Daily sunshine hours observed on 14th June 2001 at 03xxx stations (205 reports).
Date (00Z D to 24Z D)
-1 day
+1 day
Plot hours Plot % of theoretical max
UK only UK & ROI
Highest 10
Folkestone, Fairway Avenue (31 m, CS)11.7 hours
Cavendish (55 m, CS)11.1 hours
Hastings (45 m, CS)11.0 hours
Southend, Southchurch Park (4 m, CS)10.6 hours
Margate, North Down (42 m, CS)10.6 hours
Bexhill (4 m, CS)10.6 hours
Herne Bay No 2 (40 m, DRV)10.5 hours
Morley St Botolph (46 m, CS)10.4 hours
Manston (49 m, WMO)10.4 hours
East Malling (33 m, DRV)10.3 hours

Lowest 10
Arbroath, Golf Club (6 m, CS)0.0 hours
Edinburgh, Gogarbank (57 m, WMO)0.0 hours
Pendennis Point (42 m, CS)0.0 hours
Bovey Tracey, Yarner Wood No 2 (198 m, CS)0.0 hours
Isle Of Portland (52 m, CS)0.0 hours
Eskdalemuir (236 m, CS)0.0 hours
Harrogate (66 m, CS)0.0 hours
Sunderland University (70 m, CS)0.0 hours
Durham (102 m, DRV)0.0 hours
Morpeth, Cockle Park (95 m, CS)0.0 hours

Average Sun = 4.1 hours

*MIDAS UK data available from 1887
*SYNOP data available from 2000
*Background satellite imagery from 25/02/2000

Data courtesy of MetOffice and OGIMET
OpenMIDAS Data - Met Office (2021): MIDAS Open: UK daily temperature data, v202107. NERC EDS Centre for Environmental Data Analysis, 08 September 2021.


Methods for measuring sunshine have changed over time, older records and some climate sites today will use a Campbell-Stokes sunshine recorder, whereas nowadays the majority of measurements will be taken using a pyrheliometer and threshold of 120 W/m^2 for sunshine. The instrumentation used is indicated by the letters in the table - WMO means a pyrheliometer was used, CS means a Campbell-Stokes recorder was used, and S means that the value was extracted from the SYNOP report (most likely to be a pyrheliometer measurement but not for certain). Clicking on an icon in the map will display a popup which also contains this information.

It is possible to convert the newer pyrheliometer measurements to a Campbell-Stokes equivalent for a fairer comparison across time, which is done for climatological purposes, and is a function which I may add to this page at some point.



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