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Use experience of collars with radio beacons of Argos satellite system produced by ES-PAS Ltd. for the study of reindeer Taimyr-Evenk population

机译:使用ES-PAS Ltd.的Arcos卫星系统的Roogrars的使用经验进行ES-PAS Ltd.的驯鹿Taimyr-opp人口

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The use of reindeer resources in Central Siberia - the main welfare source for the majority of farms and the indigenous population of the North region. Protection and rational use of Taimyr-Evenk reindeer population inhabiting the Krasnoyarsk territory on the area of more than 1.5 million km~2 are impossible without the use of modern remote sensing methods. It provides objective and live data information about the spatial and temporal location of animals at different stages of their life cycle. Monitoring carried out with the use of modern technical devices allows to solve not only applied control problems, but also to obtain new unique knowledge about the biology of this species. The basis for this message was the materials on the use of collars equipped with satellite transmitters of the Argos system and worn on deer. A total number of collars was 17, which were worn on reindeer in their wintering grounds, except for one, which a half-grown female was marked during the crossing of the Heta river. From a technical point of view, it was important to trace the total duration of the beacon and the viability of the battery packs in extreme temperature amplitude and also to establish reliability of the device protection from physical and mechanical influence during migrations of animals. The maximum duration of signal receipt with using the new battery packs in 2015-2016 amounted to 438 and 444 days, in 2017-2018 - 539 days. The maximum length of the deer during the satellite direction finding was 9538 km. The average speed was 13.5 km / day; the maximum was up to 45 -72 km / day in azimuth. Used collars with radio beacons of Argos satellite system produced by ES-PAS Ltd. (Russia), showed a high degree of functional reliability.
机译:西伯利亚中部驯鹿资源 - 大多数农场和北方土着人口的主要福利资源。在不使用现代遥感方法的情况下,不可能保护和合理使用Taimyr-ock驯鹿人口居住在超过150万公里〜2的面积上是不可能的。它提供了关于动物生命周期不同阶段的动物的空间和时间位置的客观和实时数据信息。使用现代技术设备进行的监控允许不仅可以解决应用控制问题,而且还可以获得关于该物种生物学的新独特知识。此消息的基础是使用衣领配备有Argos系统的卫星发射器的衣领和鹿佩戴的材料。除了一个半成年的女性在Heta河的交叉期间,它在越冬地上佩戴了17件的衣领数量为17件,在越冬地面上佩戴在越冬地面。从技术角度来看,重要的是要追踪信标的总持续时间和电池组在极端温度幅度中的可靠性以及在动物迁移过程中建立设备保护的可靠性。 2015 - 2016年使用新电池组的信号收据的最大持续时间为438和444天,2017-2018-539天。卫星方向发现期间鹿的最大长度为9538公里。平均速度为13.5公里/天;方位角最多可达45 -72公里/天。用ES-PAS Ltd.(俄罗斯)生产的Argos卫星系统的使用衣领,显示出高度的功能可靠性。

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