在工业类型的奶牛场中,奶牛在挤奶和泌乳中期的最佳喂饲率

A. I. Shamonina
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引用次数: 0

摘要

技术应结合成一个单一的生产过程的生物技术方法,刺激功能能力的发展和提高动物的适应能力与动物技术技术,提供舒适的条件和保存现有的刻板印象的住房,在整个技术周期,这使得有可能排除不合理的损失在生产力和有助于遗传潜力的更完整的表现。因此,需要寻找这样一种技术解决方案,它不会干扰动物的身体,相反,会有一种刺激的性质。在动物生产生命的所有阶段,都需要探索开发新的和改进现有的技术,以最好地满足身体的生理需要。本文介绍了旨在确定产乳期和泌乳中期泌乳奶牛最佳饲喂时间的研究结果。结果表明,采食距离为0.60 ~ 0.65 m/头的奶牛在产奶期表现出舒适的行为学特征,表现为食物、运动和一般活动指标。这些动物显示出更高的产奶量指标。对于泌乳中期的奶牛,最佳采食量为0.45 ~ 0.50 m/头。它允许在主泌乳期为奶牛创造更舒适的条件,这有助于更全面地实现奶牛生产性能的遗传潜力。研究结果可用于工业乳品综合体的设计和施工。
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Optimal rates for feeding front for cows during the milking and midlactation period when contained at dairy complexes of the industrial type
Technology should combine into a single production process biotechnical methods of stimulating the development of functional capabilities and increasing the adaptive abilities of animals with zootechnical techniques that provide comfortable conditions and preservation of the existing stereotype of housing throughout the entire technological cycle, which makes it possible to exclude unjustified losses in productivity and contributes to more complete manifestation of genetic potential. Therefore, search is required for such technological solutions that would not interfere with the animal body, but, on the contrary, would have a stimulating nature. At all stages of the productive life of animals, searches are needed to develop new and improve existing technologies that would best meet the physiological needs of the body. The paper presents the results of researches aimed to establish the optimal feeding front for lactating cows during the period of milk production and mid-lactation. It has been determined that comfortable ethological signs, expressed in the indices of food, motor and general activity, were manifested during the period of milk production in cows with a feeding front of 0.60-0.65 m/animal. These animals showed higher indicators of milk yield. For cows in the mid-lactation, the optimal feeding front was 0.45-0.50 m/animals. It allows to create more comfortable conditions for cows during the main lactation period, which contributes to more complete implementation of the genetic potential of dairy performance. The research results can be used in design and construction of industrial dairy complexes.
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