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obtained a PhD from the London School of Economics and Political Science. His thesis, titled "Examining the decision-relevance of climate model information for the insurance industry" explored fundamental concepts of predictability in the climate system (particularly in relation to initial condition

and the Australian Bureau of Meteorology, the proof-of-concept study looked at eight heat events London experienced from 2019-2021 and fused together operational Met Office weather forecasts with quality-controlled citizen observations and land-use data to train a machine learning model, before

and typhoons in the northwest Pacific, these huge storms have wind speeds of at least 74 miles per hour and can be up to 1000 kilometres in diameter.  Increase in tropical cyclone risk to coastal regions Research by Imperial College London as part of the CSSP China project found that the activity

, longstanding relationship between NATS, the UK’s leading air traffic services provider and the Met Office. Pete Dawson, General Manager London Terminal Control at NATS, said: “We are delighted that the Met Office will now be working shoulder to shoulder with our supervisory teams, providing accurate

. Mike's work aims at developing the use of these sensors to improve the information available to the London Volcanic Ash Advisory Centre (VAAC). Career Background Mike has been working in the Satellite Applications group since autumn 2010. Before joining the Met Office, he studied at the University of Bristol and gained a PhD in Chemistry. His research focused on the global simulation of tropospheric ozone using detailed chemical mechanisms.

Modelled volcanic ash concentration forecasts are available below. Volcanic Ash Forecasts are only available from London VAAC for volcanoes erupting within the London VAAC area.

These charts supplement the London Volcanic Ash Advisory graphics (VAG) and advisories (VAA). They are to be used with caution. The outer edge of the low concentration zones (indicated as cyan) on these charts represent the standard threshold (200 micrograms of ash per cubic meter) as used

, AHI and ABI. Cameron's work aims at developing the use of these sensors to improve the information available to the London Volcanic Ash Advisory Centre (VAAC). Career background Cameron has been working in the Satellite Applications group since autumn 2019. Before joining the Met Office, he

Modelled volcanic ash concentration forecasts are available below. Volcanic Ash Forecasts are only available from London VAAC for volcanoes erupting within the London VAAC area.

These charts supplement the London Volcanic Ash Advisory graphics (VAG) and advisories (VAA). They are to be used with caution. The outer edge of the low concentration zones (indicated as cyan) on these charts represent the standard threshold (200 micrograms of ash per cubic meter) as used

Modelled volcanic ash concentration forecasts are available below. Volcanic Ash Forecasts are only available from London VAAC for volcanoes erupting within the London VAAC area.

These charts supplement the London Volcanic Ash Advisory graphics (VAG) and advisories (VAA). They are to be used with caution. The outer edge of the low concentration zones (indicated as cyan) on these charts represent the standard threshold (200 micrograms of ash per cubic meter) as used

calibrated accurately. There tend to be more diaries for heavily populated areas, such as London with large gaps in rural areas like Wales. In addition, the earlier the period you are interested in the fewer diaries will be in the collection and depending on your research you may find the nearest available location may be a considerable distance from that in which you are interested.