Satellite-based observation of lightning climatology over Nepal
被引:0
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作者:
Kumarjit Saha
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机构:Tripura University,Department of Physics
Kumarjit Saha
Narayan Prasad Damase
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机构:Tripura University,Department of Physics
Narayan Prasad Damase
Trisanu Banik
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机构:Tripura University,Department of Physics
Trisanu Banik
Bapan Paul
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机构:Tripura University,Department of Physics
Bapan Paul
Shriram Sharma
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机构:Tripura University,Department of Physics
Shriram Sharma
Barin Kumar De
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机构:Tripura University,Department of Physics
Barin Kumar De
Anirban Guha
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机构:Tripura University,Department of Physics
Anirban Guha
机构:
[1] Tripura University,Department of Physics
[2] Tribhuvan University,Department of Physics, Amrit Science College
[3] North Eastern Space Applications Centre,undefined
来源:
Journal of Earth System Science
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2019年
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128卷
关键词:
Lightning climatology over Nepal;
lightning detection efficiency;
hydrometeors;
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摘要:
The lightning climatology over Nepal is analysed in detail for the first time. For the analysis, we utilised the satellite-based lightning imaging sensor data for the period from 1998 to 2013. A comparison of these climatological results is also performed with two ground-based lightning detection networks, namely, the World Wide Lightning Location Network and the Global Lightning Network for 3 yr from 2011 to 2013. On analysing the data obtained from the three sources, we conclude that the months of April and May are extremely vulnerable in the perspective of lightning hazards in Nepal, in contrast to the results reported previously which indicated that the maximum lightning activity occurred in the month of June. The central and eastern regions of the country receive the majority of lightning strikes during the months of April and May. The present finding is supported by the thunderstorm frequency data obtained from the disaster Information Management System, Nepal and also from thunder-day data from NOAA.