Quintana Álvaro Rafael, Seseña Susana, Garzón Ana, Arias Ramón
Instituto Regional de Investigación y Desarrollo Agroalimentario y Forestal de Castilla La Mancha (IRIAF), 13300 CERSYRA de Valdepeñas (Ciudad Real), Spain.
Departamento de Química Analítica y Tecnología de los Alimentos, Facultad de Ciencias Ambientales y Bioquímica, Universidad de Castilla-La Mancha, 45071 Toledo, Spain.
Animals (Basel). 2020 Mar 21;10(3):526. doi: 10.3390/ani10030526.
This review attempts to reflect the importance of different factors that affect the environmental quality of dairy farms and must, therefore, be taken into account when considering the importance of environmental microbiology as a tool in the improvement of the quality of milk and dairy products. The effect of a factor such as temperature is vital for the dairy farm environment, especially when the temperatures are extreme, because a proper choice of temperature range improves the quality of the air and, thus, animal welfare. Similarly, the appropriate level of relative humidity in the environment should be taken into consideration to avoid the proliferation of microorganisms on the farm. Air quality, well-designed livestock housing, proper hygienic practices on the farm, stocking density, and the materials used in the livestock houses are all important factors in the concentration of microorganisms in the environment, promoting better welfare for the animals. In addition, a ventilation system is required to prevent the pollution of the farm environment. It is demonstrated that proper ventilation reduces the microbial load of the environment of dairy farms, enhancing the quality of the air and, therefore, the wellbeing of the animals. All this information is very useful to establish certain standards on dairy farms to improve the quality of the environment and, thereby, achieve better quality milk and dairy products.
本综述试图反映影响奶牛场环境质量的不同因素的重要性,因此,在考虑环境微生物学作为提高牛奶和乳制品质量的工具的重要性时,必须将这些因素考虑在内。温度等因素对奶牛场环境至关重要,特别是当温度极端时,因为选择合适的温度范围可以改善空气质量,从而提高动物福利。同样,应考虑环境中适当的相对湿度水平,以避免农场中微生物的繁殖。空气质量、设计良好的牲畜舍、农场适当的卫生习惯、饲养密度以及牲畜舍中使用的材料,都是影响环境中微生物浓度的重要因素,有助于提高动物福利。此外,需要通风系统来防止农场环境污染。事实证明,适当的通风可降低奶牛场环境中的微生物负荷,提高空气质量,从而增进动物健康。所有这些信息对于在奶牛场制定某些标准以改善环境质量,进而生产出质量更好的牛奶和乳制品非常有用。