RT @JensTerhaar: Just published in @nature: Emergent constraint on @ArcticOcean @acidification in the 21. century: Our results indicate gre…
Compared to previous constraints (E.g. https://t.co/Sseq0MeKwr, https://t.co/P08mW6KIgU, https://t.co/8SWMI3pna0), even inter annual and decadal variability of ocean inorganic carbon can be reconstructed.
@RolandSeferian @Jens_D_Mueller @JudithHauck @Rike_Froeb @altagliabue @AGDco2 @oceans_and_ice @DanJonesOcean @ClnHz @camocean1 @ilitat @OA_NOAA @acidoscope Companion script would go with it. Already send it with my nature (https://t.co/8SWMI3pna0) paper to
... initial state. I always make these calculations (https://t.co/P08mW6KIgU, https://t.co/kQtosARvjW, https://t.co/8SWMI3pna0) but I do not really now how wide spread this approach is and if it would help to make these 3D annual fields available?
RT @JensTerhaar: This is the main reason why anthropogenic carbon projections can actually be constrained by physics, such as in the Southe…
This is the main reason why anthropogenic carbon projections can actually be constrained by physics, such as in the Southern Ocean (https://t.co/P08mW72j8s) or the Arctic Ocean (https://t.co/8SWMI3GY1y for CMIP5 and https://t.co/kQtosB96bu for CMIP6).
Follow up study of https://t.co/8SWMI3pna0 using the new Earth System Model ensemble (CMIP6). The new model ensemble has a strongly reduced unvertainty of future calcium carbonate saturation states.
Emergent constraint on Arctic Ocean acidification in the twenty-first century ~ https://t.co/WuEqguH6OO C/O @nature #SciComm #COP26 #CdnPoli #UKPolitics #Climate #ClimateAction #AusPol #NZPoli #FoodSecurity #complexity #co2 #pollution #abLeg #SenCA #Cdn
The rapid rate of 'Arctic Ocean acidification,' along with other factors 'is likely to exacerbate the impact of climate change on vulnerable Arctic marine ecosystems,' via @nature @JensTerhaar @laurent_bopp @@CNRS_Paris @unibern https://t.co/oqqiyjdT4I #p
Limitación emergente sobre la acidificación del Océano Ártico en el siglo XXI. https://t.co/Tu41CcohWg
Emergent constraint on Arctic Ocean acidification in the twenty-first century Terhaar et al, @nature https://t.co/K6GnFASlmX
(今回の解説は非常に分かりにくい、というか何も伝わらない) Nature ハイライト:将来の北極海の酸性化に対する新たな制約 | Nature | Nature Research: https://t.co/rfxyVdtG1X
冷たい海ほど海洋酸性化が早く進行する。北極海は今世紀末にはアラゴナイト飽和度が0.76、カルサイト飽和度が1.19まで低下すると予測(RCP8.5シナリオ)。Nature https://t.co/JDQryCJ0SG
RT @AMAP_Arctic: There is an article in Nature, citing the @AMAP_Arctic 2018 report: Emergent constraint on #Arctic #Ocean #acidification i…
There is an article in Nature, citing the @AMAP_Arctic 2018 report: Emergent constraint on #Arctic #Ocean #acidification in the twenty-first century: https://t.co/iZj3nYbNCe @nresearchnews https://t.co/SVaDG8NQKG
RT @Pulgar_Panda: La cada vez mayor concentración de CO2 en la atmósfera está provocando que los océanos absorban más y más carbono, lo que…
📰On parle souvent de l'impact de l'acidification de l'Océan sur les coraux, mais beaucoup moins de celui sur les écosystème de l'Arctique. La balance des minéraux et donc les premiers maillons de la chaîne alimentaire sont mis en danger. https://t.co/XJl2
RT @Pulgar_Panda: La cada vez mayor concentración de CO2 en la atmósfera está provocando que los océanos absorban más y más carbono, lo que…
RT @alchawar: Los océanos son nuestros mejores aliados para sostener la vida en el planeta! No te pierdas nuestro conversatorio este 25 de…
Los océanos son nuestros mejores aliados para sostener la vida en el planeta! No te pierdas nuestro conversatorio este 25 de Junio. La historia de una ida y vuelta: El carbono disuelto en los océanos!
