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Diurnal and seasonal rhythms of singing in birds: species-specific patterns and problems of coexistence

机译:鸟类唱歌的昼夜节律:特定物种的模式和共存问题

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摘要

Diurnal and seasonal rhythms of singing in birds belonging to the same acoustic assemblage were investigated by means of multiple census along the constant string during May-July 1997 in Manturovo district of Kostromskaya oblast (Russia, 58 deg 10, 44 deg 25). The regressions models were fitted to the data on the diurnal and seasonal patterns of singing in Acrocephalus dumetorum, A. palustris, Sylvia communis, S. borin, Luscinia luscinia, Locustella fluviatilis, Phylloscopus trochilus, Carpodacus erythrinus, and Fringilla coelebs. The interspecific distances were estimated by means of multidimensional scaling and cluster analysis. Luscinia and Locustella were found to be most closely interrelated due to similarity of their diurnal singing patterns. Also A. dumetorum adjusts in multidimensional space most closely to Luscinia and Locustella while A. palustris stays more far away. These four species show a strong tendency to day round vocal activity and are different in this respect from the rest of the species whose singing was recorded exclusively during daily hours.
机译:在1997年5月至7月间,在Kostromskaya州Manturovo区(俄罗斯,58度10度,44度25度)沿恒定弦进行了多次人口普查,调查了属于相同声音组合的鸟类在唱歌中的昼夜节律和季节性节律。回归模型适用于硬顶侧,、 A。palustris,Sylvia communis,S。borin,Luscinia luscinia,Locustella fluviatilis,Phylloscopus trochilus,Carpodacus erythrinus和Fringilla coeles的昼夜节律的数据。种间距离通过多维标度和聚类分析估算。由于昼夜歌唱方式的相似性,人们发现卢西尼亚和洛克斯特拉之间的联系最为紧密。同样,杜鹃花在多维空间中的调整最接近Luscinia和Locustella,而苍蝇A. palustris则更远离。这四个物种表现出强烈的全天声音活动倾向,并且在这方面与仅在每天的几个小时内唱歌的其余物种不同。

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