Among all sources of potential changes in freshwater input into the North Atlantic region, a study finds those affecting inputs into the Irminger Sea Basin are likely to have the greatest impact on the Atlantic Meridional Overturning Circulation (#AMOC). https://t.co/USFF8zJxPD
Last month set another new record for global sea surface temperature, which was easily the warmest January on record...
Graphic using @NOAA ERSSTv5 data (https://t.co/V8F2Mhb8Iw). Methods detailed in https://t.co/59vZAgPuUR.
https://t.co/VlnuWAu7DO Royal Society Bibliographic Memoir published of Harry Elderfield's remarkable scientific contributions and life. We miss you Harry!
Polarella glacialis DNA in sediments can provide a record of past sea-ice cover as inferred gene copy numbers increase with sea-ice concentration between 20 and 80%.
New paper by @HardarSara et al.!👇
https://t.co/OP5mo740uv
@SofiaIRibeiro@geus_paleoclim
New Danish study just out in Nature Communications, titled "Warning of a forthcoming collapse of the Atlantic meridional overturning circulation".
Is it serious? Here's my take on it: https://t.co/aN3CYwQ0PI
Shift to seasonal sea ice in the Lincoln Sea during the Early Holocene was related to warmer air temperatures like those projected to occur under anthropogenic warming.
@HenriekaD @MGlasius @christofpearce @Stockholm_Uni @AarhusPaleo @USGS@Chemistry_AU
https://t.co/MBhNXGUSO8
📢Such abrupt changes caused by meltwater discharge might have occurred within a few decades. This needs our attention especially under sustained warming climate. https://t.co/P9eAv4Dcz0
Periodic meltwater pulses from the Laurentide-Greenland Ice Sheets during the last deglaciation drove abrupt changes in sea surface temperature and sea ice extent
@DefangYou@AWI_Media
https://t.co/9Dm4NlYKx8
Today we have a paper on @nature presenting the organic carbon burial rates of the global ocean over the Neogene. Based on the accumulation rates of OC from globally distributed #IODP sites and the results are surprising!! https://t.co/wsTqsLSpx7 PDF: https://t.co/poZFilzO1I