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high pressure system exerts more influence. August shows an increase of rainfall over July and starts the inexorable rise in rainfall into the autumn and early winter. The effect of altitude is seen by comparing the records for Plymouth and Princetown which are about 23 km apart, but differ by 403
high pressure system exerts more influence. August shows an increase of rainfall over July and starts the inexorable rise in rainfall into the autumn and early winter. The effect of altitude is seen by comparing the records for Plymouth and Princetown which are about 23 km apart, but differ by 403
) Site name Area Max gust (mph) Needles Isle of Wight 78 Berry Head Devon 69 Capel Curig Gywnedd 64 Mumbles Head West Glamorgan 63 Pembrey Sands Dyfed 62 Isle of Portland Dorset 61 Culdrose Cornwall 61 Emley Moor West Yorkshire 60 Plymouth Devon 60 Storm Bronagh impacts Storm Bronagh brought flooding
a nested suite of ocean-ecosystem models and a website that displayed results to users. Clare completed her PhD in ocean modelling, at Plymouth University, in 2008. She set up a POLCOMS model of the Rockall Bank region and used this to investigate formation and cascading of dense water. Clare has a BSc in Oceanography with Maths from the University of Southampton.
Office), Robin returned to the UK to take up the post he occupies today. Prior to 1998, Robin completed a PhD at the University of Plymouth in road surface weather forecasting.
1978 as an Assistant Scientific Officer and was based at Upavon, making observations and undertaking general plotting duties. She then took up a post in Mount Batten, Plymouth, as an Assistant before leaving to go to the Central Forecasting Office in Bracknell in 1988. After obtaining a Higher
at the University of Plymouth as a post-doctoral research fellow. There, he worked primarily on marine bio-optical algorithm development, based on satellite remote-sensing and in situ data, and contributed towards the design justification plan for ESA's GlobColour project. Yaswant obtained a PhD from ISRO
each processing option. Career background Lewis started higher education at the University of Plymouth completing a B.Sc. in Mathematics before moving on to accept a PhD position in “Ocean modelling with novel data assimilation techniques” under Professor Georgy Shapiro. This postgraduate education
area on an interim basis for nine months, prior to assuming his present role. His background includes a PhD in Marine Physics and a Postdoctoral Research Fellowship in Physical Oceanography, both at the University of Plymouth. Visit Dr Edward Steele's profile on LinkedIn. Career background Edward
(providing predictions of the marine chemistry and lower trophic level biology). The hydrodynamic models are based on the Nucleus for European Modelling of the Ocean (NEMO) and the biogeochemistry for shelf seas is provided by Plymouth Marine Laboratory’s (PML) European Regional Seas Ecosystem Model (ERSEM
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