@LeonSimons8 @kevpluck Do some actual research. https://t.co/2ABC3eOZ8w https://t.co/6PIi8cPaKS https://t.co/r3nsnzavBV
@LeonSimons8 @kevpluck Here are some papers that also need to be considered. It’s not as simple as AGW. There are dozens of other papers showing natural variability affecting sea ice. https://t.co/wZDFJLaZzO https://t.co/r3nsnzavBV https://t.co/RwPzqYzVAL
@TonyPrep @NSIDC Yes! Here are some recent studies: + https://t.co/yLM2o8Yga0 + https://t.co/MaAwkjXlgb + https://t.co/H2rwFEHb0F + https://t.co/7EkW8K4qP2 + https://t.co/aB9XAGq59R + https://t.co/UVtn1niE3c + https://t.co/xJRxBVy6FM + https://t.co/bE0ucr
@NoamPrywes @RARohde @kevpluck For the 2016 low-extent event, Stuecker et al. could still explain this with a rare combination of mechanisms. Will be very interesting to see how 2022 will evolve... https://t.co/B2hEI6Jn2W
RT @JWSpry: @dbirch214 2016 certainly took a pitch fork to #Antarctic sea-ice. Mother Nature’s a ....
@DeborahSheplawy @BlockMeNoBlockU There is substantial natural variability for Antarctic sea ice trends https://t.co/sJ9hApeF1y
@Luisamneubauer noch ein wissenschaftlicher Bericht der das anders sieht bzw. differenzierter und weniger ideologisch https://t.co/5oopIOEBZ8
RT @ZLabe: @JuliePi31415926 Antarctic sea ice extent has been pretty close to average for all of 2020. There's quite a lot of evidence that…
@JuliePi31415926 Antarctic sea ice extent has been pretty close to average for all of 2020. There's quite a lot of evidence that internal variability (tropical contributions) was the dominant driver of the last few years. We still have so much to learn. ht
RT @JWSpry: @nonewsagwdenial YOUR #Antarctic chart 'conveniently' ends in 2017. Sea-ice levels have rebounded back since 2016 "perfect stor…
RT @JWSpry: @nonewsagwdenial YOUR #Antarctic chart 'conveniently' ends in 2017. Sea-ice levels have rebounded back since 2016 "perfect stor…
RT @JWSpry: @nonewsagwdenial YOUR #Antarctic chart 'conveniently' ends in 2017. Sea-ice levels have rebounded back since 2016 "perfect stor…
RT @JWSpry: @nonewsagwdenial YOUR #Antarctic chart 'conveniently' ends in 2017. Sea-ice levels have rebounded back since 2016 "perfect stor…
RT @JWSpry: @nonewsagwdenial YOUR #Antarctic chart 'conveniently' ends in 2017. Sea-ice levels have rebounded back since 2016 "perfect stor…
@Razav This is likely a result of internal variability, as summarized in https://t.co/RbJSwLxWEz. However, this is an active area of research with quite a few studies in recent years: https://t.co/HSJ3USuIVf, https://t.co/oMCW8A4EZR, https://t.co/rfUPC2Der
RT @karmour_uw: What led to record low Antarctic sea ice last year? A rare combination of natural atmospheric forcings contributed https://…
@p_hannam Did you see this yet? https://t.co/ry0rRtV7aA Pretty much what you said in your article last year
RT @valmasdel: Understanding record loss of Antarctic sea ice in 2016 : combined effects of ENSO and Southern Annular Mode https://t.co/AW…
RT @karmour_uw: What led to record low Antarctic sea ice last year? A rare combination of natural atmospheric forcings contributed https://…
RT @karmour_uw: What led to record low Antarctic sea ice last year? A rare combination of natural atmospheric forcings contributed https://…
RT @karmour_uw: What led to record low Antarctic sea ice last year? A rare combination of natural atmospheric forcings contributed https://…
RT @karmour_uw: What led to record low Antarctic sea ice last year? A rare combination of natural atmospheric forcings contributed https://…
New study on how some times the earth system can align rare events to cause an extreme event! Very neat study. https://t.co/GP1YLcPGwA
