Department of Meteorology
PHILIP LYLE BUILDING Room 502
Tel. 0118 378 5570
I'm interested in the physics of clouds - how water droplets and ice crystals form, how they evolve within clouds, and how they develop into precipitating snowflakes and raindrops.
A lot of my work involves the Chilbolton Observatory which is home to an incredible range of remote sensing and meteorological instruments, including the world's largest scanning weather radar. Here's a photo of the 25 metre antenna from across the neighbouring fields on a nice summer day:
We also have 2 cloud radars at Chilbolton, one of which operates 24 hours a day, 7 days a week. You can see the latest clouds from this instrument below, along with recent photographs from our sky camera:
Further quicklooks at Reading radar group website and Chilbolton Weather Web
An animation of pulse-to-pulse I,Q signals to illustrate how Doppler radar works
Some bits and pieces I find useful:
Maarten Ambaum's Atmospheric
(a diagram which allows you to easily read off the density/saturation vapour pressure/potential temperature for a given air temperature and/or pressure)
A handy web-based tool to typeset equations produces neatly typeset equations (via latex) as images which you can use in presentations etc
Overleaf: a web-based latex editor which you can use to work on papers with collaborators etc
Some handy notes on scientific computing and atmospheric physics from Ross Bannister.
Activity in academic community etc
I organised this Royal Meteorological
Society national meeting on radar meteorology (audio & slides of presentations available through the link).
Speakers included Alan Blyth, Robin Hogan, Jacqueline Sugier, Geraint Vaughan, John Marsham and Ewan O'Connor.
See publications page for list of talks, conferences etc.
I help edit the Royal Meteorological Society journal Atmospheric Science Letters
I have refereed work for publication in:
Latest forecast for Chilbolton:
This Weather Widget is provided by the Met Office