Research
Research Profile: Prof Peter Lynch
My principal research interests are dynamic meteorology, numerical
weather prediction (NWP), regional climate modelling and climate
variability. I have a particular interest in balance in the
atmosphere. I developed the digital filtering technique, an
initialization method now in widespread international use.
Additional research interests include Hamiltonian dynamics, wave triad
resonance in fluids, and the three-body problem in astronomy. I have a
deep interest in the history of numerical weather
prediction, and my book on the work of Lewis Fry Richardson and the
origins and evolution of NWP was published by Cambridge
University Press in Autumn, 2006. It is entitled:
The Emergence of Scientific Weather Forecasting:
Richardson's Dream.
Research projects with Postdoctoral researchers:
- Paul Nolan: Regional Climate Modelling of flooding in Ireland
- Conor Sweeney: An advanced forecasting system for efficient
use of wind energy.
- Shiyu Wang: Climate change impact analysis using a coupled
ocean-atmosphere model.
Research projects with PhD Students:
- Colm Clancy: A Filtering Integration Scheme using the Laplace Transform
- Jennifer Courtney : An advanced forecasting system for efficient
use of wind energy.
Research Profile Prof Bates
Prof. Bates' research interests are in the theory and numerical
modeling of the global climate. He is particularly interested in
climate feedbacks - the mechanisms that keep the global climate stable
at its current equilibrium and that determine its sensitivity to
external forcing such as that due to CO2 increase. He is also involved
in studying the mechanisms that determine the polar amplification of
the surface warming in an enhanced greenhouse world. He and his
collaborators have been studying these questions using general
circulation models and simple conceptual models of the climate system.
Regional Climate Modelling
The Meteorology and Climate Centre is engaged, with Met
Éireann, in the Community Climate Change Consortium for Ireland
(C4I) which is examining future changes in the Irish climate using
high resolution computer models. For details of this work, see
C4I.