Table 2.
Examples of future research directions in topics for which the current evidence base is limited or conflicting, and in topics where there is no current research
| Research topic | Focus | Current evidence base | What is the clinical and practical relevance of this research? (i.e., impact on policy and practice) | What is the priority for this research to be carried out? (low/medium/high) | |
|---|---|---|---|---|---|
| Limited | Conflicting | ||||
| Current evidence base is limited or conflicting | |||||
| Biomechanics/ injury | Landing technique influence on injury risk | Yes | No | Could direct landing training programmes undertaken at all levels with potential for recommendations and coach training to infiltrate community netball | Medium | 
| Biomechanics/ injury | Lower limb movement screening and injury risk | Yes | Yes | Any links/associations could direct effective screening content | Medium | 
| Injury risk and influence | Role of physical capacity and other factors. Particularly with high-level athletes | Yes | Yes | Would enable a higher standard of decision making and athlete care through implementing training programmes that could mitigate/improve risk | High | 
| Recovery | Effective recovery modalities; specifically during congested fixtures | Yes | No | Current wider research on recovery modalities are extendable to netball. Best strategies during periods of congested fixtures could benefit teams test-series or tournaments | Low | 
| Match-play | Differences in technical-tactical characteristics between levels of play | Yes | No | Would support in directing training progressions through playing careers | Medium | 
| Performance | Influence of fixture scheduling on individual and team performance | Yes | No | Could support in directing set up or scheduling of major events | Medium | 
| Physical qualities | Normative standards and reliability of tests relative to the position and level of the athlete | Yes | No | Would support talent identification and development, and monitoring the progress of a programme | Medium | 
| Physical qualities | Effects of strength and power training in netballers | Yes | No | Could direct more specific training and preparation for performance, but some current wider research could be extended to the sport | Medium | 
| Training and match load | The quantification of external and internal training load in senior professional and international athletes | Yes | No | Could influence daily and seasonal training practices | High | 
| Training load | The appropriateness of training in preparation for match-play | Yes | No | Would allow for more effective training, robust programming, return to play plans and athlete development | High | 
| No current research | |||||
| Biomechanics/ injury | Ground reaction forces interaction with injury outcomes/risk | Useful to assist in developing mechanisms to mitigate injury risk | Medium | ||
| Injury epidemiology | Systematic review/meta-analysis on injury epidemiology | Quick and effective information to inform policies and an opportunity to decrease injury risks at all levels | Medium | ||
| Injury epidemiology | Injury, and concussion, burden and recurrence rate at different age groups and playing standards | Important for long term health of player population; would enable the evaluation of current practices and development of programmes to try reduce recurrence | High | ||
| Injury risk and influence | Impact of specific rehabilitation protocols | Would inform practice to a greater depth than what already is delivered and could be used to update current practice guidelines | High | ||
| Fatigue | The influence of physical qualities on transient, acute and chronic fatigue and recovery profiles | Would impact on training planning, modalities and scheduling to improve tolerance and recovery, especially in congested test series. Understanding the dose response relationship of netball would enhance specificity of training and adaptations | Medium | ||
| Recovery | The efficacy and effectiveness of sleep hygiene, with a focus on recovery and performance | Could guide the choice of appropriate recovery strategies but wider research on recovery is extendable. | Low | ||
| Match-play | Influence of game events and interactions on performance outcomes and/or activity profile | Could impact on how game is played/approached, and the training undertaken to prepare | Medium | ||
| Match-play | Fast Five competition | Could support the preparation for players transitioning between competitions | Low | ||
| Nutrition | Energy expenditure in senior and age group elite athletes | Would improve level of support to players, contributing to nutritional intervention. Would link to player health, particularly around RED-s | Medium | ||
| Nutrition | Nutritional behaviours of elite athletes, influence of age and experience | Could guide nutritional interventions and help education and management around RED-s. | Medium | ||
| Physical qualities | Relationship between physical qualities and match-play activity profile and/or recovery kinetics | Would impact upon training specificity and prescription and inform the direction of many of the other fields | Medium | ||
| Psychology | Injury; influence of psychological support during rehabilitation | Would impact on the support provided to players during rehabilitation, especially long term return to play processes, but some wider literature could be extended to netball | Medium | ||
| Psychology | Psychological skills of elite athletes, the effect of mental skills training and impact of team dynamics and culture | Would enable more sport specific psychology support | Low | ||
| Training load | The quantification of training load in across age-grades and playing standards | Would improve understanding of Long-Term Player development in netball and specifically in female populations | High | ||
Notes on the clinical and practical relevance and research priority for each topic, based on the potential impact, are also provided