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职业迁徙
个人简介
My research interests cover two distinct areas:
1. The dynamics of weather systems with emphasis on the role of Rossby waves. These waves include large-scale meanders on jetstreams in the upper troposphere, as well as temperature waves propagating near the ground. Interactions between these upper and lower level waves can result in their mutual growth and the rapid amplification of cyclones and anticyclones.
2. Airborne transport of atmospheric constituents, such as water vapour and pollution, with emphasis on chemical transformation during inter-continental transport and its effects on the slowly varying background state of the atmosphere.
A theme common to both areas is the use of tracers to tag air masses and infer the recent history of air mass modification by non-conservative processes including diabatic heating, changes in the phase of water or photochemistry.
Research Interests:
The dynamics of weather systems with emphasis on the role of cyclones, Rossby waves and equatorial waves
Airborne transport of atmospheric constituents, such as water vapour and pollution
Predictability of the atmosphere
Slowly varying components of the atmosphere and wave activity
Research Projects:
Arctic Summertime Cyclones project and field experiment
North Atlantic Waveguide and Downstream Impacts Experiment (NAWDEX)
Diabatic influences on mesoscale structures in extratropical storms (DIAMET)
Fundamental influences of equatorial waves on tropical weather systems (NERC and now Newton Fund)
Forecasting for Southeast Asia (FORSEA) - a Newton Fund project
UK-wide wind power resource: extremes and variability, funded by National Grid
1. The dynamics of weather systems with emphasis on the role of Rossby waves. These waves include large-scale meanders on jetstreams in the upper troposphere, as well as temperature waves propagating near the ground. Interactions between these upper and lower level waves can result in their mutual growth and the rapid amplification of cyclones and anticyclones.
2. Airborne transport of atmospheric constituents, such as water vapour and pollution, with emphasis on chemical transformation during inter-continental transport and its effects on the slowly varying background state of the atmosphere.
A theme common to both areas is the use of tracers to tag air masses and infer the recent history of air mass modification by non-conservative processes including diabatic heating, changes in the phase of water or photochemistry.
Research Interests:
The dynamics of weather systems with emphasis on the role of cyclones, Rossby waves and equatorial waves
Airborne transport of atmospheric constituents, such as water vapour and pollution
Predictability of the atmosphere
Slowly varying components of the atmosphere and wave activity
Research Projects:
Arctic Summertime Cyclones project and field experiment
North Atlantic Waveguide and Downstream Impacts Experiment (NAWDEX)
Diabatic influences on mesoscale structures in extratropical storms (DIAMET)
Fundamental influences of equatorial waves on tropical weather systems (NERC and now Newton Fund)
Forecasting for Southeast Asia (FORSEA) - a Newton Fund project
UK-wide wind power resource: extremes and variability, funded by National Grid
研究兴趣
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G. Wolf, S. Ferrett,J. Methven, T. H. A. Frame,C. E. Holloway, O. Martinez-Alvarado, S. J. Woolnough
QUARTERLY JOURNAL OF THE ROYAL METEOROLOGICAL SOCIETY (2024)
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WEATHER AND FORECASTINGno. 1 (2024): 203-215
Samantha Ferrett, Gabriel Wolf,John Methven, Tom Frame,Christopher Holloway,Oscar Martinez-Alvarado, Steve Woolnough
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MONTHLY WEATHER REVIEWno. 8 (2023): 2139-2152
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GEOPHYSICAL RESEARCH LETTERSno. 22 (2023)
Jason P. Dunion, Chris Davis,Helen Titley,Helen Greatrex,Munehiko Yamaguchi,John Methven,Raghavendra Ashrit,Zhuo Wang,Hui Yu, Anne-Claire Fontan,Alan Brammer, Matthew Kucas,
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