Participatory Sensing Platform Concept for Wildlife Animals in the Himalaya Region, Nepal
Participatory Sensing Platform Concept for Wildlife Animals in the Himalaya Region, Nepal
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尼泊尔喜马拉雅地区野生动物参与式传感平台概念
DOI：
10.1007/978-3-031-05431-0_6
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发表时间：
2022
期刊：
影响因子：
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通讯作者：
Hill Hiroki Kobayashi
中科院分区：
文献类型：
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作者：
Daisuke Shimotoku;Tian Yuan;Laxmi Kumar Parajuli;Hill Hiroki Kobayashi
人机生物圈交互（HCBI）是一门新兴的学科，是保护生物学与信息、通信和技术（ICT）之间的一个重要交叉点。HCBI域利用现有技术工具库的能力，以安全和具有成本效益的方式从困难的地理地形遥感数据。在这篇透视论文中，我们重点介绍了我们在日本福岛县的研究中使用的一些生物声学技术。借鉴我们在福岛的经验，我们就在尼泊尔马南纳入HCBI研究的可能性提出了初步观点。我们的印象很大程度上是基于对马南的实地考察以及与当地人和保护专家的非正式互动。初步可行性研究将证明在未来是有用的，因为我们计划一个成熟的基于信息和通信技术的动物保护研究，以评估如何应用信息和通信技术工具的野生动物监测可以有助于经济赋权的当地人在马南谁依赖于自给农业。总之，本文提供了一个初步的概述，从日本到尼泊尔的偏远山区野生动物保护的技术转让的潜力，采用ICT工具和参与式传感方法。
Human Computer Biosphere Interaction (HCBI) is a relatively new academic discipline that acts as a critical juncture between the conservation biology and the Information, Communication and Technology (ICT). HCBI domain exploits the capabilities of the repertoire of available technological tools to remotely sense data from difficult geographical terrains in a secure and cost-effective manner. In this perspective paper, we highlight some of the bio-acoustic technologies that we have been using for our research in Fukushima prefecture, Japan. Learning from our experience in Fukushima, we provide our preliminary viewpoint on the possibility of incorporating HCBI research in Manang, Nepal. Our impressions are largely based on the site visit to Manang and informal interaction with locals and conservation specialists. The preliminary feasibility study will prove useful in future as we plan a full-fledged ICT based animal conservation study to assess how the application of ICT tools for wildlife monitoring can contribute to the economic empowerment of locals in Manang who depend on subsistence farming. In summary, this paper provides a preliminary overview of the potentiality of technology transfer from Japan to the remote hilly areas in Nepal for wildlife conservation by employing ICT tools and participatory sensing approach.