Grace Greenham

Dr Grace Greenham is a Research Assistant at the University of South Australia, affiliated with both the School of Health Sciences and UniSA Allied Health & Human Performance. Her research focuses on performance analysis in team sports, particularly Australian football and soccer, with an emphasis on quantifying game styles, player movement, and physiological responses to training.

Her research interests include performance analysis, game style dynamics, sports physiology, and athlete monitoring. She has contributed to significant studies analyzing offensive and defensive trends in the Australian Football League (AFL) over two decades, as well as investigating biomarkers associated with intensified training in elite athletes. Her work often involves the development and application of performance metrics across key moments of play such as transitions, set pieces, and established offence/defence phases.

The analysis of her publications reveals a consistent focus on data-driven approaches to understanding team sports. Her work spans systematic reviews, meta-analyses, and primary research utilizing performance indicators and physiological biomarkers. She frequently collaborates with leading researchers such as Kevin Norton and Adam Hewitt, contributing to both journal articles and book chapters in the field of sports science.

Grace Greenham has not been mentioned in relation to any scientific awards or honors in the provided texts.

She has co-authored multiple research articles and a book chapter, indicating active involvement in academic advising and collaborative research. While specific students she may supervise are not listed, her contributions to major studies suggest mentorship and research leadership roles within her team. There is no mention of grant funding in the provided documents.

Her research is conducted within the School of Health Sciences and the UniSA Allied Health & Human Performance unit, both part of the University of South Australia. These units serve as her primary research environments, supporting her work in sports performance analytics and athlete physiology.