The question of how humans have influenced individual extreme weather events is both scientifically and socially important. However, deficiencies in climate models’ representations of key mechanisms within the process chains that drive weather reduce our confidence in estimates of the human influence on extreme events. We propose that using forecast models that successfully predicted the event in question could increase the robustness of such estimates. Using a successful forecast means we can be confident that the model is able to faithfully represent the characteristics of the specific extreme event. We use this forecast-based methodology to estimate the direct radiative impact of increased CO2 concentrations (one component, but not the entirety, of human influence) on the European heatwave of February 2019.
Forecast-based attribution of a winter heatwave within the limit of predictability
Publication details
Theme(s)
The urgency of zero
The urgency of zero
Type(s)
Research paper
Research paper
Author(s)
Allen, Myles
Allen, Myles
Year(s)
2021
2021
Earth, Atmospheric and Planetary Sciences
Latest news


Oxford Net Zero launches autumn webinar series
Join us this autumn for a series of webinars led by Oxford Net Zero fellows! Read more


Professor Myles Allen appointed Fellow of the Royal Society
Professor Myles Allen appointed Fellow of the Royal Society Read more


Oxford Net Zero is Hiring – Join as Fossil Fuel Fellow
Oxford Net Zero has an exciting opening for a Research Fellow on Net Zero for the Fossil Fuel Sector and non-stipendiary Research Fellowship at Kellogg College. We are seeking to appoint a Research Fellow on Net Zero for the Fossil Fuel Sector ... Read more
See more news and events