两大洲的高频雷达探测到日本海啸

D. Barrick, B. Lipa
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引用次数: 4

摘要

在32年前的预测之后,在SeaSonde高频海岸雷达监测的海流中首次观测到强烈的海啸信号[1]。相隔8200公里的两个大陆(日本和美国)上的多个雷达在跨越十年频率的雷达频谱波段上发现了这些独特的特征。几种分析方法揭示了独特的~ 40分钟周期振荡的开始,这在所有情况下都得到了附近监测水位的潮汐计的证实。对近海海啸雷达模式的观测比海啸对海岸测量仪的影响要早,这表明它们在预警当地预期强度方面的价值。
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Japan tsunami detected by HF radars on two continents
For the first time, strong tsunami signals have been observed in the currents monitored by SeaSonde HF coastal radars, after having been predicted 32 years ago [1]. Multiple radars on two continents 8200 km apart (in Japan and the U.S.) saw these distinctive signatures in radar spectral bands spanning a decade in frequency. Several analysis methods revealed the onset of the distinctive ∼40-min-period oscillations, that were confirmed in all cases by nearby tide gages that monitor water level. Observations of the offshore tsunami radar patterns precedes their impact at the shore gages by the predicted amount, suggesting their value in warning of local expected intensities.
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