Title of article :
Temporal Patterns of Subjective Experiences and Self-Regulation during Ramadan Fasting among Elite Archers: A Qualitative Analysis
Author/Authors :
Roy, Jolly Sport Psychology Centre National - Sports Institute of Malaysia , Hamidan, Shazarina Sport Psychology Centre National - Sports Institute of Malaysia , Singh, Rabindarjeet Advanced Medical and Dental Institute - Universiti Sains Malaysia, Penang, Malaysia
Abstract :
Purpose: Some major competitions (e.g. London Olympics, 2012) are
scheduled during the Ramadan fasting month. Little attention has been
given to explore the archers’ performance related subjective experiences
with a qualitative method. Therefore, this study addressed individual
archers’ subjective experiences within the framework of self-regulation
during Ramadan.
Methods: Eleven elite Malaysian Muslim fasting archers volunteered to
participate in the study. Grounded theory was the qualitative approach
used to examine the subjective experiences of athletes during Ramadan.
Interviews were conducted and inductive content analysis was adopted to
identify the temporal patterns of self-regulation of subjective experiences
across the fasting period.
Results: Inductive content analysis identified (a) physical, (b) mental,(c)
emotional, (d) behavioral, and (e) spiritual experiences. Overall patterns
revealed that experiences associated with physical, emotional, behavioral,
and spiritual dimensions dominated in the first phase of fasting, while the
mental dimension surfaced increasingly in the latter phase of fasting.
Conclusions: The trend showed changes in the patterns of experiences
among the major domains across the temporal dimension. Athletes
reported increased subjective experiences in mental factors toward the
latter half of the fasting period. Practitioners should emphasize on mental
aspects of training, as these appear to be salient in archery performance.
Keywords :
Subjective Experiences , Ramadan Fasting , Qualitative Research , Self Regulation
Journal title :
Astroparticle Physics