4 Mu’tah university - 1 1 1%<br />
Total 45 30 85<br />
Table (3) describes the data regarding the number <strong>of</strong> currently employed staff in<br />
the (14) health and fitness clubs job market.
Curriculum Quality and Academic Reputation<br />
As the table indicates, the sport<br />
rehabilitation department graduates<br />
<strong>of</strong> the Hashemite university constitute<br />
(66%) percent <strong>of</strong> health fitness<br />
staff employed in the (14) sample <strong>of</strong><br />
fitness clubs investigated. 56 employees<br />
out <strong>of</strong> total <strong>of</strong> 85 are sports<br />
rehabilitation graduates (29 males<br />
and 27 females). The university <strong>of</strong><br />
Jordan came second with a total <strong>of</strong><br />
(23) employees (12 males and 11<br />
females) and Yarmouk university<br />
came in third place with (5)<br />
employees (4 males and 1 females)<br />
and finally came Mu’tah university<br />
with only one females employee.<br />
CONCLUSIONS<br />
The results <strong>of</strong> this study is in<br />
favor <strong>of</strong> accepting the major<br />
hypothesis on the basis <strong>of</strong> the data<br />
presented in tables 1,2,3 which clearly<br />
indicate superiority <strong>of</strong> sports<br />
rehabilitation graduates in the health<br />
fitness job market compared to<br />
graduates <strong>of</strong> traditional graduates <strong>of</strong><br />
P.E colleges in Jordan despite the fact<br />
that the Hashemite <strong>University</strong> is the<br />
newest university in Jordan and the<br />
smallest student enrollment wise.<br />
DISCUSSION<br />
The result <strong>of</strong> this study is in<br />
favor <strong>of</strong> the hypothesis that<br />
emphasize the importance <strong>of</strong> the<br />
curriculum in physical education<br />
colleges and department as a major<br />
attribute that confer academic<br />
reputation to the universities and<br />
colleges in the health fitness job<br />
76<br />
market aside from other aspects and<br />
attributes <strong>of</strong> academic reputation <strong>of</strong><br />
higher education institutions.<br />
The logical explanation for the<br />
results <strong>of</strong> this study is in the fact<br />
that private business is more<br />
concerned with academic knowledge,<br />
skills and abilities (KSA) <strong>of</strong><br />
their staff that will enhance the<br />
delivery <strong>of</strong> high – quality programs<br />
that satisfy its clients. After all,<br />
clients’ satisfaction is the essence <strong>of</strong><br />
business market including health<br />
fitness job market.<br />
One distinguished innovation in<br />
the staff employment in the College <strong>of</strong><br />
Physical Education at the Hashemite<br />
<strong>University</strong> is the recruitment <strong>of</strong> two<br />
graduates <strong>of</strong> medical colleges to teach<br />
the medical content <strong>of</strong> sports<br />
rehabilitation curriculum. One MD was<br />
a family physician with a master<br />
degree in medicine; the other MD was<br />
an orthopedic (master degree).<br />
Thus, the faculties in charge <strong>of</strong><br />
implementing the sport rehabilitation<br />
curriculum were a perfect blend <strong>of</strong><br />
exercise science experts, and medical<br />
experts. Consequently, the concept <strong>of</strong><br />
exercise–health connection was translated<br />
to reality faculty wise in sports<br />
rehabilitation department which in<br />
turn contributed to the results <strong>of</strong> this<br />
study. After all, the concept <strong>of</strong> exercise<br />
– health conne-ction is the academic<br />
background for the emergence <strong>of</strong><br />
health fitness job market in the united<br />
state and the rest <strong>of</strong> health conscious<br />
societies <strong>of</strong> the world. (Ref1,2,3,4)
RECOMMENDATION<br />
Based on the results <strong>of</strong> the study<br />
the following recommendations are<br />
suggested:<br />
1. Higher education institutions<br />
must keep abreast with changing<br />
job market demands regarding<br />
the KSA <strong>of</strong> graduates irrespective<br />
<strong>of</strong> academic specialization. KSA<br />
<strong>of</strong> graduates in their particular<br />
academic domain is what counts<br />
in the job market when it comes<br />
to academic reputation <strong>of</strong> higher<br />
education institutions as this<br />
study concluded.<br />
2. Colleges <strong>of</strong> physical education are<br />
invited to follow the model <strong>of</strong> the<br />
Hashemite <strong>University</strong> in developing<br />
a curriculum compatible<br />
with job market demands to<br />
increase employment opportunities<br />
<strong>of</strong> its graduates.<br />
3. Medical doctors should be<br />
encouraged to join teaching<br />
faculty in colleges <strong>of</strong> physical<br />
education to add medical<br />
knowledge relevant to exercise<br />
prescription and precautions in<br />
the health fitness job market to<br />
prevent any liability cases in this<br />
blooming job market.<br />
4. Feed back seminars with<br />
graduates, manager, and owners<br />
<strong>of</strong> the health clubs to modify the<br />
present curriculum in the<br />
Physical Education College and<br />
departments, is highly needed.<br />
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REFERENCES<br />
1. ACSM. (1994). Exercise Leader<br />
Workshop Study Packet.<br />
2. ACSM. (1995). Guide Lines for Exercise<br />
Testing and Prescription, 6th edition.<br />
3. ACSM. (1999). Health Fitness<br />
Instructor Study Packet.<br />
4. ACSM. (2000). Guide Lines for<br />
Exercise Testing and Prescription,<br />
5th edition.<br />
5. ACSM.(2001). Health and Fitness<br />
Certification Review.<br />
6. Adams. W. C. (<strong>1991</strong>). Foundation<br />
<strong>of</strong> Physical Education and Sport<br />
Science, Lea & Febiger, UK.<br />
7. Adel, A. Taifour. A, and Khasawenh.<br />
A. (2010). The Effect <strong>of</strong> Quality<br />
Physical Education Curriculum on<br />
Job Market Opportunities for<br />
Graduates: The Hashemite <strong>University</strong><br />
Model, Unpublished yet.<br />
8. Golding, L.A. (2000). From the<br />
Editor: Physical Education,<br />
Kinesiology, Exercise Science, What<br />
is in a Name? ACSM Health<br />
Fitness Journal. Vol.4, No. 4.p1.<br />
9. Bucher, C.A. (1983). Administration<br />
<strong>of</strong> Physical Education and Athletic<br />
Programs. (8th Edition), the C.V<br />
Mosby Company.<br />
10. McArdel, W. Katch. F, and Katch.V<br />
(2007) Exercise Physiology: Energy,<br />
Nutrition, and Human Performance.<br />
(6 th Edition) p 927. Lippincott<br />
Williams & Wilkins.<br />
11. Patton .R.W. (1999). Evaluation <strong>of</strong> the<br />
Health and Fitness Industry is Increasing:<br />
Here is a Good Assessment Tool, ACSM<br />
Health Fitness Journal, Jan- Fab. p. 40-41.
PHYSIOLOGICAL PROFILE OF TRAINED WEIGHTLIFTERS<br />
ABSTRACT<br />
Bhavana S. Masale and Vijay A. Sawant<br />
Weightlifting is one <strong>of</strong> the major sports in India. In the present<br />
study, men and women weightlifters <strong>of</strong> state and national level<br />
category (55 men and 35 women) have been studied considering<br />
anthropometric variables such as height, weight, skin fold along with<br />
other physiological parameters such as heart rate, blood pressure,<br />
cardiovascular efficiency, etc. The study revealed that stature <strong>of</strong><br />
athlete plays crucial role in the performance <strong>of</strong> the athlete. The<br />
changes in the values <strong>of</strong> various physiological variables have found to<br />
be significant<br />
Key words: Weightlifting; cardiovascular efficiency; aerobic strength and power; sport physiology.<br />
INTRODUCTION<br />
Weightlifting is a major sport in<br />
India. It is one <strong>of</strong> the oldest games.<br />
Physical strength plays a vital role<br />
in weightlifting. In fact, weight<br />
training is an integral part <strong>of</strong> many<br />
resistances training program <strong>of</strong><br />
athletes as well as non-athletes as a<br />
part <strong>of</strong> an exercise regimen. Many<br />
sport scientists, Malhotra et al<br />
(1084), Ghosh et al. (1983), Khanna<br />
et al. (1983) have carried out studies<br />
on body composition, static strength<br />
and cardiovascular efficiency in<br />
terms <strong>of</strong> aerobic capacity on Indian<br />
national sportsmen.<br />
Venkateshshwarulu et al (1990)<br />
have studied relationship <strong>of</strong> muscle<br />
mass and fat mass to strength on<br />
national and international<br />
weightlifters and wrestlers. Devi<br />
Sarojini (20<strong>06</strong>) has recently done a<br />
comparative study <strong>of</strong> variations in<br />
78<br />
physical structures <strong>of</strong> the Meitei<br />
women weightlifters and control<br />
group <strong>of</strong> non-athlete women. Byrd et<br />
al (2003) reported longitudinal data<br />
over approximately two years in<br />
children training and competing in<br />
weightlifting. Performance improved<br />
in these children, who participated in<br />
an average <strong>of</strong> eight competitions. Fry<br />
et al (2003) carried study on muscle<br />
fiber characteristics and performance<br />
correlates <strong>of</strong> male Olympic-style<br />
weightlifters. However, the data on<br />
body composition, efficiency <strong>of</strong><br />
physically trained weightlifters, who<br />
had participated into various local<br />
weightlifting competitions, is scanty.<br />
The importance <strong>of</strong> scientific<br />
theory in the design <strong>of</strong> training and<br />
coaching program was the motivetional<br />
force behind the present study.<br />
Attempts have been made to<br />
determine the level <strong>of</strong> physical fitness<br />
<strong>of</strong> trained weightlifters, who had
participated at least to the university<br />
level weightlifting com-petitions by<br />
performing simple tests.<br />
MATERIAL AND METHODS<br />
The samples <strong>of</strong> the present<br />
study consists <strong>of</strong> 53 male and 35<br />
female trained weightlifters, classified<br />
into two cate-gories, viz.<br />
national level and state level<br />
according to their involvement in<br />
sport events or competitions. The<br />
weightlifters under training from<br />
various training centers <strong>of</strong> western<br />