RT @Pulgar_Panda: La cada vez mayor concentración de CO2 en la atmósfera está provocando que los océanos absorban más y más carbono, lo que…
RT @Pulgar_Panda: La cada vez mayor concentración de CO2 en la atmósfera está provocando que los océanos absorban más y más carbono, lo que…
RT @Pulgar_Panda: La cada vez mayor concentración de CO2 en la atmósfera está provocando que los océanos absorban más y más carbono, lo que…
RT @SOQUIPA_507: Nuevo estudio revela que el Océano Ártico absorberá más CO2 de lo previsto por modelos climáticos antes descritos. El CO2…
RT @SOQUIPA_507: Nuevo estudio revela que el Océano Ártico absorberá más CO2 de lo previsto por modelos climáticos antes descritos. El CO2…
RT @Pulgar_Panda: La cada vez mayor concentración de CO2 en la atmósfera está provocando que los océanos absorban más y más carbono, lo que…
RT @Pulgar_Panda: La cada vez mayor concentración de CO2 en la atmósfera está provocando que los océanos absorban más y más carbono, lo que…
RT @Pulgar_Panda: La cada vez mayor concentración de CO2 en la atmósfera está provocando que los océanos absorban más y más carbono, lo que…
RT @Pulgar_Panda: La cada vez mayor concentración de CO2 en la atmósfera está provocando que los océanos absorban más y más carbono, lo que…
RT @Pulgar_Panda: La cada vez mayor concentración de CO2 en la atmósfera está provocando que los océanos absorban más y más carbono, lo que…
RT @Pulgar_Panda: La cada vez mayor concentración de CO2 en la atmósfera está provocando que los océanos absorban más y más carbono, lo que…
RT @Pulgar_Panda: La cada vez mayor concentración de CO2 en la atmósfera está provocando que los océanos absorban más y más carbono, lo que…
RT @Pulgar_Panda: La cada vez mayor concentración de CO2 en la atmósfera está provocando que los océanos absorban más y más carbono, lo que…
RT @Pulgar_Panda: La cada vez mayor concentración de CO2 en la atmósfera está provocando que los océanos absorban más y más carbono, lo que…
La cada vez mayor concentración de CO2 en la atmósfera está provocando que los océanos absorban más y más carbono, lo que conduce a su acidificación. Un nuevo modelo prevé que la acidificación del océano Ártico será mayor de lo que se creía. @nature https:
Nuevo estudio revela que el Océano Ártico absorberá más CO2 de lo previsto por modelos climáticos antes descritos. El CO2 adicional causará una mayor acidificación de los océanos y con esto la pérdida de organismos, afectando a la cadena alimentaria. http
RT @Polar_Katya: #Arctic Ocean acidification, combined with rapidly changing physical and biogeochemical Arctic conditions, is likely to ex…
RT @Polar_Katya: #Arctic Ocean acidification, combined with rapidly changing physical and biogeochemical Arctic conditions, is likely to ex…
RT @Polar_Katya: #Arctic Ocean acidification, combined with rapidly changing physical and biogeochemical Arctic conditions, is likely to ex…
RT @Polar_Katya: #Arctic Ocean acidification, combined with rapidly changing physical and biogeochemical Arctic conditions, is likely to ex…
RT @Polar_Katya: #Arctic Ocean acidification, combined with rapidly changing physical and biogeochemical Arctic conditions, is likely to ex…
RT @Polar_Katya: #Arctic Ocean acidification, combined with rapidly changing physical and biogeochemical Arctic conditions, is likely to ex…
#Arctic Ocean acidification, combined with rapidly changing physical and biogeochemical Arctic conditions, is likely to exacerbate the impact of climate change on vulnerable Arctic marine ecosystems https://t.co/P23ZIxHeuo
RT @JensTerhaar: Just published in @nature: Emergent constraint on @ArcticOcean @acidification in the 21. century: Our results indicate gre…
RT @ClimateBen: Is climate change worse than thought, with dangerous developments faster than expected? I'm puzzled that some scientists d…
RT @ClimateBen: Is climate change worse than thought, with dangerous developments faster than expected? I'm puzzled that some scientists d…
RT @ClimateBen: Is climate change worse than thought, with dangerous developments faster than expected? I'm puzzled that some scientists d…
RT @ClimateBen: Is climate change worse than thought, with dangerous developments faster than expected? I'm puzzled that some scientists d…
RT @ClimateBen: Is climate change worse than thought, with dangerous developments faster than expected? I'm puzzled that some scientists d…
RT @ClimateBen: Is climate change worse than thought, with dangerous developments faster than expected? I'm puzzled that some scientists d…
RT @ClimateBen: Is climate change worse than thought, with dangerous developments faster than expected? I'm puzzled that some scientists d…
RT @ClimateBen: Is climate change worse than thought, with dangerous developments faster than expected? I'm puzzled that some scientists d…
RT @ClimateBen: Is climate change worse than thought, with dangerous developments faster than expected? I'm puzzled that some scientists d…
RT @ClimateBen: Is climate change worse than thought, with dangerous developments faster than expected? I'm puzzled that some scientists d…
RT @ClimateBen: Is climate change worse than thought, with dangerous developments faster than expected? I'm puzzled that some scientists d…