Check out this new paper exploring how El Niño + internal unforced atmospheric variability led to record low Antarctic sea ice last year! https://t.co/CocEJJS4Mo
RT @karmour_uw: What led to record low Antarctic sea ice last year? A rare combination of natural atmospheric forcings contributed https://…
What led to record low Antarctic sea ice last year? A rare combination of natural atmospheric forcings contributed https://t.co/1ShV0vZJVS
Record-low 2016 Antarctic sea ice due to 'perfect storm' of tropical, polar conditions RT https://t.co/xTHk2ooRiR #climatechange #news
Conditions leading to the unprecedented low Antarctic sea ice extent during the 2016 austral spring season, @theAGU https://t.co/xTHk2ooRiR
RT @valmasdel: Understanding record loss of Antarctic sea ice in 2016 : combined effects of ENSO and Southern Annular Mode https://t.co/AW…
RT @valmasdel: Understanding record loss of Antarctic sea ice in 2016 : combined effects of ENSO and Southern Annular Mode https://t.co/AW…
RT @valmasdel: Understanding record loss of Antarctic sea ice in 2016 : combined effects of ENSO and Southern Annular Mode https://t.co/AW…
RT @valmasdel: Understanding record loss of Antarctic sea ice in 2016 : combined effects of ENSO and Southern Annular Mode https://t.co/AW…
RT @valmasdel: Understanding record loss of Antarctic sea ice in 2016 : combined effects of ENSO and Southern Annular Mode https://t.co/AW…
RT @valmasdel: Understanding record loss of Antarctic sea ice in 2016 : combined effects of ENSO and Southern Annular Mode https://t.co/AW…
RT @ZLabe: Conditions leading to the unprecedented low Antarctic sea ice extent during the 2016 austral spring season [@theAGU] https://t.c…
RT @ZLabe: Conditions leading to the unprecedented low Antarctic sea ice extent during the 2016 austral spring season [@theAGU] https://t.c…
RT @valmasdel: Understanding record loss of Antarctic sea ice in 2016 : combined effects of ENSO and Southern Annular Mode https://t.co/AW…
RT @valmasdel: Understanding record loss of Antarctic sea ice in 2016 : combined effects of ENSO and Southern Annular Mode https://t.co/AW…
RT @ZLabe: Conditions leading to the unprecedented low Antarctic sea ice extent during the 2016 austral spring season [@theAGU] https://t.c…
RT @ZLabe: Conditions leading to the unprecedented low Antarctic sea ice extent during the 2016 austral spring season [@theAGU] https://t.c…
RT @valmasdel: Understanding record loss of Antarctic sea ice in 2016 : combined effects of ENSO and Southern Annular Mode https://t.co/AW…
RT @ZLabe: Conditions leading to the unprecedented low Antarctic sea ice extent during the 2016 austral spring season [@theAGU] https://t.c…
RT @ZLabe: Conditions leading to the unprecedented low Antarctic sea ice extent during the 2016 austral spring season [@theAGU] https://t.c…
Understanding record loss of Antarctic sea ice in 2016 : combined effects of ENSO and Southern Annular Mode https://t.co/AWixb3RwhQ
RT @ZLabe: Conditions leading to the unprecedented low Antarctic sea ice extent during the 2016 austral spring season [@theAGU] https://t.c…
Conditions leading to the unprecedented low Antarctic sea ice extent during the 2016 austral spring season [@theAGU] https://t.co/qO7zUZutOr
RT @AGWobserver: Conditions leading to unprecedented low Antarctic sea ice extent in 2016 austral spring season https://t.co/cONae03yld
Conditions leading to unprecedented low Antarctic sea ice extent in 2016 austral spring season https://t.co/cONae03yld
#Geophysics GRL: Conditions leading to the unprecedented low Antarctic sea ice extent during the 2016 austral spri… https://t.co/r2aafBEYJv