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Areas of expertise Dynamical core development Physics-Dynamics coupling Microphysics. Aerosol-cloud interactions. My Publications - Shipway, B Current activities Ben is the Head of the Dynamics Research group and leads the development of the scientific aspects of LFRic - the next generation

Catchments y y Temperature y y ALERT OVERVIEW Wind y - Alert panel y y Wind and gust y y Colour coded site pins y y Wind and precipitation y - Site summary popover y y Wind over total cloud y - CHART VIEW Lightning risk y - 1 day view y y Lightning with cloud y - 7 day view y y Lightning y y 14 day view y

Information Released under Environmental Information Regulations 2004 (EIR) Subject: Chemtrailing or cloud seeding Date Released: 22 September 2021 Summary of request: Weather manipulation by means of chemtrailing or cloud seeding Information released: Disc Log Reference: 052021 1. What

and regional NWP models. In the global model there are changes to improve boundary-layer processes, the representation of cloud, radiation, warm rain microphysics, and deep convection, whilst in the regional models there are improvements to the treatment of lying snow, sub-grid turbulence and ice

During summer 2023, the Met's Office Wessex Convection Experiment (WesCon) campaign focussed on observing convective clouds to better understand how they form and develop, leading to heavy rainfall and thunderstorms.

-based and remote sensing equipment. This concentration of available measurement platforms coupled with above average summer rainfall for the UK provided a fantastic opportunity to improve our understanding of convection. Routine radar measurements recorded details of the 3D structures of clouds

) ................................................................................................................... 10 4.3. Cumulonimbus cloud ........................................................................................................................... 12 4.4. Non-convective cloud associated

December 2018: Satellite image of spiral shaped cloud 07 December 2018 High resolution data from the Moderate-resolution Imaging Spectro-radiometer (MODIS) on board NASA's Aqua satellite shows this low-pressure system centred off the North coast of Scotland on 7th December. The anti-clockwise swirl

and a clear start in the north-west, with more cloud elsewhere, but with western areas turning sunny by afternoon. The 3rd started cold in a few places, with sunshine in the north-west and south-west spreading to all but south-eastern areas by evening. The 4th began frosty in most areas, with early

, the increase in the resolution leads to a loss of compensating errors and thus increases the temperature bias compared to the lower resolution version. We reformulate some of the sub–grid scale physics parameterisations and model chemistry which produces an improved representation of cloud cover

Areas of expertise Parametrization development. Boundary layer modelling. Clouds and turbulence. Large-eddy simulation. Publications by Adrian Lock Current activities Adrian manages the boundary layer and surface processes team, which is part of Atmospheric Processes and Parametrizations. The team