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geomagnetic storm, so far, of this solar cycle • Major disturbance of ionosphere: – Night-time ionosphere over S. England heavily depleted, compared to normal – EGNOS (GPS correction system) degraded, see left (red = best performance, blue = worst) • Aurora seen in north of UK • Cause may
for the JMA (left) and JTWC (right) observed TC datasets, for the periods 1982 to 2015 (JMA) and 1947 to 2015 (JTWC). Uncertainty is estimated by the profile likelihood method and the outer curves represent the 95% confidence levels. The minimum threshold is set to 30m/s. The blue line passes through
research cruise at 32°S in the Indian Ocean, where he gained 'hands on' experience of collecting ocean observations and deploying Argo floats. Since joining the Met Office in 2005, Matt's work has focused on understanding ocean heat content change using both observational analyses and climate model
Weather and Climate Research Programme (JWCRP). Katie is currently the Nowcasting Science Manager, working to exploit our observations capability to improve our nowcasts. Publications Lewis, H., Mittermaier, M., Mylne, K., Norman, K., Scaife, A., Neal, R., Pierce, C., Harrison, D., Jewell, S., Kendon
-potential modeling showing the frequency of CMEs • More progress will be made in the next 5 years – Combining IPS & FR Next Steps - Technical • Define Detailed Instrument Requirements: FOVs, Cadence, Resolution, Range etc • Justifications for each of the instruments • Refine S/C Accommodation (Carrington
in this publication. Copyright © 2019, Weather and Climate Information Services for Africa and Future Climate for Africa. All rights reserved. Cover photos: J. Araujo (2017); A. Barnaud (2018); S. Mutuma (2013); D. Decremer (2019); E.Aduma (2014) Co-production in African weather and climate services Fund
Areas of expertise Ocean temperature and salinity observations. Quality control. Observational biases and uncertainties. Objective analysis. My Publications - Good, S Current activities Simon is the manager of the Marine Observations Processing and Analysis team within the Ocean Forecasting
From our beginnings in the middle 1800’s we have led the way in the science of meteorology and its application. We’ve been continually innovating and evolving, and we’ve grown and changed enormously. Find out more about our history, innovation and what motivates us. Our history Since our foundation
, to regional drought and fire risk in S. America and to UK energy and hydrological applications. Career background Since joining the Met Office in 2002 Hazel has worked on improving the assimilation of humidity observations in the stratosphere, on climate change predictions, impacts and adaptation before
and healthcare practitioners as well as being a useful tool to assist self-management or treatment of allergy sufferers. It ‘s hoped that in the future these more detailed source maps can be used, alongside wind direction and precipitation patterns to provide more detailed and local warnings to sufferers, which pollen is impacting their area and in what concentrations.
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