Such detailed rules failed to impress everybody in <strong>Hong</strong><strong>Kong</strong> and the <strong>Royal</strong> Observatory was later to be stronglycriticised over the typhoon which surprised <strong>Hong</strong> <strong>Kong</strong> on17 August 1923. Writing in the South China Morning Posta correspondent said that ... the public outcry and theovertures made to <strong>of</strong>ficial circles mark down this typhoon asdifferent. In short, <strong>Hong</strong> <strong>Kong</strong> was not prepared to suffer anylonger a sort <strong>of</strong>'make-learn 3 <strong>Royal</strong> Observatory system whereweather warnings depended upon a bit <strong>of</strong> seaweed hung outsidethe door or a painful corn on the meteorologist's toe. In fact,<strong>Hong</strong> <strong>Kong</strong> wanted to know just why warnings were so short,and what liaison existed between <strong>Hong</strong> <strong>Kong</strong> Observatory andother observatories up and down the China coast.<strong>The</strong> correspondent noted, however, that Claxton had said atthe time that he had done all that was possible and had actedon his own initiative. <strong>The</strong> article continued:Far what was typhoon information at that time, as far as <strong>Hong</strong><strong>Kong</strong> was concerned? A weather station at Waglan Island,which picked up by wireless storm information from shipsgenerous enough to broadcast rough details <strong>of</strong> the position andintensity <strong>of</strong> a storm. So on Friday, August 17, 1923, Mr.Claxton received a warning from Waglan Island. A typhoon,travelling quickly, small in area but pretty vicious otherwise,was heading <strong>Hong</strong> <strong>Kong</strong>'s way.Now <strong>of</strong> course, as we know from experience, typhoons withoutnumber start heading for <strong>Hong</strong> <strong>Kong</strong>, and right up tothe last moment threaten to blow the daylights out <strong>of</strong> us, thenwith a feint they swerve . .. So before knocking <strong>of</strong>f on theFriday in question, Mr. Claxton.. . ordered the No. 2 typhoonsignal to be hoisted. And <strong>Hong</strong> <strong>Kong</strong> said, f Oh, the No. 2 up isit? Oh well/ and went its way. Perhaps Mr. Claxton felt alittle uneasy and kept his eye on the barometer, but at any ratehe was out and about early on the morning <strong>of</strong> Saturday, August18. To get any extra information, he had to telephone Waglan,and if anything was happening, Waglan should havetelephoned the Observatory. Waglan did telephone, and Mr.Claxton acted quickly. At 8.23 am Saturday, the No. 6 signal58
went up. From then on, no information was, or could beexchanged between the weather station and the observatory.Mr. Claxton acted on his initiative and at exactly 9 am ran upthe black cross, or the No. 9 typhoon signal, which was, froman exchange <strong>of</strong> later information, the precise moment when thewind hit the colony at a force <strong>of</strong> 130 miles an hour.In the light <strong>of</strong> this criticism it is interesting to noteClaxton's comment in his report for 1923 about the suddendrop in co-operation from British ships:... while the number <strong>of</strong> foreign ships sending weather reportsby radio telegraphy has increased by 17 per cent, the number <strong>of</strong>British ships has decreased by 30 per cent (compared with theprevious year). This is a serious matter which is engaging theattention <strong>of</strong> the government.Indeed, two years earlier, Claxton had commented on thedanger <strong>of</strong> the formation <strong>of</strong> 'secondary' typhoons in theChina Sea, a dangerous occurrence because <strong>of</strong> its unpredictability.He noted:<strong>The</strong> attention <strong>of</strong> meteorologists is drawn to these three typhoons[during the year]. No indication <strong>of</strong> the first was shown on theweather map. This Observatory had no knowledge <strong>of</strong> itsexistence until nearly eight months later, when the log <strong>of</strong> theAnarnba was received . . . Both <strong>of</strong> the others absorbed theprimary cyclone and one formed in the southern portion <strong>of</strong> itwhile the other formed in the north-east portion. <strong>The</strong>y wereevidently analogous to the typhoon which caused so muchdamage to <strong>Hong</strong> <strong>Kong</strong> on 18 September 1906. <strong>The</strong> formation<strong>of</strong> these secondaries in the China Sea where there are noobserving stations adds to the difficulty <strong>of</strong> the weather forecasterand emphasises the importance <strong>of</strong> wireless weather telegramsfrom ships.But these typhoon problems were some years ahead. In 1916Claxton was preoccupied with other problems, including<strong>Hong</strong> <strong>Kong</strong>'s periodical droughts. Studies were made in aneffort to see whether long-term forecasting could help.However, after studying records <strong>of</strong> weather patterns inChina, Siberia, India, South Africa and South America in59
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UNIVERSITY OFHQ,NG KONG>**"/////»I
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The Royal Observatory, Hong KongJIM
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The effect of climate on human cond
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IntroductionIifc on earth is possib
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Theories had been developed: as ear
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its of storm water which could be s
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he splitting of time into microscop
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The Third Congress of the World Met
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small craft. It includes 24-hour ar
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much of the Observatory's work invo
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The marine meteorology section of t
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The water shortage having become ve
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The signal was received by a helica
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The shock occurring yesterday after
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The Royal Observatory is part of tw
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acquired its own radar, which was u
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grass. Soil temperatures are read f
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* Vertical section through the atmo
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of Mineral Resources recommended a
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Much of Hong Kong's population live
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BibliographyABEL, Clarke, Narrative
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IndexAbel, Clarkevisit to Hong Kong
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Macdonnell, Governor Sir Richard, 2