Maharashtra (India) volunteered<br />
themselves for the present study.<br />
Total <strong>of</strong> six (6) anthropometric<br />
measurements were collected from each<br />
individual following the norms <strong>of</strong><br />
Weiner and Lourie (1969). The<br />
anthropometric measurements are body<br />
weight, standing height, and skinfolds<br />
at four sites i.e. Biceps, Triceps, supraliac<br />
and subscapular. The skinfolds<br />
measurements were recorded with help<br />
<strong>of</strong> skinfold caliper. The body density<br />
and fat percentage were calculated by<br />
formulae <strong>of</strong> Durnin and Rahaman<br />
(1966); Siri (1961) respectively.<br />
Parameter<br />
Table -1<br />
Weightlifting: Body Composition<br />
79<br />
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The cardiovascular efficiency was<br />
determined by Harvard’s modified step<br />
test method. The measurements <strong>of</strong> grip<br />
strength were recorded by using grip<br />
dynamometer for both right and left<br />
hands. The blood pressures <strong>of</strong> the<br />
weightlifters were recorded by<br />
‘Sphygmomanometer’ before exercise<br />
and after exercise. The lung function test<br />
was carried out by using peak flow<br />
meter. Statistical constants such as<br />
mean, standard deviation (S.D.),<br />
standard error <strong>of</strong> mean (S.E.) <strong>of</strong> each<br />
variable were calculated. The t-test was<br />
applied for bi-variate comparison <strong>of</strong> the<br />
two groups.<br />
RESULTS AND DISCUSSION<br />
The weightlifters were separated<br />
into two groups on the basis <strong>of</strong> their<br />
involvement in the events or<br />
competitions with help <strong>of</strong> pr<strong>of</strong>essional<br />
experts (coaches).The physical characteristics<br />
<strong>of</strong> the weightlifters are presented<br />
in table-2. Mean age <strong>of</strong> the<br />
subjects was 17.8 yrs and 19.43 yrs for<br />
state and national level respectively<br />
with little variation. Very low<br />
variation in age indicates that the<br />
sample <strong>of</strong> subjects under study was a<br />
homogeneous group.<br />
Men Women<br />
State Level National Level State Level National Level<br />
Age (yrs) 17.8 ± 1.9 19.43 ± 1.35 18.67 ± 3.67 18.85 ± 1.46<br />
Height (cm) 161.4 ± 9.2 164.72 ± 6.86 155.6 ± 5.2 155.15 ± 7.30<br />
Weight (kg) 68.4 ± 21.6 67.08 ± 18.03 56.5 ± 12.3 56.04 ± 8.29
Physiological Pr<strong>of</strong>ile <strong>of</strong> Trained Weightlifters<br />
The static heart rates <strong>of</strong> the<br />
weightlifters were measured<br />
immediately after a bout <strong>of</strong> exercise.<br />
It was observed that heart rate<br />
increase but the quantities by which<br />
it increases for state and national<br />
level and also for men and women<br />
weightlifters were quite significant,<br />
which may be due regular exercise.<br />
The peak expiratory flow rate values<br />
for all categories <strong>of</strong> weightlifters<br />
were found to be higher than the<br />
standard values which indicates that<br />
weightlifters were having very good<br />
lung capacity. Huy Phun (20<strong>06</strong>)<br />
have reported that during resistive<br />
challenge such as weightlifting,<br />
Table-2: Muscular Strength and Power<br />
Parameter Men Women<br />
Grip Strength State Level National Level State Level National Level<br />
Vertical Right 32.3 ± 13.3 56.93 ± 10.10 26.87 ± 4.22 41.30 ± 5.36<br />
Left 29.2 ± 12.2 54.30 ± 8.85 25.20 ± 6.44 39.45 ± 5.27<br />
t-value 0.82 0.76 0.84 1.10<br />
Horizontal Right 32.1 ± 12.3 51.83 ± 10.<strong>06</strong> 24.73 ± 3.92 40.30 ± 5.22<br />
Left 32.3 ± 11.0 49.48 ± 9.26 24.00 ± 3.36 38.05 ± 5.11<br />
t-value -0.<strong>06</strong> 0.67 0.55 1.38<br />
Grip strength <strong>of</strong> the weightlifters is exhibited in the table-2. Mean vertical grip strength <strong>of</strong> national<br />
level male weightlifters was 56.93 kg and 54.30 kg for right and left hands respectively, but when it was<br />
measured in horizontally corresponding values were decreased. The difference between right and left<br />
hand grip is not statistically significant but the difference between the grip strengths <strong>of</strong> state and<br />
national weightlifters has clearly seen to be significant.<br />
Table-3: Aerobic Capacity<br />
Parameter<br />
Men Women<br />
State Level National Level State Level National Level<br />
Max. Heart Rate<br />
(b. p. m)<br />
112.20 ± 10.80 103.90 ± 5.35 93.93 ± 10.55 1<strong>06</strong>.90 ± 5.98<br />
P.E.F.R. 493.3 ± 93.00 514.00 ± 61.80 400.70 ± 36.10 434.8 ± 38.30<br />
Systolic B.P. 140 .60 ± 8.00 141.77 ± 4.13 119.53 ± 7.39 139.40 ± 4.76<br />
Diastolic B.P. 86.80 ± 5.30 84.00 ± 3.75 79.73 ± 6.31 86.20 ± 3.19<br />
80<br />
there are marked changes in BP<br />
which rapidly abate once the<br />
challenge is discontinued. In the<br />
present study, it has been observed<br />
that both systolic and diastolic B.P.<br />
increased from baseline mean <strong>of</strong><br />
117 ± 11 mm Hg to various<br />
quantities with maximum <strong>of</strong><br />
141.77±4.13 mmHg for national<br />
level male weightlifters.<br />
According to the classification <strong>of</strong><br />
Brouha (1943), the cardiovascular<br />
efficiency <strong>of</strong> the weightlifters, as measured<br />
by Harvard’s modified step test<br />
was found to be <strong>of</strong> good category for<br />
national male weightlifters and for<br />
others it was <strong>of</strong> high averages category.
Parameter<br />
Fitness Score<br />
( Harvard step Test)<br />
Table-4<br />
Anaerobic Capacity<br />
State Level<br />
74.70 ± 9.10<br />
81<br />
The Shield (<strong>ISSN</strong>-<strong>1991</strong>-<strong>8410</strong>) Vol. <strong>06</strong>, <strong>2011</strong><br />
Men Women<br />
National<br />
Level<br />
87.07 ± 8.<strong>06</strong><br />
State Level<br />
70.28 ± 7.41<br />
National<br />
Level<br />
76.94 ± 6.71<br />
Table-5 and 6 exhibits body composition <strong>of</strong> men and women<br />
weightlifters. The mean values <strong>of</strong> percent body fat, total body fat<br />
and lean body mass determined from the skin fold measurements.<br />
The difference between national level and state level male and female<br />
weightlifters for each <strong>of</strong> these three components are not significant<br />
except for lean body mass <strong>of</strong> national level male weightlifters.<br />
Table-5<br />
Distribution <strong>of</strong> Mean, S.D. and t-values for Body composition <strong>of</strong><br />
Male Weightlifters<br />
Sr.<br />
State Level National Level<br />
No. Component Mean S.D. Mean S.D. t-value<br />
1 Fat Percent 21.56 4.5 20.75 3.75 0.56<br />
2 Total Body Fat (kg) 13.97 2.5 13.92 3 0.05<br />
3 Lean Body Mass(kg) 50.83 2.95 53.16 3.75 -1.93*<br />
* P < 0.05 statistically significant.<br />
Table-6<br />
Distribution <strong>of</strong> Mean, S.D. and t-values for Body composition <strong>of</strong><br />
Female Weightlifters<br />
Sr.<br />
State Level National Level<br />
No. Component Mean S.D. Mean S.D. t-value<br />
1 Fat Percent 24.55 5.45 23.15 4.65 0.79<br />
2 Total Body Fat (kg) 13.87 10.2 12.97 8.5 0.28<br />
3 Lean Body Mass(kg) 42.63 9.5 43.07 7.88 -0.14
Physiological Pr<strong>of</strong>ile <strong>of</strong> Trained Weightlifters<br />
REFERENCES<br />
1. Astrand P. O. and Rodahl K.:<br />
Textbook <strong>of</strong> Work Physiology:<br />
Physiological Bases <strong>of</strong> Exercise,<br />
Third Edition, McGraw-Hill<br />
Book Co., Singapore. (1986)<br />
2. Brouha, L.: The step test: A simple<br />
method for measuring physical<br />
fitness for muscular work in<br />
youngmen, Res. Quart. 14 (1),<br />
pp-31-36 (1943)<br />
3. Byrd, R., K. Pierce, L. Rielly, and<br />
J. Brady: Young Weightlifters’<br />
Performance across time. Sports<br />
Biomech, 2(1):133-140 (2003).<br />
4. Devi Sarojini H.: Variations in<br />
Physical Structures <strong>of</strong> the Meitei<br />
Women Weight Lifters and the<br />
Controlled Group, Anthropologist,<br />
8(4): 227-230. (20<strong>06</strong>)<br />
5. Fry A.C., B. K. Schilling, R.S. Staron,<br />
F.C. Hagerman, R.S. Hikida and J.T.<br />
Thrush: Muscle Fiber Characteristics and<br />
performance correlates <strong>of</strong> male Olympicstyle<br />
weightlifters, J. strength and con.<br />
Res, 17(4), pp: 746-754, (2003).<br />
6. Ghosh A.K. and Ahuja A.: A<br />
modified test for evaluation <strong>of</strong> physical<br />
fitness <strong>of</strong> sportsmen in ball games;<br />
SNIPES journal, 7(4) (1984).<br />
7. Huy Quoc Phun: Blood Pressure<br />
Changes during Weightlifting, A<br />
thesis submitted to the Yale school <strong>of</strong><br />
Medicine for the degree <strong>of</strong> M.D. (20<strong>06</strong>)<br />
8. Kanehisa, H and T. Fukunaga: Pr<strong>of</strong>iles<br />
<strong>of</strong> Musculosketal development in limbs<br />
<strong>of</strong> college Olympic weightlifters and<br />
wrestlers. Eur. J. Appl. Physio., 79,<br />
pp: 414-420, (1999).<br />
82<br />
9. Khanna G. H. et. al.: Body composition,<br />
strength and cardiovascular efficiency<br />
<strong>of</strong> 252 sportsmen <strong>of</strong> various disciplines;<br />
Snipes Journal, 9 (3): 56-61.<br />
10. Khanna G.L., Gosh A.K., Sharma<br />
J.G. and Malhotra, M.S.: Physical<br />
status <strong>of</strong> some judoists in India,<br />
Ibid, 6 (2), pp-21-27 (1983).<br />
11. Loren Z.F. Chiu and Brian K.<br />
Schilling: A primer on weightlifting<br />
from sports to sports training;<br />
Strength and Conditioning journal,<br />
27(1), pp-42-48 (2005).<br />
12. Malhotra, M.S., Khanna, G.L. and<br />
Verma, S.K.: Functional Characteristics<br />
<strong>of</strong> Indian National track cyclists,<br />
Ibid 7(11), pp-89-95 (1985).<br />
13. Sodhi, H.S. and Sidhu, L.S.:<br />
Physique and selection <strong>of</strong><br />
sportsmen; Punjab publishing<br />
House, Patiala (1984).<br />
14. Venkateshwarulu, P., Krishnakumar,<br />
N. and Sodhi, H.S.: Comparison and<br />
relationship <strong>of</strong> muscle mass and fat mass to<br />
strength on weigh lifters and wrestler.<br />
pp.111-116. In: Origin <strong>of</strong> Kinanthropometry.<br />
H.S. Sodhi, D.P. Bhatnagar,<br />
P. Suriarajan and R. Mokha (Eds.).<br />
National Working Group on<br />
Kinanthropometry, Patiala (1990).<br />
15. Wilmore J: Training for Sports<br />
and Activity: The Physiological<br />
Basis <strong>of</strong> the Conditioning Process,<br />
2 nd Ed, Allyn and Bacon Inc.
