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Introduction of an advanced census method using fusion of acoustic and visual census of the Ganges river dolphins (Platanista gangetica) inhabiting a long tract of the Ganges river system

机译:引入了一种先进的人口普查方法,该方法结合了居住在恒河水系中很长一段距离的恒河海豚的声音和视觉普查的结果

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An advanced and accurate census methodology that fuses acoustic and visual census of the freshwater dolphins has been successfully introduced for the Ganges river dolphins that inhabit and migrate in a long tract of the Ganges river system. In order to conduct an accurate census of the dolphins, an acoustic array system with provision to display the dolphin's real-time direction data on a GUI (Graphical User Interface), i.e. the RAPID-Array (Real-time Acoustic Passive In-situ Dolphin tracking Array) was developed in 2014. Targeting 10???13 Ganges river dolphins (adults, juveniles and calves) that were estimated to inhabit a 7-km stretch, i.e. a part of the entire 200km riverstretch from Bhitora to Allahabad in India, using the array, the initial census using fusion of acoustic and visual census was conducted for one day on 24 November 2015. Based on the data acquired during the census, an estimate of the number of the dolphins was quickly made at the site. The effectiveness of the proposed method was demonstrated for carrying out the census in a long tract of the entire habitat.
机译:已经成功地为居住在恒河系统中并在其中迁移的恒河海豚成功引入了一种先进的,准确的普查方法,该方法融合了淡水海豚的听觉和视觉普查。为了对海豚进行准确的普查,提供了一种声学阵列系统,可以在GUI(图形用户界面)上显示海豚的实时方向数据,即RAPID-Array(实时声学被动原位海豚)追踪阵列)是在2014年开发的。定位于10到13颗恒河海豚(成人,少年和小牛),据估计它们栖息在7公里的河段内,即印度比托拉至阿拉哈巴德的200公里河段的一部分,使用该阵列,于2015年11月24日进行了为期一天的听觉和视觉普查的初次普查。根据普查期间获得的数据,在该地点迅速估算了海豚的数量。所提出的方法的有效性在整个生境的长距离进行人口普查中得到了证明。

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