The purpose of this cross sectional study was to predict feelings of belonging and social responsibility based on climate perceptions of youth participating in a middle school running program. Method: Seventy-four youth from a middle school track and cross country program in the Midwest participated. Results: Based on multiple regression analyses we predicted 52% of the variance in feelings of belonging largely due to perceptions of leadership emotional support and task climate and 25% of the variance in feelings of social responsibility largely due to perceptions of a caring climate. Conclusions: Our findings support the importance of middle school running programs which offered an environment allowing multiple psychosocial benefits, such as nurturing feelings of belonging and social responsibility.
Brigid Byrd and Jeffrey J. Martin
John B. Nezlek, Marzena Cypryańska, Piotr Cypryański, Karolina Chlebosz, Karolina Jenczylik, Joanna Sztachańska and Anna M. Zalewska
There has been a marked increase in recreational running over the past few decades (e.g., Breedveld, Scheerder, & Borgers, 2015 ). The popularity of running is likely due (at least in part) to its advantages compared with many forms of exercise: Running has a low entry cost, people can run
Pantelis T. Nikolaidis, Stefania Di Gangi and Beat Knechtle
Marathon running maintains a high level of popularity. However, more people run a half-marathon than a marathon in the United States. In 2016, a total of 1,900,000 runners finished a half-marathon, which is slightly fewer than the 1,986,600 finishers in 2015 and the record of more than 2
Alyssa Evans, Gavin Q. Collins, Parker G. Rosquist, Noelle J. Tuttle, Steven J. Morrin, James B. Tracy, A. Jake Merrell, William F. Christensen, David T. Fullwood, Anton E. Bowden and Matthew K. Seeley
, Braun, Schaenzer, 2011 ; Sedlock, Fissinger, Melby, 1989 ). The present work utilized an instrumented athletic shoe with four novel nanocomposite piezoresponsive foam (NCPF) sensors (Figure 1a ) for the purposes of measuring 3D ground reaction forces during walking and running outside of a traditional
Katja Krustrup Pedersen, Esben Lykke Skovgaard, Ryan Larsen, Mikkel Stengaard, Søren Sørensen and Kristian Overgaard
higher running speeds ( Jørgensen et al., 2009 ; John et al., 2010 ). Notably, emerging evidence suggest that thigh-placed accelerometers may be a valid alternative in order to distinguish between various types of activities, such as sitting, standing, cycling, walking, and running ( Skotte et al., 2014
Antje Hill, Linda Schücker, Norbert Hagemann and Bernd Strauß
). Although all outcome variables can be regarded as important, some of them (e.g., speed or perceived exertion) can be easily influenced by participants’ motivation to perform well on the task making it necessary to control for other influences (e.g., motivation). Therefore, running economy is a favorable
Jeffery J. Summers, Victoria J. Machin and Gregory I. Sargent
This study was designed to examine some of the psychosocial factors underlying the recent marathon boom. A survey of 459 marathoners varying in age, sex, ability, and experience was conducted to assess their reasons for running a marathon, the outcomes derived, and their experiences during a marathon. Information was also sought regarding the psychological aspects of running in general, particularly the concept of addiction to running. Measures of addiction to running produced a consistent pattern of sex differences, with females evidencing higher levels of addiction than males. With respect to reasons for running a marathon and perceived outcomes, some interesting trends were evident as a function of age. It was suggested that the attraction of the marathon to people of all ages and abilities may lie partly in its unique ability to satisfy a wide range of needs, both extrinsic and intrinsic.
James W. Navalta, Jeffrey Montes, Nathaniel G. Bodell, Charli D. Aguilar, Ana Lujan, Gabriela Guzman, Brandi K. Kam, Jacob W. Manning and Mark DeBeliso
population is utilizing wearable technology. Among the most common leisure activities is hiking, which has seen participation increase almost 200 fold in recent years, and is one of the top two outdoor activities performed ( Cordell et al., 2005 ; Manning et al., 2015 ). Additionally, trail running has seen
Alex V. Rowlands, John M. Schuna Jr., Victoria H. Stiles and Catrine Tudor-Locke
Previous research has reported peak vertical acceleration and peak loading rate thresholds beneficial to bone mineral density (BMD). Such thresholds are difficult to translate into meaningful recommendations for physical activity. Cadence (steps/min) is a more readily interpretable measure of ambulatory activity.
To examine relationships between cadence, peak vertical acceleration and peak loading rate during ambulation and identify the cadence associated with previously reported bone-beneficial thresholds for peak vertical acceleration (4.9 g) and peak loading rate (43 BW/s).
Ten participants completed 8 trials each of: slow walking, brisk walking, slow running, and fast running. Acceleration data were captured using a GT3×+ accelerometer worn at the hip. Peak loading rate was collected via a force plate.
Strong relationships were identified between cadence and peak vertical acceleration (r = .96, P < .05) and peak loading rate (r = .98, P < .05). Regression analyses indicated cadences of 157 ± 12 steps/min (2.6 ± 0.2 steps/s) and 122 ± 10 steps/min (2.0 ± 0.2 steps/s) corresponded with the 4.9 g peak vertical acceleration and 43 BW/s peak loading rate thresholds, respectively.
Cadences ≥ 2.0 to 2.6 steps/s equate to acceleration and loading rate thresholds related to bone health. Further research is needed to investigate whether the frequency of daily occurrences of this cadence is associated with BMD.
Mark Abel, James Hannon, David Mullineaux and Aaron Beighle
Current recommendations call for adults to be physically active at moderate and/or vigorous intensities. Given the popularity of walking and running, the use of step rates may provide a practical and inexpensive means to evaluate ambulatory intensity. Thus, the purpose of this study was to identify step rate thresholds that correspond to various intensity classifications.
Oxygen consumption was measured at rest and during 10 minute treadmill walking and running trials at 6 standardized speeds (54, 80, 107, 134, 161, and 188 m·min-1) in 9 men and 10 women (28.8 ± 6.8 yrs). Two observers counted the participants’ steps at each treadmill speed. Linear and nonlinear regression analyses were used to develop prediction equations to ascertain step rate thresholds at various intensities.
Nonlinear regression analysis of the metabolic cost versus step rates across all treadmill speeds yielded the highest R 2 values for men (R 2 = .91) and women (R 2 = .79). For men, the nonlinear analysis yielded 94 and 125 step·min-1 for moderate and vigorous intensities, respectively. For women, 99 and 135 step·min-1 corresponded with moderate and vigorous intensities, respectively.
Promoting a step rate of 100 step·min-1 may serve as a practical public health recommendation to exercise at moderate intensity.