EFFECT OF COMBINED ACTION OF YOGASANAS<br />
AND PRANAYAMA EXERCISES REDUCES LIPID PROFILES<br />
AND ENHANCES ANTIOXIDANT STATUS IN YOUNG<br />
HEALTHY INDIVIDUALS<br />
ABSTRACT<br />
Dr. Annida Balakrishnan and Suthakar Krishnaswamy<br />
The present study was designed to find out the effect <strong>of</strong> yogasanas<br />
and pranayama exercises lowers the lipid levels and increases the<br />
antioxidant status. Sixty men students <strong>of</strong> age 25-28years were<br />
selected randomly as subjects from B.P.E.d in the Department <strong>of</strong><br />
Physical Education and Sports Science, Annamalai <strong>University</strong>.<br />
Selected subjects were divided into four groups with fifteen numbers<br />
<strong>of</strong> each. Group1 served as Control; Group 2 as Asana; Group 3 as<br />
Pranayama and Group 4 as Asana and Pranayama. Experimental<br />
study was carried out for three months duration. Selected yogasnas<br />
and pranayama exercises were given to the experimental groups for<br />
(4days/week) for 12 weeks. Blood samples were collected before and<br />
after the complete course <strong>of</strong> treatment. Biochemical analysis was<br />
done on selected lipid and antioxidant variables by the concerned<br />
Biochemist, Department <strong>of</strong> Biochemistry, Annamalai <strong>University</strong>.<br />
Resulted Data were statistically analyzed using ANOVA and<br />
DMRT and they were significant at p≤ 0.05 levels. Thus our study<br />
concluded that combined exercises <strong>of</strong> yogasanas and pranayama<br />
practices reduces the lipid levels and retains the antioxidant status. It<br />
is also revealed that combined exercises produced better effect than<br />
alternate exercise groups.<br />
Keywords: TBARS (thiobarbituric acid reactive substances), Hydroperoxides, Cholesterol, Freefattyacids,<br />
Triglycerides, Phospholipids, and Antioxidants<br />
INTRODUCTION<br />
Yoga is one <strong>of</strong> the many<br />
different techniques for achieving<br />
relaxation. Yoga has its origin in<br />
ancient India and in its original<br />
form consisted <strong>of</strong> a system <strong>of</strong><br />
spiritual, moral and physical<br />
practices (Pilkington et al., 2005).<br />
The most central and common<br />
aspects <strong>of</strong> yoga practice today are<br />
different bodily postures (asanas)<br />
83<br />
and breathing exercises (pranayamas)<br />
(Parshad, 2004; Pilkington et<br />
al.,2005) that aim to focus the mind,<br />
achieve relaxation and increase<br />
wellness.<br />
Various health benefits <strong>of</strong> yoga<br />
have been described in previous<br />
studies. A review <strong>of</strong> anti-depressive<br />
effects <strong>of</strong> different forms <strong>of</strong> yoga<br />
(Parshad, 2004; Pilkington et al.,<br />
2005) indicated potential beneficial
The Shield (<strong>ISSN</strong>-<strong>1991</strong>-<strong>8410</strong>) Vol. <strong>06</strong>, <strong>2011</strong><br />
effects <strong>of</strong> yoga on depressive<br />
disorders. Other studies reported<br />
beneficial effects <strong>of</strong> yoga on anxiety,<br />
stress reduction and general wellbeing<br />
(Lavey et al., 2005; Ray et al.,<br />
2001). However, the results need to<br />
be interpreted carefully since many<br />
<strong>of</strong> the published studies about yoga<br />
are small and no systematic and<br />
comprehensive reviews <strong>of</strong> scientific<br />
research on yoga have been published.<br />
It may also be difficult to<br />
compare studies done on different<br />
forms <strong>of</strong> yoga since benefits <strong>of</strong> yoga<br />
practice might differ by the style <strong>of</strong><br />
the practice (Cowen and Adams,<br />
2005).<br />
Oxidative stress induces free<br />
radical generation. While oxidation<br />
<strong>of</strong> nutrients is essential for life, one<br />
<strong>of</strong> the adverse side-effects <strong>of</strong><br />
oxidation is generation <strong>of</strong> reactive<br />
oxygen species (ROS). The oxidative<br />
stress imposed by ROS contributes<br />
to the process <strong>of</strong> aging as well as a<br />
variety <strong>of</strong> chronic degenerative<br />
diseases (Halliwell 1994; Gutteridge<br />
1993; Halliwell et al., 1992). The<br />
impact <strong>of</strong> the oxidative stress is<br />
minimized by a large number <strong>of</strong><br />
endogenous as well as dietary<br />
antioxidants.<br />
The level <strong>of</strong> oxidative stress<br />
depends on the balance between<br />
production <strong>of</strong> ROS and their quenching<br />
by antioxidant mechanisms. Psychosocial<br />
stress increases oxidative stress<br />
(Sivonova, 2004), possibly by increasing<br />
84<br />
the production <strong>of</strong> ROS. Correspondingly,<br />
a few recent studies have shown<br />
that relaxation techniques reduce<br />
oxidative stress (Schneider et al., 1998;<br />
Bhattacharya et, al., 2002; Jatuporn et, al.,<br />
2003).<br />
Since only a few studies <strong>of</strong> this<br />
type are available, more studies are<br />
needed to establish the place <strong>of</strong><br />
various relaxation techniques in<br />
mitigating the biochemical, effects<br />
<strong>of</strong> psychosocial stress. Our study is<br />
an attempt in that direction. One <strong>of</strong><br />
the indicators <strong>of</strong> oxidative stress is<br />
the degree <strong>of</strong> lipid peroxidation.<br />
Lipid peroxidation is thought to be<br />
a major factor in pathogenesis <strong>of</strong><br />
many human diseases (Halliwell<br />
and Chirico 1993). Lipid peroxidation<br />
may be assessed from the<br />
blood concentration <strong>of</strong> lipid peroxidation<br />
products as measured by<br />
thiobarbituric acid reactive substances<br />
(TBARS), <strong>of</strong> which malondialdehyde<br />
(MDA) is a principal constituent.<br />
We have measured the concentration<br />
<strong>of</strong> TBARS in the blood <strong>of</strong><br />
patients undergoing a comprehensive<br />
yoga based lifestyle modifycation<br />
program at the beginning and<br />
end <strong>of</strong> the program<br />
Sudarshan Kriya and related<br />
practices (SK&P) is a form <strong>of</strong> yoga<br />
practice that emphasizes breathing<br />
exercises. In addition to asanas, three<br />
different forms <strong>of</strong> pranayamas are<br />
practiced in succession (Jana-kiramaiah<br />
et, al., 2000). Previous studies suggested
that SK&P may be useful for relieving<br />
depression, improving the antioxidant<br />
defenses <strong>of</strong> the body, giving rise to<br />
beneficial EEG patterns, and possible<br />
improvements in blood chemistry<br />
(Janakiramaiah et al., 2000; Nagavenkatesha<br />
murthy et al., 1998; Sharma et<br />
al., 2003). For example, Janakiramaiah et<br />
al. found that the degree <strong>of</strong> depression<br />
significantly decreased (68–73%) in<br />
subjects with clinical depression after<br />
they practised SK daily for three weeks<br />
and this decrease was as effective as<br />
conventional pharmacological treatment<br />
(Janakiramaiah etal., 2000).<br />
The study was to develop a<br />
protocol that can investigate<br />
whether asnas and pranayama could<br />
be considered in connection with<br />
increased wellness. Even though<br />
what constitutes wellness can be<br />
debated, there are a number <strong>of</strong><br />
studies demonstrating that the<br />
variables included in this study are<br />
among the most relevant to feeling <strong>of</strong><br />
wellness by different approaches<br />
(Sharma et, al., 2003; Cowen,1994;<br />
Adams et al., 1997). To that end,<br />
outcome measures that were<br />
evaluated included depression,<br />
anxiety, mood, optimism, energy<br />
levels, and experience <strong>of</strong> altered states<br />
<strong>of</strong> consciousness. The present study<br />
was aimed to find out whether<br />
combined action <strong>of</strong> yogasnas and<br />
pranayama exercises reduces lipid<br />
pr<strong>of</strong>iles and enhances antioxidant<br />
status in young healthy individuals.<br />
85<br />
Effect <strong>of</strong> Combined Action <strong>of</strong> Yogasanas<br />
METHODOLOGY<br />
Selection <strong>of</strong> subjects: Sixty male<br />
students studying BPED in the<br />
Department <strong>of</strong> Physical Education<br />
and sports science, Annamalai<br />
<strong>University</strong>, Tamil Nadu were<br />
selected randomly as subjects and<br />
their age ranged between 25-<br />
28years. All the subjects involved in<br />
the experiment were healthy<br />
volunteers.<br />
Experimental Design: Selected<br />
subjects were grouped into four <strong>of</strong><br />
each fifteen members namely,<br />
Group I - served as Control with<br />
fifteen <strong>of</strong> each,<br />
Group II - as Asana,<br />
Group III- as Pranayama and<br />
Group IV - as Asana and Pranayama.<br />
Experimental Duration: The yogic<br />
practices were given to all the<br />
treatment groups except the control<br />
for 3 months (4days/week).<br />
Food and Diet: Normal diet were<br />
taken and there is no restriction on diet<br />
Selection <strong>of</strong> variables:<br />
Biochemical variable includes<br />
Lipid peroxidative indices such as<br />
TBARS and hydroperoxides, HDL,<br />
LDL, VLDL, Cholesterol, triglycerides,<br />
Freefattyacids and phospholipids.<br />
Antioxidants includes both enzymic<br />
and non-enzymic antioxidants such as<br />
SOD, Catalase and GPX; non enzymic<br />
antioxidants includes GSH, Vitamin C,<br />
Vitamin E.
