Clustering Honeybees by Its Daily Activity

E. Acuña, Velcy Palomino, José L. Agosto, R. Mégret, T. Giray, A. Prado, C. Alaux, Y. Conte
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Abstract

In this work, we analyze the activity of bees starting at 6 days old. The data was collected at the INRA (France) during 2014 and 2016. The activity is counted according to whether the bees enter or leave the hive. After data wrangling, we decided to analyze data corresponding to a period of 10 days. We use clustering method to determine bees with similar activity and to estimate the time during the day when the bees are most active. To achieve our objective, the data was analyzed in three different time periods in a day. One considering the daily activity during in two periods: morning and afternoon, then looking at activities in periods of 3 hours from 8:00am to 8:00pm and, finally looking at the activities hourly from 8:00am to 8:00pm. Our study found two clusters of bees and in one of them clearly the bees activity increased at the day 5. The smaller cluster included the most active bees representing about 24 percent of the total bees under study. Also, the highest activity of the bees was registered between 2:00pm until 3:00pm. A Chi-square test shows that there is a combined effect Treatment× Colony on the clusters formation.
蜜蜂的日常活动聚类
在这项工作中,我们分析了蜜蜂从6天大开始的活动。该数据于2014年至2016年在法国INRA收集。活动是根据蜜蜂是否进入或离开蜂巢来计算的。经过数据整理,我们决定以10天为周期进行数据分析。我们使用聚类方法来确定具有相似活动的蜜蜂,并估计蜜蜂在一天中最活跃的时间。为了实现我们的目标,我们在一天中分析了三个不同的时间段的数据。首先考虑两个时间段的日常活动:上午和下午,然后从上午8点到晚上8点看3个小时的活动,最后从上午8点到晚上8点看每小时的活动。我们的研究发现了两群蜜蜂,其中一群蜜蜂的活动在第五天明显增加了。较小的集群包括最活跃的蜜蜂,约占被研究蜜蜂总数的24%。此外,蜜蜂的最高活动是在下午2点到3点之间。卡方检验表明,处理与菌落对簇的形成存在联合效应。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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