Summary
This conference paper presents a systematic approach to selecting cattle for sustainability-relevant traits within pasture-based farming systems. The work, presented at the World Congress on Genetics Applied to Livestock Production, appears to bridge genetic improvement and environmental sustainability by identifying which breeding criteria best support resilient, low-input grazing operations. The methodology likely integrates genomic and phenotypic data to guide farmer and breeder decision-making.
UK applicability
The findings are potentially highly applicable to UK pastoral livestock farming, particularly in extensive beef and sheep systems and grass-fed dairy. The framework could inform breeding programmes under UK pastoral certification schemes and support farm resilience in the context of future policy shifts towards public money for public goods.
Key measures
As suggested by the title, likely measures include sustainability traits relevant to pasture systems (e.g., grazing efficiency, methane emissions, nutrient cycling, hoof health, disease resistance), though specific metrics are not evident from metadata alone.
Outcomes reported
The study appears to present a framework or methodology for identifying and selecting cattle breeding traits that enhance sustainability performance in pasture-based production systems. Specific metrics and outcomes are not evident from the title alone.
Topic tags
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