The Shield (<strong>ISSN</strong>-<strong>1991</strong>-<strong>8410</strong>) Vol. <strong>06</strong>, <strong>2011</strong><br />
Selection <strong>of</strong> yogasnas and pranayama<br />
exercise<br />
Yogic practices include specific<br />
asana such as:<br />
Suryanamaskar, Tadasana, Trikonaasana,<br />
Paschimottanasana and Bhujangasana<br />
to increase HDL and decrease<br />
cholesterol, triglycerides, freefattyacids<br />
and phospholipids, VLDL and LDL.<br />
Sudarshan Kriya asana, Ujjayi-<br />
Pranayam, Bhastrika, Kapal-bhati,<br />
Bhramari, and Shavasna were practiced<br />
to increase the antioxidant<br />
levels.<br />
Sudarshan Kriya (SK) is a<br />
breathing technique introduced by Sri<br />
Sri Ravi Shankarji and involves<br />
breathing in three different rhythms.<br />
UjjayiPranayam- (long and deep<br />
breaths with constriction at the base<br />
<strong>of</strong> throat) and Bhastrika (fast and<br />
forceful breaths through nose along<br />
with arm movements).<br />
Biochemical estimations<br />
Biochemical Estimations were<br />
done by the concerned Biochemist<br />
in the Department <strong>of</strong> Biochemistry,<br />
Annamalai <strong>University</strong>. They followed<br />
the appropriate methods and<br />
the results were produced by them.<br />
Lipid peroxidative indices such<br />
as TBARS were estimated by the<br />
method <strong>of</strong> Ohkawa et al., (1979) and<br />
hydroperoxides by Jiang et al.,<br />
(1992). HDL, LDL, VLDL (Ross and<br />
Harker,1976), Estimation <strong>of</strong> Choles-<br />
86<br />
terol using Allain et al., 1974,<br />
triglycerides estimated by the<br />
method (Foster and Dunn, 1973),<br />
Freefattyacids by (Falholt,1973) and<br />
phospholipids( Zilversmit and<br />
Davis,1950).<br />
Antioxidant includes enzymic<br />
antioxidants such as SOD estimated<br />
by the method <strong>of</strong> Kakkar et al.,<br />
(1942), catalase (Sinha, 1972) and<br />
GPX (Rotruck etal., 1973). Non<br />
enzymic antioxidants include GSH<br />
by (Ellman, 1959) method, Vitamin<br />
C (Roe and Kuther, 1942), Vitamin E<br />
(Baker et al., 1980) was analyzed.<br />
Measuring Instrument<br />
Colorimeter was used for taking<br />
readings for the above estimations.<br />
Statistical analysis<br />
Biochemical variables were<br />
assessed before and after 3 months <strong>of</strong><br />
yoga practices. The data were<br />
analyzed using ANOVA and the<br />
group means were compared by<br />
Duncan’s Multiple Range Test<br />
(DMRT). Differences was considered<br />
to be significant when p≤0.01.
RESULTS<br />
87<br />
Effect <strong>of</strong> Combined Action <strong>of</strong> Yogasanas<br />
Table-1<br />
Changes in the levels <strong>of</strong> TBARs and hydroperoxides in control and<br />
exercise groups<br />
Groups TBARS(mM)<br />
Hydroperoxides<br />
(×10 -5mM)<br />
Control 2.01±0.13 a 8.22±0.2 a<br />
Asanas 1.53±0.2 b 7.1±0.4 b<br />
Pranayama 1.68±0.25 c 6.11±0.13 c<br />
Asanas and Pranayama 1.46±0.13 d 5.36±0.2 d<br />
Data represents mean± SD from 15 subjects in each group.<br />
Values not sharing a common superscript letter (a,b,c, d) differ significantly at<br />
p≤0.01 (Duncan’s multiple range test)<br />
Group comparison: Group one with all, Group 2 and 3 with 4.<br />
TBARS<br />
Hydroperoxides<br />
TBARS<br />
Hydroperoxides<br />
Descriptive<br />
95% Confidence Min. Max.<br />
N Mean<br />
Std.<br />
Deviation<br />
Std.<br />
Error<br />
Interval for Mean<br />
Lower Upper<br />
Bound Bound<br />
1.00 15 2.0167 .13886 .03585 1.9398 2.0936 1.53 2.11<br />
2.00 15 1.5387 .20135 .05199 1.4272 1.6502 1.33 2.20<br />
3.00 15 1.6867 .25681 .<strong>06</strong>631 1.5444 1.8289 1.53 2.60<br />
4.00 15 1.4613 .13298 .03434 1.3877 1.5350 1.33 1.70<br />
Total 60 1.6758 .28299 .03653 1.6027 1.7489 1.33 2.60<br />
1.00 15 8.2233 .20866 .05388 8.1078 8.3389 7.68 8.62<br />
2.00 15 7.1<strong>06</strong>0 .40781 .10530 6.8802 7.3318 6.45 8.30<br />
3.00 15 6.1173 .13025 .03363 6.0452 6.1895 5.99 6.50<br />
4.00 15 5.3687 .28377 .07327 5.2115 5.5258 5.03 5.89<br />
Total 60 6.7038 1.11433 .14386 6.4160 6.9917 5.03 8.62<br />
ANOVA<br />
Sum <strong>of</strong><br />
Squares<br />
df<br />
Mean<br />
Square<br />
F Sig.<br />
Between Groups 2.717 3 .9<strong>06</strong> 25.249 .000<br />
Within Groups 2.008 56 .036<br />
Total 4.725 59<br />
Between Groups 68.959 3 22.986 299.165 .000<br />
Within Groups 4.303 56 .077<br />
Total 73.262 59
The Shield (<strong>ISSN</strong>-<strong>1991</strong>-<strong>8410</strong>) Vol. <strong>06</strong>, <strong>2011</strong><br />
Table.2<br />
Changes in the levels <strong>of</strong> cholesterol, triglycerides, freefattyacids and<br />
Phospholipids in control and exercise groups<br />
Groups Cholesterol<br />
mg/dl<br />
Triglycerides<br />
mg/dl<br />
88<br />
Free fattyacids<br />
mg/dl<br />
Phospholipids<br />
mg/dl<br />
Control 179.10±26.05 a 119.38 0.3 a 5.76±0.9 a 184.33±0.21 a<br />
Asanas 175.6±10.9 b 116.3±0.13 b 4.41±0.26 b 177.44±0.2 b<br />
Pranayama 170.32±9.9 c 110.22±0.7 c 3.79±0.22 c 174.86±0.4 c<br />
Asanas and Pranayama 165.7±.1.75 d 102.3±4.19 d 3.16±0.21 d 170.38±0.1 d<br />
Data represents mean± SD from 15 subjects in each group.<br />
Values not sharing a common superscript letter (a,b,c,d) differ significantly at p≤0.01 (Duncan’s<br />
multiple range test)<br />
Group comparison: Group one with all, Group 2 and 3 with 4.<br />
Cholesterol<br />
Triglycerides<br />
Freefattyacids<br />
Phospholipids<br />
N Mean<br />
Descriptive<br />
Std.<br />
Deviation<br />
Std.<br />
95% Confidence<br />
Interval for Mean<br />
Error Lower Upper<br />
Bound Bound<br />
Min. Max.<br />
1.00 15 179.1<strong>06</strong>7 26.05819 6.72820 164.6761 193.5372 165.90 272.30<br />
2.00 15 175.6000 10.93891 2.82441 169.5422 181.6578 166.90 213.15<br />
3.00 15 170.3280 9.90281 2.55689 164.8440 175.8120 162.30 204.50<br />
4.00 15 165.7000 1.75368 .45280 164.7288 166.6712 164.69 171.90<br />
Total 60 172.6837 15.49129 1.99992 168.6818 176.6855 162.30 272.30<br />
1.00 15 119.3887 .31713 .08188 119.2130 119.5643 118.92 119.95<br />
2.00 15 116.3040 .12783 .03301 116.2332 116.3748 116.10 116.70<br />
3.00 15 110.2240 .72477 .18714 109.8226 110.6254 107.63 110.60<br />
4.00 15 102.3053 4.19090 1.08209 99.9845 104.6262 87.18 103.70<br />
Total 60 112.0555 6.89947 .89072 110.2732 113.8378 87.18 119.95<br />
1.00 15 5.7613 .93705 .24195 5.2424 6.2803 4.20 6.60<br />
2.00 15 4.4167 .26912 .<strong>06</strong>949 4.2676 4.5657 4.10 4.90<br />
3.00 15 3.7953 .22360 .05773 3.6715 3.9192 3.50 4.20<br />
4.00 15 3.1687 .21013 .05426 3.0523 3.2850 3.02 3.90<br />
Total 60 4.2855 1.08821 .14049 4.0044 4.5666 3.02 6.60<br />
1.00 15 184.3333 .21266 .05491 184.2156 184.4511 184.00 184.67<br />
2.00 15 177.4453 .20000 .05164 177.3346 177.5561 177.20 177.90<br />
3.00 15 174.8667 .42538 .10983 174.6311 175.1022 174.00 175.40<br />
4.00 15 170.3880 .12491 .03225 170.3188 170.4572 170.23 170.60<br />
Total 60 176.7583 5.09923 .65831 175.4411 178.0756 170.23 184.67
Cholesterol<br />
Triglycerides<br />
Free fatty acid<br />
Phospholipids<br />
Duncan<br />
ANOVA<br />
89<br />
Effect <strong>of</strong> Combined Action <strong>of</strong> Yogasanas<br />
Sum <strong>of</strong><br />
Squares<br />
df<br />
Mean<br />
Square<br />
F Sig.<br />
Between Groups 1561.210 3 520.403 2.313 .086<br />
Within Groups 12597.619 56 224.957<br />
Total 14158.829 59<br />
Between Groups 2553.678 3 851.226 187.022 .000<br />
Within Groups 254.882 56 4.551<br />
Total 2808.561 59<br />
Between Groups 55.243 3 18.414 70.509 .000<br />
Within Groups 14.625 56 .261<br />
Total 69.868 59<br />
Between Groups 1530.182 3 510.<strong>06</strong>1 7240.626 .000<br />
Within Groups 3.945 56 .070<br />
Total 1534.127 59<br />
Post Hoc Tests<br />
Homogeneous Subsets<br />
CHOLESTEROL<br />
GROUP N<br />
Subset for alpha = .01<br />
4.00 15 165.7000<br />
3.00 15 170.3280<br />
2.00 15 175.6000<br />
1.00 15 179.1<strong>06</strong>7<br />
Sig. .027<br />
Means for groups in homogeneous subsets are displayed.<br />
