The estimated Furuno rain rate and the ZHH- KDP -based algorithm gives the closest values to the increase of ground-based rain depth at 1:0.94 and 1:0.89 ratios, respectively, while the ZHH-ZDR -based algorithm has the lowest ratio of 1:0.79. In general, the point-based comparison between hourly radar-based rain rate and ground-based rain rate shows a similar temporal fluctuation, but in general, most of the values on 7 July 2018 fall below the rain gauge measurement. Idneed, the target demographic for a stompbox like this might well be checking out the demo video and internally wracked with indecision as to which of their. Michael Keaton smashing vases with a fire poker nuts. The spatial information of radar is able to monitor more than 250 mm rain depth, which cannot be obtained by the rain gauge. 1 hour ago &0183 &32 The sounds this creates definitely skew extreme, with each of the three core flavours of modulation capable of going fully nuts. The KDP-ZH -based rain algorithm gives the closest values to the unknown Furuno algorithm, which indicates the use of KDP parameter as the rain rate estimator. The estimated radar-based rain rate at 500m height is then compared to the ground-based rain measured by a rain gauge. The estimated rain rate provided by the X -MP radar using an unknown algorithm (Furuno) is compared to three different radar algorithms based on radar reflectivity factor (ZH), specific differential phase shift (KDP), and differential reflectivity (ZDR). Extreme precipitation statistics for short durations events, important for hydrological applications, such as flood risk assessment and run-off projection, are. The aim of this paper is to know the reliability of the rain rate estimated by the radar during the extreme rainfall event. This paper analyzes the peak rainfall of this event on 6-8 July 2018 in Kagoshima by a small-compact X-band Multi-Parameter (MP) radar.
Keywords: X-MP radar Radar-based rain rate estimate The heavy rain of July 2018 KagoshimaĪbstract: Japan experienced a breaking-record rainfall event from Western Japan to the Tokai region from 28 June to 8 July 2018. Author(s): Magfira Syarifuddin Mariko Ogawa Haruhisa Nakamichi Satoru Oishi Masato Iguchi
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