Professor Douglas Parker
- Position: Professor of Meteorology
- Areas of expertise: meteorology; dynamics of weather systems; convective storms; African weather and climate; tropical meteorology and forecasting; fronts and cyclones; monsoons; atmospheric fluid dynamics.
- Email: D.J.Parker@leeds.ac.uk
- Phone: +44(0)113 343 6739
- Location: 10.06 Priestley Building
- Website: Douglas Parker | LinkedIn | Googlescholar | Researchgate | ORCID
I joined the School in February 1997 as a lecturer. Since 2010 I have been responsible for the coordination of the University's formal partnership with the Met Office.
I am currently leading, jointly with Alan Blyth, the GCRF African SWIFT project (2017-2021), which aims to improve weather forecasts in Africa, and thereby to increase the resiliance of millions of vulnerable people in the continent to high-impact weather. SWIFT is a consortium of 16 partners, including 10 African universities and agencies, with strong support from the World Meteorological Organisation.
I have played a leading role in the African Monsoon Multidisciplinary Analysis (AMMA) programme, 2003-present. AMMA is the largest and most extensive multidisciplinary research programme ever conducted in Africa, and arguably the biggest programme of its kind anywhere in the world. I led AMMA-UK, as well as the AMMA Radiosonde Programme (along with Andreas Fink) and the AMMA Monsoon-Season Special Observing Periods (SOPs; together with Cyrille Flamant).
I have led and edited a textbook on weather forecasting in West Africa. "Meteorology of Tropical West Africa: The Forecasters' Handbook" is the first book of its kind, collecting together the scientific principles and practical forecasting techniques for a particular climatic region. The book has been translated into French and more than 300 copies have been distributed to the forecasting and training centres in Africa, funded by the Met Office and Météo-France.
My research is concerned with the physics and dynamics of weather systems, and their interaction with regional climate systems. For instance, I have studied the way in which rainfall over West Africa leads to patterns of soil moisture which then may initiate and modify subsequent rainfall events. I have also spent time studying different kinds of UK storms, looking at the role of cloud processes in the larger-scale storm dynamics. Much of my work has been conducted in collaboration with the Met Office, and has contributed to improvement in the Met Office's weather and climate forecasting systems. I have worked on a number of research and educational programmes including the following.
- African Monsoon Multidisciplinary Analysis (AMMA);
- GCRF African SWIFT: African Science for Weather Information and Forecasting Techniques (2017-2021).
- GENESIS (part of the NERC-Met Office ParaCon programme, studying the initiation of clouds and updraughts, 2016-2019)
- AMMA-2050 (DFID-NERC Future Climates for Africa (FCFA) regional project, 2015-2019)
- INCOMPASS (Indian monsoon campaign 2016; analysis and modelling)
- VERA (NERC West Africa vegetation/rainfall, 2015-2018)
- IMPALA (FCFA project, improving climate models for Africa, 2015-2019)
- National Centre for Atmospheric Research (NCAS)
Some completed projects:
- Convective Storm Initiation Project (CSIP);
- Cascade Cloud-resolving simulations of the tropical atmosphere;
- Ewiem Nimdie - a Partnership for the development of academic programmes in Meteorology and Climate Science at KNUST, Kumasi, Ghana;
- JET2000: Aircraft observations of the African Easterly Jet system
The following list includes some current projects. However, the database is a little unreliable so the list may be incomplete or contain errors.<h4>Research projects</h4> <p>Any research projects I'm currently working on will be listed below. Our list of all <a href="https://environment.leeds.ac.uk/dir/research-projects">research projects</a> allows you to view and search the full list of projects in the faculty.</p>
- Diabatic evolution of clouds in a Lagrangian framework: turbulence, vorticity dynamics and precipitation effects
- PhD, Meteorology, University of Reading
- MA, Mathematics, University of Cambridge
- Fellow of the Royal Meteorological Society
- Member of the American Meteorological Society
I have taught a wide range of modules here in the School of Earth and Environment at Leeds, including modules in basic Meteorology, Climate and advanced scientific analysis of weather systems. Even when teaching the most abstract and mathematical material, it is always possible in our subject to link the theory to every-day, observable meteorology and climate. Almost everything we study can be seen out of the window. I also try to get good practical and computer-based demonstrations and exercises into my teaching. These act as a bridge between the atmosphere which we can see, but not control, and the scientific ideas describing it. I also like to bring recent research results into my teaching, often in the form of a practical example for students to work on. This kind of example really motivates students - by working on recently-published problems, they can see that they are working close to the 'cutting edge' of climate science, and they can see how the basic science learnt in lectures relates to the ways in which we solve real-world problems. Teaching fieldcourses is a stimulating experience: seeing and measuring real atmospheric phenomena in the field gets the staff and students enthusiastic, and opens up lively discussions. It's usually the point where students get to learn that there are always new problems to solve in atmospheric science, and that the professors certainly don't know all the answers. I have led and taught on various field courses over the years, including our level 1 introductory work and the level 2 atmospheric science course in the Lake District. Together with Sylvester Danuor, I developed a Meteorology and Climate Science summer school in Ghana in 2008: staff and students from Africa, Europe and the USA came together for 2 weeks of lectures, fieldwork and weather forecasting. The event was a remarkable academic experience and was repeated in 2010.
Research groups and institutes
- Institute for Climate and Atmospheric Science
- Atmospheric and Cloud Dynamics
Current postgraduate researchers
<li><a href="//phd.leeds.ac.uk/project/952-a-new-lagrangian-approach-to-modelling-of-density-currents">A new Lagrangian approach to modelling of density currents</a></li>