a Uses Harmonic Mean Sample Size = 15.000.<br />
Duncan<br />
GROUP N<br />
4.00 15 102.3053<br />
TRIGLYCERIDES<br />
3.00 15 110.2240<br />
Subset for alpha = .01<br />
1 2 3 4<br />
2.00 15 116.3040<br />
1.00 15 119.3887<br />
Sig. 1.000 1.000 1.000 1.000<br />
Means for groups in homogeneous subsets are displayed.<br />
a Uses Harmonic Mean Sample Size = 15.000.<br />
1
The Shield (<strong>ISSN</strong>-<strong>1991</strong>-<strong>8410</strong>) Vol. <strong>06</strong>, <strong>2011</strong><br />
Duncan<br />
GROUP N<br />
4.00 15 3.1687<br />
FREEFATTYACID<br />
3.00 15 3.7953<br />
90<br />
Subset for alpha = .01<br />
1 2 3 4<br />
2.00 15 4.4167<br />
1.00 15 5.7613<br />
Sig. 1.000 1.000 1.000 1.000<br />
Means for groups in homogeneous subsets are displayed.<br />
a Uses Harmonic Mean Sample Size = 15.000.<br />
Duncan<br />
GROUP N<br />
4.00 15 170.3880<br />
PHOSPHOLIPIDS<br />
3.00 15 174.8667<br />
Subset for alpha = .01<br />
1 2 3 4<br />
2.00 15 177.4453<br />
1.00 15 184.3333<br />
Sig. 1.000 1.000 1.000 1.000<br />
Means for groups in homogeneous subsets are displayed.<br />
a Uses Harmonic Mean Sample Size = 15.000.<br />
Table-3<br />
Changes in the levels <strong>of</strong> HDL, LDL and VLDL in Control and exercise groups<br />
Groups HDL mg/dl LDL mg/dl VLDL mg/dl<br />
Control 55.7 ±0.3 a 110.41 ± 0.10 a 32.49 ±0.2 a<br />
Asana 57.4 ± 2.7 b 107.45 ± 0.18 b 28.36 ±0.16 b<br />
Pranayama 59.9 ± 1.6 c 103.37 ±0 .23 c 25.24 ± 0.1 c<br />
Asanas and Pranayama 66.25± 0.19 d 100.4±.18 d 23.27±.15 d<br />
Data represents mean± SD from 15 subjects in each group.<br />
Values not sharing a common superscript letter (a,b,c,d) differ significantly at<br />
p≤0.01 (Duncan’s multiple range test)<br />
Group comparison: Group one with all, Group 2 and 3 with 4.
HDL<br />
LDL<br />
VLDL<br />
HDL<br />
LDL<br />
VLDL<br />
N Mean<br />
Std.<br />
Deviation<br />
Descriptive<br />
91<br />
Std.<br />
Error Lower<br />
Bound<br />
Effect <strong>of</strong> Combined Action <strong>of</strong> Yogasanas<br />
95% Confidence<br />
Interval for Mean<br />
Upper<br />
Bound<br />
Min. Max.<br />
1.00 15 55.7<strong>06</strong>7 .35421 .09146 55.5105 55.9028 55.10 56.04<br />
2.00 15 57.4087 2.79359 .72130 55.8616 58.9557 50.60 65.30<br />
3.00 15 59.9073 1.63423 .42196 59.0023 60.8123 59.25 65.78<br />
4.00 15 66.2507 .19514 .05038 66.1426 66.3587 66.00 66.75<br />
Total 60 59.8183 4.33817 .560<strong>06</strong> 58.6977 60.9390 50.60 66.75<br />
1.00 15 110.4140 .10329 .02667 110.3568 110.4712 110.20 110.60<br />
2.00 15 107.4587 .18330 .04733 107.3572 107.5602 107.12 107.80<br />
3.00 15 103.3753 .23862 .<strong>06</strong>161 103.2432 103.5075 103.00 103.70<br />
4.00 15 100.4<strong>06</strong>0 .18130 .04681 100.3056 100.5<strong>06</strong>4 100.18 100.80<br />
Total 60 105.4135 3.85792 .498<strong>06</strong> 104.4169 1<strong>06</strong>.4101 100.18 110.60<br />
1.00 15 32.4933 .20275 .05235 32.3811 32.6056 32.15 32.80<br />
2.00 15 28.3693 .16131 .04165 28.2800 28.4587 28.16 28.65<br />
3.00 15 25.2427 .10375 .02679 25.1852 25.3001 25.12 25.45<br />
4.00 15 23.2753 .15629 .04035 23.1888 23.3619 23.12 23.55<br />
Total 60 27.3452 3.51626 .45395 26.4368 28.2535 23.12 32.80<br />
ANOVA<br />
Sum <strong>of</strong><br />
Squares<br />
df<br />
Mean<br />
Square<br />
F Sig.<br />
Between Groups 961.427 3 320.476 120.498 .000<br />
Within Groups 148.937 56 2.660<br />
Total 1110.364 59<br />
Between Groups 876.253 3 292.084 8713.984 .000<br />
Within Groups 1.877 56 .034<br />
Total 878.130 59<br />
Between Groups 728.049 3 242.683 9487.126 .000<br />
Within Groups 1.432 56 .026<br />
Total 729.481 59
The Shield (<strong>ISSN</strong>-<strong>1991</strong>-<strong>8410</strong>) Vol. <strong>06</strong>, <strong>2011</strong><br />
Duncan<br />
GROUP N<br />
Post Hoc Tests<br />
Homogeneous Subsets<br />
HDL<br />
1.00 15 55.7<strong>06</strong>7<br />
2.00 15 57.4087<br />
92<br />
Subset for alpha = .01<br />
1 2 3 4<br />
3.00 15 59.9073<br />
4.00 15 66.2507<br />
Sig. 1.000 1.000 1.000 1.000<br />
Means for groups in homogeneous subsets are displayed.<br />
a Uses Harmonic Mean Sample Size = 15.000.<br />
Duncan<br />
GROUP N<br />
4.00 15 100.4<strong>06</strong>0<br />
LDL<br />
3.00 15 103.3753<br />
Subset for alpha = .01<br />
1 2 3 4<br />
2.00 15 107.4587<br />
1.00 15 110.4140<br />
Sig. 1.000 1.000 1.000 1.000<br />
Means for groups in homogeneous subsets are displayed.<br />
a Uses Harmonic Mean Sample Size = 15.000.<br />
Duncan<br />
GROUP N<br />
4.00 15 23.2753<br />
VLDL<br />
3.00 15 25.2427<br />
Subset for alpha = .01<br />
1 2 3 4<br />
2.00 15 28.3693<br />
1.00 15 32.4933<br />
Sig. 1.000 1.000 1.000 1.000<br />
Means for groups in homogeneous subsets are displayed.<br />
a Uses Harmonic Mean Sample Size = 15.000.
93<br />
Effect <strong>of</strong> Combined Action <strong>of</strong> Yogasanas<br />
Table-4<br />
Changes in the level <strong>of</strong> enzymic antioxidant status in control and exercise group<br />
Groups<br />
SOD<br />
(U A/mg Hb)<br />
CATALASE<br />
(U A/mg Hb)<br />
GPX<br />
(U A/mg Hb)<br />
Control 0.93±0.4 a 8.7±0.7 a 55.11±0.4 a<br />
Asana 1.36±0.1 b 9.8±0.1 b 60.33±0.1 b<br />
Pranayama 1.7±0.2 c 11.8±1.2 c 62.11±0.4 c<br />
Asanas and Pranayama 2.4±0.1 d 14.42±0.3 d 64.54±1.6 d<br />
Data represents mean± SD from 15 subjects in each group.<br />
Values not sharing a common superscript letter (a,b,c,d) differ significantly at<br />
p≤0.01 (Duncan’s multiple range test)<br />
Group comparison: Group one with all, Group 2 and 3 with 4.<br />
A- Enzymes required for 50% inhibition <strong>of</strong> NBT reduction/min/mg Hb<br />
SOD<br />
CATALASE<br />
GPX<br />
N Mean<br />
Descriptive<br />
Std.<br />
Deviatio<br />
n<br />
Std.<br />
Error<br />
95% Confidence<br />
Interval for Mean<br />
Lower<br />
Bound<br />
Upper<br />
Bound<br />
Min. Max.<br />
1.00 15 .9393 .46108 .11905 .6840 1.1947 .59 2.55<br />
2.00 15 1.3600 .14142 .03651 1.2817 1.4383 1.26 1.85<br />
3.00 15 1.7080 .24826 .<strong>06</strong>410 1.5705 1.8455 1.09 2.30<br />
4.00 15 2.4000 .13464 .03476 2.3254 2.4746 2.20 2.59<br />
Total 60 1.6018 .60449 .07804 1.4457 1.7580 .59 2.59<br />
1.00 15 8.7033 .75273 .19435 8.2865 9.1202 8.10 11.30<br />
2.00 15 9.8013 .19026 .04912 9.6960 9.9<strong>06</strong>7 9.50 10.12<br />
3.00 15 11.8080 1.25303 .32353 11.1141 12.5019 10.70 13.80<br />
4.00 15 14.4207 .34599 .08933 14.2291 14.6123 13.82 14.77<br />
Total 60 11.1833 2.31450 .29880 10.5854 11.7812 8.10 14.77<br />
1.00 15 55.1180 .44967 .11610 54.8690 55.3670 54.35 55.80<br />
2.00 15 60.3360 .10894 .02813 60.2757 60.3963 60.20 60.60<br />
3.00 15 62.1167 .44432 .11472 61.87<strong>06</strong> 62.3627 61.23 62.80<br />
4.00 15 64.5467 1.69158 .43676 63.6099 65.4834 62.20 66.20<br />
Total 60 60.5293 3.60202 .46502 59.5988 61.4598 54.35 66.20
The Shield (<strong>ISSN</strong>-<strong>1991</strong>-<strong>8410</strong>) Vol. <strong>06</strong>, <strong>2011</strong><br />
SOD<br />
CAT<br />
GPX<br />
Duncan<br />
ANOVA<br />
Sum <strong>of</strong><br />
Squares<br />
94<br />
df<br />
Mean<br />
Square<br />
F Sig.<br />
Between Groups 17.186 3 5.729 73.361 .000<br />
Within Groups 4.373 56 .078<br />
Total 21.559 59<br />
Between Groups 283.963 3 94.654 165.149 .000<br />
Within Groups 32.096 56 .573<br />
Total 316.059 59<br />
Between Groups 719.678 3 239.893 293.183 .000<br />
Within Groups 45.821 56 .818<br />
GROUP N<br />
Total 765.499 59<br />
1.00 15 .9393<br />
Post Hoc Tests<br />
Homogeneous Subsets<br />
SOD<br />
2.00 15 1.3600<br />
Subset for alpha = .01<br />
1 2 3 4<br />
3.00 15 1.7080<br />
4.00 15 2.4000<br />
Sig. 1.000 1.000 1.000 1.000<br />
Means for groups in homogeneous subsets are displayed.<br />
a Uses Harmonic Mean Sample Size = 15.000.<br />
Duncan<br />
GROUP N<br />
1.00 15 8.7033<br />
CAT<br />
2.00 15 9.8013<br />
Subset for alpha = .01<br />
1 2 3 4<br />
3.00 15 11.8080<br />
4.00 15 14.4207<br />
Sig. 1.000 1.000 1.000 1.000<br />
Means for groups in homogeneous subsets are displayed.<br />
a Uses Harmonic Mean Sample Size = 15.000.
