Scientific Epistemology for Physical Education Fundamental Movement Skills Prerequisites
Authors: Robert P. Narcessian and Janet M. Leet
Corresponding Author:
Robert P. Narcessian, EdM
St. Joseph’s Health and Regional Medical Center
Department of Orthopedics
703 Main Street
Paterson, NJ 07503
mapsllc@optonline.net
201-612-0695; 973-754-2950
Robert P.Narcessian is a faculty member and research consultant in the Department of Orthopedics, and the primary investigator of the study
Janet M. Leet, President
Sub5, Inc.
508 S. Evanston Avenue
Arlington, IL 60004
janet@runsub5.com
847-494-9088
Janet M. Leet is a coach and the co-investigator of the study at St. Joseph’s Regional Medical Center
Scientific Epistemology for Physical Education Fundamental Movement Skills Prerequisites
ABSTRACT
A scientific epistemology, using a systems thinking qualitative methodology for translating practice into theory, integrates mathematical and dynamical systems concepts with belief systems that are presented in this original research of unique prerequisites for fundamental movement skills (FMS) in physical education as illustrated with running. FMS prerequisites demonstrate that FMS are neither fundamental nor reliable screentests conducted on individuals by physical education teachers, coaches, and healthcare practitioners for performance readiness evaluations or injury risk assessments. FMS prerequisites identify and assess eliminating the hypothetical set of worst first moves, assess the integrity of their respective coordinative structures, and assess performers’ beliefs (i.e., preferred behaviors) with the objective to provide a new direction for researching injury risk and performance readiness. The researchers illustrate this new method with participants for FMS prerequisites in running and squatting to provide insight for the observer-performer interaction. A new observer-performer classification and non-epistemic modeling show what is known with self-discovery strategies that detect hidden skills at the observable level using four independent tasks. There were 297 participants in kindergarten through high school (213 females and 84 males; mean 14.5 years; range 5 to 17 years) and 21 participants from the community at large (15 females and 6 males; mean 31.4 years, range 12 to 94 years). A variety of running strategies of different degrees of configured complexity from which to run were self-selected and observed as preferred with and without practice or intervention. An idealized 2-joint planar multi-joint mechanism (MJM) was used to assess individual skill with respect to adding and removing constraints. Findings are presented for strategies, trends, and transitions of preferred behavior including observables that reveal hidden skills including a visual search of a hidden skill with world record Olympian sprint performances. FMS prerequisites are theorized for future study with an inverted U-model and a leading MJM hypothesis; and they provide the rudiments for injury risk assessments and performance readiness evaluations approaching optimal health biomechanically in the very early detection of flawed gross motor skill development before manifesting into the signs and symptoms of injury or poor performance.
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