Summary
This 2025 narrative review reframes the drivers of pasture ecosystem preservation by positioning management technology—rather than animal type or stocking rate alone—as the primary leverage point for sustainability. The authors develop a comparative framework examining rotational, adaptive, and precision grazing systems as critical technological interventions affecting pasture health and ecological function. The work contributes conceptually to understanding how management systems engineering, implemented through modern grazing technologies, determines long-term pasture sustainability outcomes.
Regional applicability
The framework is likely applicable to UK grassland management, where rotational and adaptive grazing are established practices; however, adoption of precision grazing technologies remains variable across UK farms. The review's emphasis on technology-driven outcomes may inform UK policy discussions around sustainable intensification and agri-environment scheme design.
Key measures
Pasture ecosystem quality indicators; sustainability outcomes across different grazing technology systems; comparative effectiveness of rotational, adaptive, and precision grazing approaches
Outcomes reported
The review examines how livestock grazing technologies (rotational, adaptive, and precision grazing systems) function as primary determinants of pasture ecosystem quality and long-term sustainability. The study presents a comparative framework for evaluating technology-driven management systems rather than animal-centred factors alone.
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