Duncan<br />
GPX<br />
95<br />
Effect <strong>of</strong> Combined Action <strong>of</strong> Yogasanas<br />
GROUP N<br />
1<br />
Subset for alpha = .01<br />
2 3 4<br />
1.00 15 55.1180<br />
2.00 15 60.3360<br />
3.00 15 62.1167<br />
4.00 15 64.5467<br />
Sig. 1.000 1.000 1.000 1.000<br />
Means for groups in homogeneous subsets are displayed.<br />
a Uses Harmonic Mean Sample Size = 15.000.<br />
Table-5<br />
Changes in the levels <strong>of</strong> nonenzymic antioxidant status in control and<br />
exercise groups<br />
Groups GSH mg/dl Vit-E mg/dl Vit-C mg/dl<br />
Control 58.34±0.19 a 1.53±0.21 a 1.88±0.1 a<br />
Asana 64.19±0.23 b 1.98±0.13 b 2.37±0.15 b<br />
Pranayama 65.73±0.47 c 2.37±0.11 c 3.07±0.33 c<br />
Asanas and Pranayama 70.33±0.12 d 2.98±0.15 d 4.3±0.26 d<br />
Data represents mean± SD from 15 subjects in each group.<br />
Values not sharing a common superscript letter (a,b,c, d) differ significantly at<br />
p≤0.01 (Duncan’s multiple range test)<br />
Group comparison: Group one with all, Group 2 and 3 with 4.<br />
A-µmoles <strong>of</strong> H2 O2 utilized/min/mg Hb<br />
GSH<br />
VITE<br />
VITC<br />
Descriptive<br />
N Mean<br />
Std.<br />
Deviation<br />
Std.<br />
Error<br />
95% Confidence<br />
Interval for Mean<br />
Lower Upper<br />
Min. Max.<br />
Bound Bound<br />
1.00 15 58.3467 .19104 .04933 58.2409 58.4525 58.10 58.90<br />
2.00 15 64.1947 .23772 .<strong>06</strong>138 64.<strong>06</strong>30 64.3263 63.80 64.67<br />
3.00 15 65.7300 .47580 .12285 65.4665 65.9935 65.11 66.40<br />
4.00 15 70.3360 .12437 .03211 70.2671 70.4049 70.12 70.55<br />
Total 60 64.6518 4.33009 .55901 63.5333 65.7704 58.10 70.55<br />
1.00 15 1.5300 .21679 .05598 1.4099 1.6501 1.41 2.30<br />
2.00 15 1.9873 .13541 .03496 1.9123 2.<strong>06</strong>23 1.80 2.20<br />
3.00 15 2.3733 .11030 .02848 2.3122 2.4344 2.21 2.55<br />
4.00 15 2.9813 .15982 .04126 2.8928 3.<strong>06</strong>98 2.80 3.30<br />
Total 60 2.2180 .55910 .07218 2.0736 2.3624 1.41 3.30<br />
1.00 15 1.8807 .10747 .02775 1.8212 1.9402 1.76 2.20<br />
2.00 15 2.3733 .15079 .03893 2.2898 2.4568 2.22 2.85<br />
3.00 15 3.0760 .33970 .08771 2.8879 3.2641 2.50 3.36<br />
4.00 15 4.3887 .26<strong>06</strong>0 .<strong>06</strong>729 4.2444 4.5330 4.00 4.90<br />
Total 60 2.9297 .97812 .12627 2.6770 3.1823 1.76 4.90
The Shield (<strong>ISSN</strong>-<strong>1991</strong>-<strong>8410</strong>) Vol. <strong>06</strong>, <strong>2011</strong><br />
GSH<br />
VITE<br />
VITC<br />
Duncan<br />
ANOVA<br />
Sum <strong>of</strong> Squares df Mean Square F Sig.<br />
Between Groups 1101.545 3 367.182 4386.<strong>06</strong>6 .000<br />
Within Groups 4.688 56 .084<br />
Total 11<strong>06</strong>.233 59<br />
Between Groups 17.000 3 5.667 219.978 .000<br />
Within Groups 1.443 56 .026<br />
Total 18.443 59<br />
Between Groups 53.400 3 17.800 327.210 .000<br />
Within Groups 3.046 56 .054<br />
Total 56.446 59<br />
Post Hoc Tests<br />
Homogeneous Subsets<br />
GSH<br />
GROUP N<br />
1<br />
Subset for alpha = .01<br />
2 3 4<br />
1.00 15 58.3467<br />
2.00 15 64.1947<br />
3.00 15 65.7300<br />
4.00 15 70.3360<br />
Sig. 1.000 1.000 1.000 1.000<br />
Means for groups in homogeneous subsets are displayed.<br />
a Uses Harmonic Mean Sample Size = 15.000.<br />
Duncan<br />
VITE<br />
GROUP N<br />
1<br />
Subset for alpha = .01<br />
2 3 4<br />
1.00 15 1.5300<br />
2.00 15 1.9873<br />
3.00 15 2.3733<br />
4.00 15 2.9813<br />
Sig. 1.000 1.000 1.000 1.000<br />
Means for groups in homogeneous subsets are displayed.<br />
a Uses Harmonic Mean Sample Size = 15.000.<br />
Duncan<br />
VITC<br />
GROUP N<br />
1<br />
Subset for alpha = .01<br />
2 3 4<br />
1.00 15 1.8807<br />
2.00 15 2.3733<br />
3.00 15 3.0760<br />
4.00 15 4.3887<br />
Sig. 1.000 1.000 1.000 1.000<br />
Means for groups in homogeneous subsets are displayed.<br />
a Uses Harmonic Mean Sample Size = 15.000.<br />
96
The levels <strong>of</strong> TBARS and<br />
hydroperoxides were found to be<br />
increased in control groups <strong>of</strong><br />
healthy individuals. Practice <strong>of</strong><br />
yogasnas and pranayama reduces<br />
the levels <strong>of</strong> TBARS and<br />
hydroperoxides but the combined<br />
work <strong>of</strong> yogasna and pranayama<br />
were found to be more significant<br />
than other groups. (Table.1)<br />
Table 2 shows the levels <strong>of</strong><br />
cholesterol, triglycerides, free fatty<br />
acids and phospholipids in control<br />
and exercise groups. The levels <strong>of</strong><br />
lipid pr<strong>of</strong>iles increased in control<br />
groups <strong>of</strong> healthy individuals.<br />
Yogasna and pranayama practices<br />
decrease the levels <strong>of</strong> lipid pr<strong>of</strong>ile.<br />
Significant reduction was seen in<br />
combined action <strong>of</strong> yogasna and<br />
pranayama exercise group than<br />
other groups.<br />
Table 3 shows the levels <strong>of</strong><br />
lipoprotein levels in control and<br />
exercise groups. Significant increase<br />
in HDL and decrease in LDL and<br />
VLDL were found in yogasna and<br />
pranayama groups. Practice <strong>of</strong><br />
yogasna and pranayama reduces the<br />
LDL and VLDL level and increases<br />
the HDL levels than non practice<br />
control group. We found better<br />
improvement in combined action <strong>of</strong><br />
both yogasnas and pranayama.<br />
SOD, CAT and GPX were<br />
significantly decreased in control<br />
group <strong>of</strong> healthy individuals. The<br />
activities <strong>of</strong> enzymic antioxidants were<br />
97<br />
Effect <strong>of</strong> Combined Action <strong>of</strong> Yogasanas<br />
significantly elevated in yogasna,<br />
pranayama and yogasna and<br />
pranayama group. Regular practice <strong>of</strong><br />
exercise enhances the antioxidant<br />
status and it was also found that better<br />
improvement in combined group <strong>of</strong><br />
yogasna and pranayama group than<br />
other. (Table .4)<br />
Non-enzymic antioxidants levels<br />
were decreased in control group <strong>of</strong><br />
healthy individuals. The levels <strong>of</strong><br />
GSH, vit-C and vit-E were retained<br />
in yogasna, pranayama and yogasna<br />
and pranayama groups by doing<br />
their exercise regularly. Much better<br />
improvement in repairing the<br />
antioxidant status was noticed in<br />
performing the combined exercise<br />
<strong>of</strong> yogasana and pranayama.<br />
(Table.5)<br />
DISCUSSIONS<br />
Resulted studies revealed that<br />
Asanas and Pranayama group<br />
produced better effect in modifying<br />
the lipid levels and thereby<br />
enhances the antioxidant status. A<br />
review showed that yoga had<br />
beneficial effect on Body Weight,<br />
Blood Pressure, Blood Glucose level<br />
and Cholesterol level (Yang, 2007).<br />
The practice <strong>of</strong> yoga was<br />
associated with significant decrease<br />
in cholesterol among subjects with<br />
cardiovascular diseases, atherosclerosis,<br />
angina, hypertension and<br />
Type 2 Diabetes at different duration<br />
<strong>of</strong> yoga (Yang, 2007; Mahajan et
The Shield (<strong>ISSN</strong>-<strong>1991</strong>-<strong>8410</strong>) Vol. <strong>06</strong>, <strong>2011</strong><br />
al., 1999; Agarwal etal., 2003;<br />
Satyajit, 2004; Bijlani etal., 2005;<br />
Damodaran etal., 2002; Gorden etal.,<br />
2008). Results <strong>of</strong> our study found<br />
that 12 week practice <strong>of</strong> asana and<br />
pranayama significantly decreases<br />
cholesterol, triglycerides, free fatty<br />
acids, phospholipids, LDL, VLDL<br />
and increases HDL and enzymic<br />
and non-enzymic antioxidant status.<br />
Better effect was observed in combined<br />
form <strong>of</strong> asana and pranayama<br />
exercises.<br />
Studies on the ancient practice <strong>of</strong><br />
Yoga have demonstrated an<br />
improvement in respiratory function.<br />
Yoga consists <strong>of</strong> a number <strong>of</strong> different<br />
practices, the most common <strong>of</strong> which<br />
are the pranayama, the coordination<br />
<strong>of</strong> controlled ventilation and the<br />
asanas or stretching exercises.<br />
Pranayama requires breath holding<br />
which may result in increased<br />
parasympathetic control <strong>of</strong><br />
respiratory control centers (Mauch<br />
and Dr. Day 2008). Long duration<br />
training <strong>of</strong> SKY (Sudharsana Kriya<br />
yogasana) improves many body<br />
functions.<br />
Studies showed that the ancient<br />
Indian yoga system emphasizes on<br />
controlled breathing (pranayama),<br />
body postures (asanas), relaxation <strong>of</strong><br />
mind (Meditation) (Madan and Pal,<br />
2002; Agte and Tarwadi, 2004). Better<br />
ability to overcome stress can be cited<br />
as possible mechanism for<br />
improvement in lipid pr<strong>of</strong>ile (Vyas<br />
