Data analysis of High Frequency Surface Wave Radar at Zhujiajian-Shengshan during Typhoon Chan-hom

doi:10.3969/j.issn.1001-909X.2017.01.005

Abstract

Abstract: High Frequency Surface Wave Radar(HFSWR) with small circular array was deployed in Zhujiajian and Shengshan to detect the winds, waves, and currents in the overlapping area in 2007. No. 1509 Typhoon Chan-hom landed in the coastal areas of Jujiajian, and then moved north by east, passing the HFSWR detection area. The HFSWR inversed results were compared to anchored buoy observed data and the large area wind data from ASCAT satellite remote sensing respectively. The results of comparison indicate that HFSWR data basically reflect the real distribution of wind and current at Zhoushan area during Typhoon Chan-hom, showing the HFSWR's applicability in detecting the winds and currents under high sea state conditions.

Key words: HFSWR, typhoon, satellite remote sensing, wind

CLC Number:

P714

LI Cheng, LI Huan, WANG Hui, GAO Jia, WANG Guo-song, DONG Jun-xing, PAN Song, LIU Ke-xiu. Data analysis of High Frequency Surface Wave Radar at Zhujiajian-Shengshan during Typhoon Chan-hom[J]. Journal of Marine Sciences, 2017, 35(1): 41-46.

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Data analysis of High Frequency Surface Wave Radar at Zhujiajian-Shengshan during Typhoon Chan-hom

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