Qualitative task analysis to enhance sports characterization: a surfing case study

Area of Science:

• Sports Science
• Biomechanics
• Motor Control

Background:

• The need for a universal framework to analyze diverse sports tasks.
• Existing methods lack a comprehensive approach to classifying sports structures and behaviors.
• Understanding the specific demands of sports like surfing is crucial for performance enhancement.

Purpose of the Study:

• To develop a Matrix of Analysis for Sports Tasks (MAST) applicable across various sports.
• To characterize sports disciplines through context and behavioral analysis.
• To establish a foundation for developing effective teaching and performance strategies.

Main Methods:

• Qualitative research employing a case study of surfing.
• Application of the MAST in four phases: taxonomy, context description, task analysis, and strategy development.
• Data triangulation using observation, surfer interviews, and literature review.

Main Results:

• The MAST successfully characterized the surfing discipline, classifying it as a nature sport within the sliding modality.
• Identified key elements of the surfing context (wave components, surfboard qualities) and a taxonomy of maneuvers.
• Structural and functional analysis informed the development of training solutions using trampolines and skateboards for surf technique acquisition.

Conclusions:

• The developed Matrix of Analysis for Sports Tasks (MAST) provides a robust framework for sports analysis.
• MAST facilitates the characterization of sports disciplines by examining context and practitioner behavior.
• The study demonstrates MAST's utility in informing the development of targeted teaching and performance interventions.