etal., 2008).<br />
98<br />
SKY is a unique breathing process<br />
not practiced as a single technique but<br />
is integrated with asanas, pranayama,<br />
meditation and attitude training. This<br />
type <strong>of</strong> yoga is said to heal and purify<br />
within, is a natural and non invasive<br />
stress relieving technique (Agte and<br />
Tarwadi, 2004). SKY or “Proper Vision<br />
by Purifying Action” is an advanced<br />
form <strong>of</strong> cyclical breathing at variant<br />
rate, slow, medium and fast (Sharma<br />
et, al., 2008). It is preceded by Ujjayi<br />
pranayama (long & deep breath with<br />
constriction at the base <strong>of</strong> throat) and<br />
Bhastrika (fast and forceful breaths<br />
through nose along with arm<br />
movements) (Sharma et, al., 2008). Our<br />
results shows decrease in total<br />
cholesterol, LDL-C along with<br />
significantly increase in HDL-C after<br />
12weeks <strong>of</strong> SKY training.<br />
TBARS and hydro peroxides are<br />
the lipid peroxidative indices prone to<br />
produce free radicals leading to<br />
disease condition in even healthy<br />
individuals. (Girotti, 1985). Lipid<br />
peroxidation and generation <strong>of</strong> free<br />
radicals are associated with pathogennesis<br />
<strong>of</strong> many diseases. In our study<br />
increase in lipid peroxidation is found<br />
due to oxidative stress. Oxidative<br />
stress/ free radicals may contribute to<br />
the patho physiology <strong>of</strong> many chronic<br />
diseases. (Himani Sharma et al., 2003).<br />
Practice <strong>of</strong> Sudarshan Kriya<br />
Yoga (SKY) along with asana and<br />
pranayama performed consciously<br />
and with awareness (Madan and
Pal, 2002) play vital role in reducing<br />
total cholesterol, LDL-cholesterol<br />
and significantly increasing HDL<br />
cholesterol.<br />
Yoga emphasizes on controlled<br />
breathing (pranayama), body<br />
posture (asana), relaxation <strong>of</strong> mind<br />
(meditation) keeps a person energetic<br />
& healthy for maintaining<br />
health and fitness and for treating<br />
diseases (Madan and Pal, 2002; Agte<br />
and Tarwadi ,2004). SKY has a<br />
sound scientific basis and is an ideal<br />
tool for improving the health. A<br />
study reviewed that practice <strong>of</strong> yoga<br />
has beneficial effect on biochemical<br />
and physiological functions (Madan<br />
and Pal, 2002).<br />
Recent research also showed<br />
that regular practice <strong>of</strong> yoga reduces<br />
the oxidative stress and improves<br />
the antioxidant levels (Bhattacharya<br />
et al., 2002).<br />
An antioxidant is a substance that<br />
scavenges free radicals generated due<br />
to oxidative stress. It has been<br />
suggested that exercise training is<br />
known to be effective in type 2<br />
diabetes mellitus by increasing<br />
insulin sensitivity (Ibanez J, Izquierdo<br />
etal., 2005), and regular exercise can<br />
strengthen antioxidant defenses and<br />
may reduce oxidative stress (Kim et<br />
al., 1996). Exercises including yoga<br />
postures have been shown to play a<br />
role in preventing type 2-diabetes<br />
(Sahay and Dahay, 2002). The yoga<br />
postures are slow rhythmic move-<br />
99<br />
Effect <strong>of</strong> Combined Action <strong>of</strong> Yogasanas<br />
ments which emphasize the stimulation<br />
<strong>of</strong> the organs and glands by<br />
easy bending and extensions which<br />
do not over-stimulates muscles but<br />
concentrate on glandular stimulation<br />
(Nayak and Shankar, 2004). A major<br />
benefit <strong>of</strong> non-exhaustive exercise<br />
such as yoga is to induce a mild<br />
oxidative stress that stimulates the<br />
expression <strong>of</strong> certain antioxidant<br />
enzymes. This is mediated by the<br />
activation <strong>of</strong> redox-sensitive signaling<br />
pathways (Reid, 2001). For example,<br />
gene expression <strong>of</strong> SOD is enhanced<br />
after an acute bout <strong>of</strong> exercise<br />
preceded by an elevation <strong>of</strong> NFkappaB<br />
and AP-1 binding. An<br />
increase in de novo protein synthesis<br />
<strong>of</strong> an antioxidant enzyme such as<br />
SOD or catalase usually requires<br />
repeated bouts <strong>of</strong> exercise (Jil, 2002).<br />
This could explain the increase in the<br />
activity <strong>of</strong> SOD in the Hatha yoga and<br />
conventional PT exercise groups at<br />
the end <strong>of</strong> six months. (Lorenzo A<br />
Gordon etal., 2008).<br />
‘‘Pranayama’’ (the practice <strong>of</strong><br />
voluntary breath control, consisting <strong>of</strong><br />
conscious inhalation, retention and<br />
exhalation) is <strong>of</strong>ten practiced in<br />
conjunction with ‘‘dhyana’’<br />
(meditation), and ‘‘asanas ’’(physical<br />
posture) (Yardi, 2001). Versions <strong>of</strong><br />
pranayama vary from single nostril<br />
breathing to belly breathing.<br />
Pranayama consists <strong>of</strong> three phases:<br />
‘‘puraka’ (inhalation); ‘‘kumbhaka’’<br />
(retention) and ‘‘rechaka’’ (exhalation)<br />
that can be either fast or slow
The Shield (<strong>ISSN</strong>-<strong>1991</strong>-<strong>8410</strong>) Vol. <strong>06</strong>, <strong>2011</strong><br />
(Chodzinski, 2000). Although all<br />
pranayama has three phases, different<br />
forms <strong>of</strong> pranayama evoke dissimilar<br />
and sometimes opposite responses in<br />
the subject depending on variables<br />
such as which nostril is used or the<br />
speed <strong>of</strong> the respiration. Pranayama<br />
has been researched mostly for its<br />
beneficial applications in treatment <strong>of</strong><br />
cardiovascular diseases such as<br />
hypertension (Chodzinski, 2000; Singh<br />
et al.2004; Harinath et al 2004),<br />
pulmonary disease such as asthma<br />
(Cooper S et al., 2003; Singh etal., 2000;<br />
Vedanthan etal., 1998), autonomic<br />
nervous system imbalances (Pal et al.,<br />
2004), and psychologic or stress<br />
related disorders (Harinath K et al.<br />
2004; Brown and Gerbarg 2005).<br />
Pranayama is known to improve<br />
pulmonary function (Malhotra et al<br />
2002) and cardiovascular pr<strong>of</strong>ile<br />
(Chodzinski, 2000; Singh et al.2004;<br />
Harinath et al 2004). In studies that<br />
examined pranayama as a form <strong>of</strong><br />
exercise, nostril breathing was shown<br />
to increase hand grip strength <strong>of</strong> both<br />
hands (Raghuraj P et al. 1997).<br />
Pranayama, by reducing risk factors<br />
associated with cardiovascular disease<br />
(Bijlani et al. 2005), has shown that it is<br />
not only theraputic but also<br />
preventative. Reduction in oxidative<br />
stress levels with increased super-oxide<br />
dismutase and decreased number <strong>of</strong><br />
free radicals may explain in part the<br />
beneficial long term impact pranayama<br />
has on the cardiopulmonary system<br />
(Bhattacharya et, al., 2002).<br />
100<br />
Cellular intracellular enzymes<br />
such as SOD and catalase along<br />
with non-enzymatic antioxidants<br />
(gluta-thione) act as primary line <strong>of</strong><br />
defense to cope with the deleterious<br />
effects <strong>of</strong> reactive oxygen species<br />
(Bradley and Nathan, 1984).<br />
Superoxide dismutase detoxifies<br />
superoxide radicals and converts<br />
them to hydrogen peroxide which is<br />
further converted to water by<br />
catalase and glutathione peroxidase.<br />
Reduced scavenging <strong>of</strong> free<br />
radicals by SOD, decreased<br />
glutathione and decreased activity<br />
<strong>of</strong> catalase are associated with<br />
diabetes and vascular pathology<br />
(Baynes and Thorpe, 1996). Reduced<br />
capacities <strong>of</strong> antioxidant enzymes<br />
lead to increased oxidative stress in<br />
diabetes (Arai et, al., 1987) in the<br />
study evaluation <strong>of</strong> antioxidant<br />
status demonstrated significant<br />
increase in SOD activity and nonsignificant<br />
increase in catalase<br />
activity with a concomitant<br />
significant reduction in MDA in the<br />
Hatha yoga and conventional PT<br />
groups after six months. The<br />
improved antioxidant status due to<br />
these exercise regimens may point<br />
to adaptive response to oxidative<br />
stress reflecting free radical<br />
production and increased enzyme<br />
biosynthesis (Lui etal., 1993).<br />
Furthermore, in oxidative stress<br />
when excessive superoxide formation<br />
may be accompanied by increased<br />
nitric oxide levels, elevated SOD
activity may play a protective role<br />
in preventing cells from peroxynitrite<br />
formation (Li et al., 2000).<br />
A variety <strong>of</strong> natural antioxidants<br />
exist to scavenge oxygen free<br />
radicals and prevent oxidative<br />
damage to biological membranes.<br />
