Deep Sea Communication Networks for the Safety and Sustainability of Fishermen in India: A Survey

Q4 Engineering Disaster Advances Pub Date : 2023-04-15 DOI:10.25303/1605da044049
R. Srinivasa, C. Rajasekhar
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Abstract

Due to long coastline of India, fishing is considered as the primary source of livelihood for the people in coastal zones. With nearly one million active fishermen, India is the 2nd largest fish producer in the world. Despite having long coastline and vast fishing community, natural calamities like cyclones frequently hit the fishing operations and render damage to the lives and property. The safety and sustainability of the fishermen remain major issues due to the lack of proper communication network from boat to shore. Though mobile network connectivity is available up to 22km from the seacoast, most of the fishermen venture into deep sea to perform the fishing activities. Recently, when the cyclone Ockhi ravaged the Arabian Sea coast, many fishermen from Kerala and Tamilnadu went missing due to delayed cyclone warning and network disconnection from the shore. In such vulnerable conditions, the fishermen community is posing serious question whether they would return safely to the shore another time when they go out to sea. Hence, this study highlights the need to develop emergency communication network for the safety of fishermen along the coastline. This survey presents a brief review of some of the solutions that address the emergency communication requirements for the fishermen far from the sea shore. Further, this study also highlights the need to install floating communication devices offshore to enable seamless connectivity during disaster times.
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深海通信网络对印度渔民安全和可持续性的影响:调查
由于印度海岸线漫长,渔业被认为是沿海地区人民的主要生计来源。印度有近100万活跃的渔民,是世界第二大鱼类生产国。尽管拥有漫长的海岸线和广阔的渔业社区,但飓风等自然灾害经常袭击渔业活动,并对生命和财产造成损害。由于缺乏从船到岸的适当通信网络,渔民的安全和可持续性仍然是主要问题。尽管移动网络连接距离海岸22公里,但大多数渔民都会冒险进入深海进行捕鱼活动。最近,当气旋“奥基”肆虐阿拉伯海海岸时,由于气旋警报延迟和海岸网络断开,喀拉拉邦和塔米尔纳杜的许多渔民失踪。在这种脆弱的条件下,渔民群体提出了一个严重的问题,即他们下次出海时是否会安全返回岸边。因此,本研究强调了为海岸线渔民的安全开发应急通信网络的必要性。这项调查简要回顾了一些解决方案,这些解决方案满足了远离海岸的渔民的紧急通信要求。此外,这项研究还强调了在海上安装浮动通信设备的必要性,以在灾难时期实现无缝连接。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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来源期刊
Disaster Advances
Disaster Advances 地学-地球科学综合
CiteScore
0.70
自引率
0.00%
发文量
57
审稿时长
3.5 months
期刊介绍: Information not localized
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