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Excited to share the published version of our new modeling study. We find that the atmosphere may respond differently to Arctic sea ice loss depending on the phase of the Quasi-biennial Oscillation (QBO).
+ [Open Summary] https://t.co/oDmdTViaZf
+ [Paper] https://t.co/KsoCRDIRYA
This is one of my favorite visuals, especially this time of year (season transitions) - migration patterns of birds varying with air temperature using public science data (@Team_eBird/@CornellBirds).
[Animation/description by @NOAA_SOS at https://t.co/exrUctttJZ]
The extreme event continues to unfold from the Bering Sea (Alaska) into the #Arctic over the next week. Temperatures will rise to more than 20°C above average with further sea ice retreat expected (https://t.co/BkhAkJipgm). Meanwhile, cold air will be displayed into North America
The most intense surge of moisture/warmth (relative to average) for this event will be pushing over the North Pole tomorrow. Temperatures projected near 0°C. Meanwhile, brutal cold remains over Europe.
Graphics available from https://t.co/PsOBvTVbA2
The coldest weather (relative to average) will be positioned right over North America through at least the next 7-days...
[Maps: https://t.co/3ktgI4H39L]