人工智能方案下美利奴母羊繁殖率与后代质量

E. Narayan, Greg Sawyer, Natalie Hoskins, Greg Curren
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引用次数: 0

摘要

生殖浪费是全球绵羊生产的主要经济负担,特别是在澳大利亚,因为牲畜生产系统面临气候变化(如长期干旱或洪水)带来的压力越来越大。绵羊对环境的急剧变化很敏感,如热应激,如果不加以充分监测,将导致重大的生产损失,如繁殖失败、寄生虫和蠕虫负担增加、发病率和死亡率风险。通过在应激和生殖生理学领域的基础和应用研究,我们的团队在理解绵羊对急性和慢性应激源的行为和生理反应方面取得了重大进展。利用微创激素监测技术,结合对绵羊健康和生产力性状的实地评估,我们的团队提供了关于绵羊如何应对急性环境压力及其对绵羊繁殖的影响的新知识。本章对人工智能育种方案下美利奴母羊的受精率和胚胎质量进行了评价。我们讨论了热应激等因素,可以影响母羊和后代的质量。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Reproductive Rates of Merino Ewes and Offspring Quality under AI Program
Reproductive wastage is a major economic burden in sheep production globally, especially within Australia as livestock production systems face increased pressure from climatic variability (e.g. prolonged droughts or flooding). Sheep are sensitive to acute changes in their environment such as heat stress, which if not adequately monitored will result in significant production losses such as reproductive failure, increased parasite and worm burden, morbidity and mortality risks. Through basic and applied research in the areas of stress and reproductive physiology our team has made significant advancements in the understanding of sheep behaviour and physiological responses to acute and chronic stressors. Using minimally invasive hormone monitoring technology in combination with field based assessment of sheep health and productivity traits, our team has delivered new knowledge on how sheep react to acute environmental stress and how it impacts on sheep reproduction. In this chapter, we evaluated the fertility rates and embryo quality of Merino ewes under AI breeding program. We discuss factors such as heat stress that can impact on ewe and offspring quality.
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