The Flow State Scale (FSS) is a new measure of flow in sport and physical activity settings. The nine FSS scales of the 36-item instrument represent the dimensions of flow discussed by Csikszentmihalyi (1990, 1993), and each scale is measured by four items. Development of items was based on (a) past research with flow state both within and outside of sport settings, (b) qualitative analysis of interviews with elite athletes, and (c) quantitative analyses conducted in the present investigation. Internal consistency estimates for the nine FSS scales were reasonable (alpha M = 33) for administration of the scale to 394 athletes. Confirmatory factor analyses supported the nine scales. Consistent with the theoretical basis of the FSS, there was also support for a hierarchical model in which one global (higher order) flow factor explained correlations among the nine first-order FSS factors. Suggestions for use of the scale and for further research are discussed.

The Flow State Scale-2 (FSS-2) and Dispositional Flow Scale-2 (DFS-2) are presented as two self-report instruments designed to assess flow experiences in physical activity. Item modifications were made to the original versions of these scales in order to improve the measurement of some of the flow dimensions. Confirmatory factor analyses of an item identification and a cross-validation sample demonstrated a good fit of the new scales. There was support for both a 9-first-order factor model and a higher order model with a global flow factor. The item identification sample yielded mean item loadings on the first-order factor of .78 for the FSS-2 and .77 for the DFS-2. Reliability estimates ranged from .80 to .90 for the FSS-2, and .81 to .90 for the DFS-2. In the cross-validation sample, mean item loadings on the first-order factor were .80 for the FSS-2, and .73 for the DFS-2. Reliability estimates ranged between .80 to .92 for the FSS-2 and .78 to .86 for the DFS-2. The scales are presented as ways of assessing flow experienced within a particular event (FSS-2) or the frequency of flow experiences in chosen physical activity in general (DFS-2).

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The purpose of this study was to examine possible psychological correlates of flow in a sample of older athletes. Both state and trait, or dispositional flow states, were examined. Masters athletes completed questionnaire assessments on two occasions while competing at an international masters sport competition. The participants (398) completed a questionnaire assessing intrinsic/extrinsic motivation, goal orientation, trait anxiety, perceived ability, and typical flow experiences (trait) when participating in sport. Of these participants, 213 completed a questionnaire after and in relation to one event they competed in at the Games. This second questionnaire assessed state flow, as well as perceptions of success, skills, and challenges in a selected sport event. Correlational and multivariate analyses were conducted to examine psychological correlates of state and trait flow. Patterns of relationships were found between flow and perceived ability, anxiety, and an intrinsic motivation variable. Understanding flow and its relationship with other psychological variables are discussed.

Long and short flow scales are examined from dispositional (n=652 long; n=692 short) and state (n=499 long; n=865 short) perspectives. The long flow scales constitute a 36-item multidimensional assessment of flow and have previously demonstrated good psychometric properties. The short flow scales constitute new abbreviated versions of the long forms, contain 9 items, and provide a brief measure of flow from a dimensional perspective. In the current study, long and short flow scales are assessed across a large and diverse physical activity sample. With few exceptions, these flow measures demonstrated acceptable model fit, reliability, and distributions; associations with key correlates in parallel and hypothesized ways; and invariance in factor loadings. Together, the scales provide options for assessing flow in different contexts and when different goals or constraints are operating. Researchers wanting to capture an aggregate of the multidimensional framework might find the short scales a pragmatic alternative when constraints prohibit use of the full-length versions.

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Based on the Physical Self Description Questionnaire (PSDQ) normative archive (n = 1,607 Australian adolescents), 40 of 70 items were selected to construct a new short form (PSDQ-S). The PSDQ-S was evaluated in a new cross-validation sample of 708 Australian adolescents and four additional samples: 349 Australian elite-athlete adolescents, 986 Spanish adolescents, 395 Israeli university students, 760 Australian older adults. Across these six groups, the 11 PSDQ-S factors had consistently high reliabilities and invariant factor structures. Study 1, using a missing-by-design variation of multigroup invariance tests, showed invariance across 40 PSDQ-S items and 70 PSDQ items. Study 2 demonstrated factorial invariance over a 1-year interval (test-retest correlations .57-.90; Mdn = .77), and good convergent and discriminant validity in relation to time. Study 3 showed good and nearly identical support for convergent and discriminant validity of PSDQ and PSDQ-S responses in relation to two other physical self-concept instruments.

An in-depth investigation into flow state was conducted in order to understand how this optimal state is experienced by elite athletes. Twenty-eight elite-level athletes, representing 7 sports, were interviewed on their perceptions of flow state during performance of their sport. Csikszentmihalyi's (1990) model of the flow state was examined for its applicability to elite athletes. Correspondence was found between the dimensions of flow, as described by Csikszentmihalyi (1990), and the athletes' descriptions of their experience of flow; some dimensions received greater support through the qualitative analysis of the athletes' descriptions than did other dimensions. Those dimensions of flow most represented across the group's data were the autotelic experience of flow, total concentration on the task at hand, merging of action and awareness, and the paradox of control. The analyses provided a detailed, sport-specific picture of flow state in elite athletes.