Teagasc, Animal and Grassland Research and Innovation Centre, Moorepark, Fermoy, P61 P302, Co. Cork, Ireland; School of Agriculture and Food Science, University College Dublin, Belfield, Dublin 4, D04 V1W8, Ireland.
School of Agriculture and Food Science, University College Dublin, Belfield, Dublin 4, D04 V1W8, Ireland.
J Dairy Sci. 2022 Jul;105(7):5836-5848. doi: 10.3168/jds.2022-21935. Epub 2022 May 28.
The seasonal workload associated with pasture-based dairy farms, combined with increasing herd sizes, has led to a renewed focus on labor time-use and efficiency on dairy farms. The objective of this study was to examine labor time-use on pasture-based dairy farms in the spring and summer seasons. A total of 82 spring-calving Irish dairy farms completed the study from February 1 to June 30, 2019 (150 d). Each farmer recorded their labor input on one alternating day each week using a smartphone app. Any labor input by farm workers not using the app was recorded through a weekly online survey. Farms with data for each month (n = 76) were classified into 1 of 4 herd size categories (HSC) for analysis: farms with 50 to 90 cows (HSC 1); 91 to 139 cows (HSC 2); 140 to 239 cows (HSC 3); and ≥240 cows (HSC 4). Total hours of labor input was similar on HSC 1 (1,821 h) and HSC 2 (2,042 h) farms, but predictably as HSC increased further, total hours of labor input increased (HSC 3: 2,462 h, HSC 4: 3,040 h). On a monthly basis, labor input peaked in February (15.4 h/d) and March (15.7 h/d). The farmer worked on average 60.0 h/wk over the duration of the study period. Hired labor and contractors completed a greater amount of work as HSC increased. Labor efficiency, as measured by hours/cow, improved as HSC increased (HSC 1: 26.3 h/cow, HSC 2: 17.7 h/cow, HSC 3: 14.3 h/cow, HSC 4: 10.9 h/cow), though there were large variations in labor efficiency within HSC. Milking was the most time-consuming task, representing 31% of farm labor input making it an important focus for potential improvements in efficiency. The next 5 most time-consuming tasks were calf care (14%), grassland management (13%), cow care (10%), repairs and maintenance (10%), and administration/business (8%). This study contributes to the understanding of labor use during the busiest (most labor demanding) time of the year on pasture-based dairy farms and points to areas where labor efficiency improvements can be made on farms. The considerable variation in farm labor efficiency observed within HSCs emphasizes the necessity for a greater focus on knowledge transfer of methods to achieve improved labor efficiency and a better work-life balance on many dairy farms. As the 2 busiest months on most dairy farms, February and March require the most focus for identification of potential labor savings.
本研究旨在探讨春季和夏季牧场奶牛场的劳动力时间利用情况。共有 82 家春季产犊的爱尔兰奶牛场于 2019 年 2 月 1 日至 6 月 30 日(150 天)完成了这项研究。每个农民每周使用智能手机应用程序记录一天的劳动投入。任何未使用应用程序的农场工人的劳动投入都通过每周在线调查记录。对于每个月都有数据的农场(n=76),根据牛群规模类别(HSC)分为 4 组进行分析:50-90 头奶牛的农场(HSC1);91-139 头奶牛的农场(HSC2);140-239 头奶牛的农场(HSC3);以及≥240 头奶牛的农场(HSC4)。HSC1(1821 小时)和 HSC2(2042 小时)农场的总劳动投入相似,但随着 HSC 的进一步增加,总劳动投入增加(HSC3:2462 小时,HSC4:3040 小时)。从每月来看,劳动力投入在 2 月(15.4 小时/天)和 3 月(15.7 小时/天)达到峰值。在研究期间,农民平均每周工作 60.0 小时。随着 HSC 的增加,雇佣劳动力和承包商完成的工作量增加。随着 HSC 的增加,劳动力效率(以每头奶牛的工时衡量)提高(HSC1:26.3 小时/头,HSC2:17.7 小时/头,HSC3:14.3 小时/头,HSC4:10.9 小时/头),尽管 HSC 内的劳动力效率存在很大差异。挤奶是最耗时的任务,占农场劳动力投入的 31%,因此这是提高效率的重要关注点。接下来最耗时的 5 项任务是犊牛护理(14%)、草地管理(13%)、奶牛护理(10%)、维修和维护(10%)以及管理/业务(8%)。本研究有助于了解牧场奶牛场一年中最繁忙(最需要劳动力)时期的劳动力使用情况,并指出可以在农场提高劳动力效率的领域。在 HSC 内观察到的农场劳动力效率的巨大差异强调了必须更加注重知识转移,以实现劳动力效率的提高和许多奶牛场更好的工作-生活平衡。由于大多数奶牛场 2 月和 3 月是最繁忙的两个月,因此需要重点关注潜在的劳动力节约。