Prof Adam Scaife

Areas of expertise

  • Climate variability and change from years to decades.

  • Global circulation, stratosphere-troposphere interaction.

  • Global teleconnections focusing on Europe.

  • Atmospheric waves and wave-mean flow interaction.

  • Climate model development.

My Publications - Scaife, A

Current activities

Adam is head of Monthly to Decadal Prediction which includes the research, production and issuing of our climate predictions from months to a few years ahead. These ensemble climate predictions and the research behind them helps contingency planners in the UK and abroad to deal with impending climate variability and change.

Adam's personal research is focused on climate variability and computer modelling of the climate. He has published more than 150 peer reviewed articles on mechanisms of climate variability and predictability and their simulation in physically based computer models. His research group have recently made important breakthroughs in long range forecasting.

Career background

Adam has led the Monthly to Decadal Prediction Group since 2008 after spending five years leading a smaller team of scientists investigating climate variability. Adam has over 25 years experience in climate modelling and climate prediction. His recent studies have uncovered significant predictability for winter weather in the UK and wider European region and they help to clarify what causes year to year and longer term changes in European climate from cold blocked winters to mild wet winters.

Adam successfully simulated the Quasi-Biennial Oscillation using parameterised gravity waves for the first time in our climate model and his work has reduced some of the major errors in climate model simulations of the atmosphere - for example in reducing the errors in atmospheric 'blocking'. He also demonstrated with colleagues that the Brewer-Dobson circulation and the associated mass transfer across the tropopause is expected to increase under climate change.  Adam has played a leading role in international projects and scientific steering groups and his key contributions have been recognised by a number of external awards.

External recognition