无线电标记动物的活动记录。

Biotelemetry and patient monitoring Pub Date : 1980-01-01
G Cederlund, P A Lemnell
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引用次数: 0

摘要

描述了一种用于无线电跟踪的自由生活动物的自动活动记录系统。技术细节给出了记录仪,基于无摩擦传感器,确保极高的精度(古尔德刷220和222)。在不活动(休息,躺着等)和一些活动表现(如在受限区域觅食时移动,步行速度稳定运动和快速运动(跑步和跳跃))时,从图表滚动图中分离活动是可能的。不同活动之间的区分可以在不到1分钟的精度内完成。图中显示了在Grimsö研究区用仪器记录的自由生活的狍和山兔的数据。两种物种的日活动模式或多或少与日出和日落有关,此时活动达到最高值。除冬季的狍外,白天的活动都低于夜间。冬季和夏季狍的平均活跃期长度基本相等,而冬季平均不活跃期长度明显延长。这可以用与食物质量有关的消化过程来解释。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Activity recording of radio-tagged animals.

A system for automatic activity recording of free-living animals instrumented for radio tracking is described. Technical details are given on a recorder, based on a frictionless transducer assuring extreme accuracy (Gould Brush 220 and 222). Activity separation from chart roll diagrams is possible for inactivity (resting, lying, etc.) and some activity performances like moving while foraging on a restricted area, steady movements of a walking pace, and rapid movements (running and jumping). Distinction between different activities could be done with an accuracy of less than 1 min. Examples from recorded data of an instrumented free-living roe deer and a mountain hare at the Grimsö Research Area are shown. For both species daily activity pattern is more or less related to sunrise and sunset, when activity reaches its highest value. Except for the roe deer in winter, day activity is lower than during night. The mean length of active periods in roe deer is fairly equal between winter and summer while mean length of inactive periods is significantly extended in winter. This could be explained by the digestive processes in relation to food quality.

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