One group <strong>of</strong> these antioxidants is<br />
enzymatic (intracellular), which<br />
includes superoxide dismutase<br />
(SOD), glutathione peroxidase<br />
and catalase (Halliwell B, Gutteridge<br />
1999). In addition to enzymatic<br />
antioxidants, are the major natural<br />
antioxidants, most <strong>of</strong> them derived<br />
from natural sources by dietary<br />
intake and include vitamin A,<br />
vitamin C, vitamin E and carotenoids<br />
(Liu etal., 20<strong>06</strong>). Abnormally high<br />
levels <strong>of</strong> peroxidation and the<br />
simultaneous decline <strong>of</strong> antioxidant<br />
defense mechanisms can lead to<br />
damage <strong>of</strong> cellular organelles and<br />
oxidative stress (Mahboob et, al.,<br />
2005).To encounter act our study has<br />
been carried out for 12 weeks <strong>of</strong><br />
regular practice <strong>of</strong> yogasnas and was<br />
found to be effective in reducing the<br />
oxidative stress and retains the<br />
antioxidant status in healthy individuals.<br />
CONCLUSION<br />
Thus our study concluded that<br />
combined action <strong>of</strong> yogasanas and<br />
pranayama produces beneficial<br />
effect in reducing lipid levels by<br />
enhancing the antioxidant status. It<br />
is also revealed that yogasnas and<br />
101<br />
Effect <strong>of</strong> Combined Action <strong>of</strong> Yogasanas<br />
pranayama by their combined<br />
exercises helps us to keep our body<br />
and mind healthy and free from<br />
disease.<br />
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CONTRIBUTORS<br />
1<br />
Effect <strong>of</strong> Combined Action <strong>of</strong> Yogasanas<br />
Rajender Singh is Reader in the department <strong>of</strong> Physical Health & Sports Education,<br />
Aligarh Muslim <strong>University</strong>, Aligarh, India and Rajesh Kumar, Research Scholar in the<br />
same department are joint authors <strong>of</strong> the article titled “An Effect <strong>of</strong> Mental Toughness<br />
on Different Level <strong>of</strong> Participation in Soccer Player”<br />
Dr. Aslam Pervez Memon, Assistant Pr<strong>of</strong>essor, Department <strong>of</strong> Political Science,<br />
<strong>University</strong> <strong>of</strong> <strong>Sindh</strong>, Jamshoro; Soniha Aslam Ghouri, Assistant Pr<strong>of</strong>essor, Centre for<br />
Physical Education, Health & Sports Science; Dr. Deen Muhammad Jalbani, Associate<br />
Pr<strong>of</strong>essor, Department <strong>of</strong> Political Science and Dr. Yasmeen Iqbal Qureshi, Pr<strong>of</strong>essor &<br />
Director, Centre for Physical Education, Health & Sports Science working at the same<br />
university have jointly written article titled “Sports as a Dynamic Force in the<br />
Development <strong>of</strong> relations among Nations in Global Politics”<br />
M. Muftler, Research Assistant, Department <strong>of</strong> Physical Education and Sport, Middle East<br />
Technical <strong>University</strong>, Ankara, Turkey, Ahmet Yapar, Research Assistant in the same<br />
Department and <strong>University</strong>, S.G. Irez, Physical Education and Sport School, Gazi<br />
<strong>University</strong>, Ankara, Turkey and M.L. Ince, Associate Pr<strong>of</strong>essor, Department <strong>of</strong> Physical<br />
Education and Sport, Middle East Technical <strong>University</strong>, Ankara, Turkey; have jointly<br />
written article titled “Examination <strong>of</strong> public parks for physical activity participation by<br />
their Location, Size and Facilities”.<br />
Diane E. Mack, Associate Pr<strong>of</strong>essor, Department <strong>of</strong> Kinesiology, Brock <strong>University</strong>, St.<br />
Catharines, Canada; Katie E. Gunnell, PhD Candidate, School <strong>of</strong> Human Kinetics,<br />
<strong>University</strong> <strong>of</strong> British Columbia, Canada; Philip M. Wilson, Associate Pr<strong>of</strong>essor,<br />
Department <strong>of</strong> Kinesiology, Brock <strong>University</strong>, St. Catharines, Canada; Jenna D. Gilchrist,<br />
MA Candidate, <strong>of</strong> the same department and university, Kent C. Kowalski, Associate<br />
Pr<strong>of</strong>essor, College <strong>of</strong> Kinesiology, <strong>University</strong> <strong>of</strong> Saskatchewan, Canada; Peter R.E.<br />
Crocker, Pr<strong>of</strong>essor, School <strong>of</strong> Human Kinetics, <strong>University</strong> <strong>of</strong> British Columbia, Canada;<br />
Leah J. Ferguson, Doctoral Candidate, College <strong>of</strong> Kinesiology, <strong>University</strong> <strong>of</strong><br />
Saskatchewan, Saskatoon, Canada and J.D. Adachi, Pr<strong>of</strong>essor, Department <strong>of</strong> Medicine,<br />
McMaster <strong>University</strong>, Canada; have written joint article titled “Physical activity in<br />
individuals living with osteopenia: Association with Psychological need satisfaction<br />
and motives for well-being”.<br />
Jumshaid Ahmed, Students Affairs / Sports, Hamdard <strong>University</strong>, Karachi, Pakistan<br />
and Muhammad Akram Ansari, Assistant Pr<strong>of</strong>essor, Centre for Physical Education,<br />
Health & Sports Science, <strong>University</strong> <strong>of</strong> <strong>Sindh</strong>, Jamshoro; have jointly written article titled<br />
“Gender Differences <strong>of</strong> self-confidence in sports with reference to Pakistan Socio-<br />
Cultural factors and attitudes towards women”.<br />
(Continued on Page No. 02)
The Shield (<strong>ISSN</strong>-<strong>1991</strong>-<strong>8410</strong>) Vol. <strong>06</strong>, <strong>2011</strong><br />
2<br />
(Page No. 02)<br />
Parachi Shah, Physical Therapist, Department <strong>of</strong> Physiotherapy, Manipal College <strong>of</strong> Allied Health<br />
Sciences, Manipal <strong>University</strong>, India; Abraham Samuel Babu, working as Physical Therapist in<br />
the same department at Manipal; Vaibhavi Satam also serving as Physical Therapist in the same<br />
department; H.S. Ballal is Pr<strong>of</strong>essor and Pro-Chancellor, Department <strong>of</strong> Physiotherapy,<br />
Manipal College <strong>of</strong> Allied Health Sciences, India; Fiddy Davis, Associate Pr<strong>of</strong>essor, Department<br />
<strong>of</strong> Physiotherapy in the same <strong>University</strong> and Arun G. Maiya, Pr<strong>of</strong>essor and Head, Department<br />
<strong>of</strong> Physiotherapy, Manipal College <strong>of</strong> Allied Health Sciences, India are the joint authors <strong>of</strong><br />
article titled “A Musculoskeletal injury pr<strong>of</strong>ile <strong>of</strong> athletes at a National Inter-<br />
<strong>University</strong> Athletic meet in Minipal, Karnataka, India”<br />
Ifeanyichukwu C. Elendu, Department <strong>of</strong> Human Kinetics and Health Education, Faculty <strong>of</strong><br />
Education, <strong>University</strong> <strong>of</strong> Port Harcourt, Rivers State, Nigeria and Tammy T. Orunaboka<br />
working in the same department and university at Nigeria have jointly written article titled<br />
“Sports as an institution for gender stereotype challenge and women empowerment:<br />
A reflection on Nigerian Elite Sportswomen at the Olympics”<br />
Ahmed M. Al-Shishani, Associate Pr<strong>of</strong>essor, Department <strong>of</strong> Physical Education, The<br />
Hashemite <strong>University</strong>, Zarqa, Jordan; Akef M. Taifour, Instructor, Department <strong>of</strong><br />
Physical Education, and Aman S. Khasawneh, Associate Pr<strong>of</strong>essor, Department <strong>of</strong><br />
Physical Education at the same <strong>University</strong> have jointly written article titled “Curriculum<br />
Quality and Academic Reputation <strong>of</strong> Physical Education College in Health–Fitness<br />
Job Marketing in Jordan”.<br />
Bhavana S. Masale, Assistant Teacher in Biology, Department <strong>of</strong> Biology, Shivaji<br />
<strong>University</strong>, Kolahapur, Maharashtra, India and Vijay A. Sawant, Former Head and<br />
Pr<strong>of</strong>essor, Department <strong>of</strong> Zoology at the same university have jointly written article titled<br />
“Physiological Pr<strong>of</strong>ile <strong>of</strong> Trained Weightlifters”.<br />
Dr. Annida Balakrishnan is Co-ordinator International Operations, Bharath Institute <strong>of</strong><br />
Science and Technology, Chennai, Tamilnadu, India, and Suthakar Krishnaswamy is<br />
PhD Scholar in the Department <strong>of</strong> Physical Education and Sports Science at Annamalai<br />
<strong>University</strong>, Chidambaram, are joint authors <strong>of</strong> the article titled “Effect <strong>of</strong> Combined<br />
action <strong>of</strong> Yogasanas and Pranayama Exercises reduces lipid pr<strong>of</strong>iles and enhances<br />
antioxidant status in Young Healthy Individuals”.