Unifying to Advance Understanding: Collaborative, Community-Driven and ‘Open’ Approaches for Better Science in Sport

Historically, sport science and medicine researchers have had difficulty obtaining adequate sample sizes, limiting their ability to make accurate generalizations to populations of athletes. To move towards better and more generalizable research, sport could look to other fields of research, and draw upon collaborative approaches for performing science. These include concepts such as big teams approaches for conducting experimental research, developing data repositories centred on a holistic inter-disciplinary view of the athlete and exploring privacy preserving meta-analytic inspired concepts such as federated analyses or pooled synthetic data. These approaches have enormous potential but do come with their own difficulties and risks. There are challenges surrounding the collection, ownership and perception of data, particularly in high-performance sport contexts. This conceptual review is a step towards presenting possible solutions, which could be tested, documented and sculpted to fit the high-performance and professional sport environment, with the aim of improving the processes underpinning scientific enquiry in sport.

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Publication Details

Journal
Sports Medicine
Published
2026-03-16
DOI
https://doi.org/10.1007/s40279-026-02394-8
Primary Topic
Sports Performance and Training
Type
article
Field-Weighted Citation Impact
0.00
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Unifying to Advance Understanding: Collaborative, Community-Driven and ‘Open’ Approaches for Better Science in Sport

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Unifying to Advance Understanding: Collaborative, Community-Driven and ‘Open’ Approaches for Better Science in Sport

Aaron J. Coutts, John Warmenhoven, Sophia Nimphius, Paolo Menaspà, Garrett S. Bullock, Franco M. Impellizzeri, Ian Shrier, Alex O. Holcombe
article en

Abstract

Historically, sport science and medicine researchers have had difficulty obtaining adequate sample sizes, limiting their ability to make accurate generalizations to populations of athletes. To move towards better and more generalizable research, sport could look to other fields of research, and draw upon collaborative approaches for performing science. These include concepts such as big teams approaches for conducting experimental research, developing data repositories centred on a holistic inter-disciplinary view of the athlete and exploring privacy preserving meta-analytic inspired concepts such as federated analyses or pooled synthetic data. These approaches have enormous potential but do come with their own difficulties and risks. There are challenges surrounding the collection, ownership and perception of data, particularly in high-performance sport contexts. This conceptual review is a step towards presenting possible solutions, which could be tested, documented and sculpted to fit the high-performance and professional sport environment, with the aim of improving the processes underpinning scientific enquiry in sport.

Sports Medicine
University of Technology Sydney (AU), Edith Cowan University (AU), The University of Sydney (AU), Australian Sports Commission (AU), Jewish General Hospital (CA), Wake Forest University (US), McGill University (CA)
Openalex Percentile: Top 21%
Sports Performance and Training
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