The effect of Arctic sea ice loss on the boreal winter regional trends of wind speed and
latitudinal position of the Northern Hemisphere subtropical jet stream (STJ) in 1980–2012 is …

Part of a scenario for abrupt climate change over the North Atlantic sector in a General
Circulation Model of intermediate complexity is modelled. Central to this scenario is the …

Previous studies have found inconsistent responses of the North Atlantic jet to Arctic sea‐ice
loss. The response of wintertime atmospheric circulation and surface climate over the North …

Recent studies suggest that the wintertime North Pacific eddy-driven jet stream will
strengthen and extend eastward in response to Arctic sea ice loss. Using output from the …

Previous studies have suggested that, in the zonal mean, the climatological Northern
Hemisphere wintertime eddy-driven jet streams will weaken and shift equatorward in …

The response of low-latitude weather and climate to polar sea ice melt is not well
understood. In this study, we run a suite of coupled and uncoupled simulations using the …

The variability of the North Atlantic polar front jet stream is crucial in determining summer
weather around the North Atlantic basin. Recent extreme summers in western Europe and …

Previous studies have found that the most consistent response of the eddy-driven jet to sea
ice loss and Arctic amplification in fully coupled general circulation models (GCMs) is a …

This study examines the impact of the winter Arctic sea ice concentration (ASIC) anomaly on
the succedent summer tropical cyclone genesis frequency (TCGF) over the western North …

We examine the midlatitude jet stream responses to projected Antarctic and Arctic sea‐ice
loss and global ocean warming in coordinated multi‐model experiments from the Polar …