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uk.sci.weather (UK Weather) (uk.sci.weather) For the discussion of daily weather events, chiefly affecting the UK and adjacent parts of Europe, both past and predicted. The discussion is open to all, but contributions on a practical scientific level are encouraged. |
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#1
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A semi random selection of totals :-
Charlwood 81.2mm Wisley 75.2mm Odiham 73.8mm Kenley 67.2mm Farnborough 62.8mm Heathrow 56.4mm Redhill 50.4mm Brockenhurst 49.4mm Jon. -- Posted via Mailgate.ORG Server - http://www.Mailgate.ORG |
#2
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![]() "Jon O Rourke" wrote in message news:cd1b7c5c35a5b4f699fc41374724db87.62236@mygate .mailgate.org... A semi random selection of totals :- Charlwood 81.2mm Wisley 75.2mm Odiham 73.8mm Kenley 67.2mm Farnborough 62.8mm Heathrow 56.4mm Redhill 50.4mm Brockenhurst 49.4mm To put the Southeast's rain into a wider context ... by my calculation the England and Wales rainfall for the last five days was: 19th 2.3mm 20th 3.2mm 21st 4.5mm 22nd 8.2mm 23rd 7.3mm So 25% of the month's long-term mean rainfall occurred in five days (17% of the month). Philip Eden |
#3
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In uk.sci.weather on Mon, 24 Nov 2003 at 13:49:05, Philip Eden wrote :
To put the Southeast's rain into a wider context ... by my calculation the England and Wales rainfall for the last five days was: 19th 2.3mm 20th 3.2mm 21st 4.5mm 22nd 8.2mm 23rd 7.3mm So 25% of the month's long-term mean rainfall occurred in five days (17% of the month). How is each area weighted in calculating the E&W total? -- Paul Hyett, Cheltenham Email to pahyett[AT]activist[DOT]demon[DOT]co[DOT]uk |
#4
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![]() "Paul Hyett" wrote in message ... In uk.sci.weather on Mon, 24 Nov 2003 at 13:49:05, Philip Eden wrote : To put the Southeast's rain into a wider context ... by my calculation the England and Wales rainfall for the last five days was: 19th 2.3mm 20th 3.2mm 21st 4.5mm 22nd 8.2mm 23rd 7.3mm So 25% of the month's long-term mean rainfall occurred in five days (17% of the month). How is each area weighted in calculating the E&W total? -- Southeast 27.46% Southwest and south Wales 28.75% Midlands and East Anglia 26.53% northwest and north Wales 12.75% Northeast 15.76% The detail of how the E&W series was calculated in the first instance can be found in: Wigley, T.M.L., Lough, J.M. and Jones, P.D., 1984. Spatial Patterns of Precipitation in England and Wales, and a Revised, Homogeneous England and Wales Precipitation Series, J.Climatol., vol 4, pp 1-26. Philip Eden |
#5
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In uk.sci.weather on Tue, 25 Nov 2003 at 11:24:44, Philip Eden wrote :
How is each area weighted in calculating the E&W total? -- Southeast 27.46% Southwest and south Wales 28.75% Midlands and East Anglia 26.53% northwest and north Wales 12.75% Northeast 15.76% Is that based on area, or is it more complex? -- Paul Hyett, Cheltenham Email to pahyett[AT]activist[DOT]demon[DOT]co[DOT]uk |
#6
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![]() "Paul Hyett" wrote in message ... In uk.sci.weather on Tue, 25 Nov 2003 at 11:24:44, Philip Eden wrote : How is each area weighted in calculating the E&W total? -- Southeast 27.46% Southwest and south Wales 28.75% Midlands and East Anglia 26.53% northwest and north Wales 12.75% Northeast 15.76% Is that based on area, or is it more complex? -- No, those figures are extracted from a multiple regression equation, the aim of which was to combine regional totals to get a 'best fit' to the previously published E&W rainfall series. It's all in the paper I quoted! Someone near you must have a copy ... I'm sure you'd enjoy studying it. Philip Eden |
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