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John Marsham

As seen in: Nation Africa, El País, Nature, Wiley Online Library, The Conversation, Phys.org, Yahoo, AllAfrica, Modern Ghana, The Star (Kenya), Climate Home News and
Prof of Atmos. Sci. , University of Leeds, UK (Climate change, convection, tropical meteorology, Africa, Saharan dust). All views my own. RTs not endorsements.
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Articles

We need a global assessment of avoidable climate-change risks

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By Peter Stott, John Marsham, David Obura, Tom Oliver, Matthew Palmer, Nicola Ranger, Simon Sharpe, Rowan Sutton, Y. T. Eunice Lo
| Nature Verified
Climate change presents many threats to life on our planet: a worsening global food crisis, extreme heat that could lead to millions of deaths, intense droughts, floods and the collapse of crucial ecosystems. Some island countries and cities might disappear beneath rising seas. Conflict, state failure and mass migration could escalate.
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Scale interactions of deep convection in the Sahel: Exploring ring patterns in lagged cross‐correlations of rainfall

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By James Bassford, Douglas Parker, John Marsham, James Warner
| Wiley Online Library Verified
1 INTRODUCTION The skill of global climate and weather models in predicting both the mean and transient characteristics of tropical rainfall continues to be constrained by the representation of convective processes with distinct characteristic scales, both temporal and spatial (Bony et al., 2015; Cronin & Wing, 2017; Shepherd, 2014; Steiner et al., 2018; Stephan et al., 2021; Stevens & Bony, 2013).
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Soil moisture gradients strengthen mesoscale convective systems by increasing wind shear - Nature Geoscience

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By Emma Barton, Cornelia Klein, Christopher Taylor, John Marsham, Douglas Parker, Zhe Feng
| Nature Verified
Abstract Mesoscale convective systems are a class of storm linked to extensive flooding and other destructive hazards in many regions globally. In West Africa, soil moisture impacts provide a valuable source of predictability for mature storm hazards, but little is known about mature storm sensitivity to soil moisture in other climatic regions.
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