专题:Ruminant Nutrition and Digestive Physiology

This cluster of papers explores various aspects of ruminant nutrition, with a focus on strategies to optimize health, production, and environmental impact. Topics include methane production, microbial communities in the rumen, effects of dietary tannins, rumen fermentation, milk composition, feed efficiency, subacute ruminal acidosis, and fatty acid composition. The research aims to improve the understanding and management of nutritional factors affecting ruminant health and productivity.
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BeefAI™ — Genetic Emissions Intensity Score (GEIS): Methodology for Scoring Bull Genetic GHG Reduction Potential from BREEDPLAN® EBVs in Australian Angus Cattle

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Comparative Impact of Selenium Selenite and Nano‐Selenium on Physiological Functions in Male Goat Kids

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Rumen ciliates modulate methane emissions in ruminants

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Physiological and Productive Impacts of Including Artificial Saliva in Lamb Diets: Growth, Carcass Traits, and Fermentation Efficiency

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Growth, Health, and Economic Performance of Post-Weaning Lambs Fed Alternative Concentrate

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BeefAI™ Regen Genetics Score — A Composite Index for Genetic Selection Under Adaptive Multi-Paddock Grazing

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BeefAI™ AAA Scoring Lane — American Angus Association EPD Evaluation: Technical Reference and Methodology

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BeefAI™ — Birth Weight, Calving Ease and Genetic Consequence in Angus Cattle: The Multi-Generational Impact of Selection Decisions

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Metagenomic insights into the global wild boar faecal microbiome reveal novel taxa and carbohydrate degraders distinguishing wild and domesticated Sus

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A Case of Starch Overload in Young Dairy Heifers: A Physiological and Nutritional Point of View

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