Is climate change worse than thought, with dangerous developments faster than expected? I'm puzzled that some scientists don't think so. 'ocean acidification in the Arctic Ocean is likely to be even worse than previously thought' https://t.co/SyAISflrDx
RT @Geosciences_ENS: New study by Jens Terhaar, Lester Kwiatkowski & @laurent_bopp just out in @nature suggests acidification of the #Arcti…
RT @JensTerhaar: Just published in @nature: Emergent constraint on @ArcticOcean @acidification in the 21. century: Our results indicate gre…
RT @JensTerhaar: Just published in @nature: Emergent constraint on @ArcticOcean @acidification in the 21. century: Our results indicate gre…
RT @Geosciences_ENS: New study by Jens Terhaar, Lester Kwiatkowski & @laurent_bopp just out in @nature suggests acidification of the #Arcti…
Emergent constraint on Arctic Ocean acidification in the twenty-first century https://t.co/rzYO4HS3aA
@p_hannam Thanks Peter - in Arctic Ocean too. https://t.co/3sDrGupFfC
Emergent constraint on Arctic Ocean acidification in the twenty-first century | Nature Aragonite and calcite and acidification. The Arctic is on track to become unrecognisable, on land and in the sea. #ClimateEmergency https://t.co/3sDrGupFfC
RT @JensTerhaar: Just published in @nature: Emergent constraint on @ArcticOcean @acidification in the 21. century: Our results indicate gre…
2/ Lead author @JensTerhaar, part of the 4C team, explained that "substantially enhanced ocean acidification, particularly between 200 and 1000 meters” is likely to be seen in the #Arctic over the 21st century, compared to what was previously estimated. h
RT @JensTerhaar: Just published in @nature: Emergent constraint on @ArcticOcean @acidification in the 21. century: Our results indicate gre…
RT @Geosciences_ENS: New study by Jens Terhaar, Lester Kwiatkowski & @laurent_bopp just out in @nature suggests acidification of the #Arcti…
RT @JensTerhaar: Just published in @nature: Emergent constraint on @ArcticOcean @acidification in the 21. century: Our results indicate gre…
Check out "Arctic Ocean acidification worse than expected: The Arctic Ocean will take up 20% more CO2 over the ..." at: https://t.co/snw1wPRqO4
RT @JensTerhaar: Just published in @nature: Emergent constraint on @ArcticOcean @acidification in the 21. century: Our results indicate gre…
RT @JensTerhaar: Just published in @nature: Emergent constraint on @ArcticOcean @acidification in the 21. century: Our results indicate gre…
Emergent constraint on Arctic Ocean acidification in the twenty-first century https://t.co/sypvVPk8Nx
네이처 하이라이트:21세기 북극해 산성화의 신생 제약 조건(Emergent constraint) https://t.co/nPmb2iux1E
Emergent constraint on Arctic Ocean acidification in the twenty-first century https://t.co/pyxNw862Xy https://t.co/93bPtJSna8
RT @JensTerhaar: Just published in @nature: Emergent constraint on @ArcticOcean @acidification in the 21. century: Our results indicate gre…
Nature ハイライト:将来の北極海の酸性化に対する新たな制約 | Nature | Nature Research: https://t.co/AR371UIbNK
RT @JensTerhaar: Just published in @nature: Emergent constraint on @ArcticOcean @acidification in the 21. century: Our results indicate gre…
RT @JensTerhaar: Just published in @nature: Emergent constraint on @ArcticOcean @acidification in the 21. century: Our results indicate gre…
RT @JensTerhaar: Just published in @nature: Emergent constraint on @ArcticOcean @acidification in the 21. century: Our results indicate gre…
RT @NatureJapan: Nature ハイライト:将来の北極海の酸性化に対する新たな制約 | Nature https://t.co/7u0wkWdDw6 #海洋科学 #北極海 #酸性化
Nature ハイライト:将来の北極海の酸性化に対する新たな制約 | Nature https://t.co/7u0wkWdDw6 #海洋科学 #北極海 #酸性化
RT @JensTerhaar: Just published in @nature: Emergent constraint on @ArcticOcean @acidification in the 21. century: Our results indicate gre…
RT @JensTerhaar: Just published in @nature: Emergent constraint on @ArcticOcean @acidification in the 21. century: Our results indicate gre…
RT @JensTerhaar: Just published in @nature: Emergent constraint on @ArcticOcean @acidification in the 21. century: Our results indicate gre…
RT @Geosciences_ENS: New study by Jens Terhaar, Lester Kwiatkowski & @laurent_bopp just out in @nature suggests acidification of the #Arcti…
RT @JensTerhaar: Just published in @nature: Emergent constraint on @ArcticOcean @acidification in the 21. century: Our results indicate gre…
RT @JensTerhaar: Just published in @nature: Emergent constraint on @ArcticOcean @acidification in the 21. century: Our results indicate gre…
RT @JensTerhaar: Just published in @nature: Emergent constraint on @ArcticOcean @acidification in the 21. century: Our results indicate gre…
Full-text access to a view-only version of our paper: https://t.co/1GS70lXX5k
The Arctic Ocean could be undersaturated with respect to calcite by the end of this century under high emissions scenarios, and may be undergoing greater acidification than previously recognised, according to work by @JensTerhaar and colleagues in @nature
RT @Geosciences_ENS: New study by Jens Terhaar, Lester Kwiatkowski & @laurent_bopp just out in @nature suggests acidification of the #Arcti…
New study by Jens Terhaar, Lester Kwiatkowski & @laurent_bopp just out in @nature suggests acidification of the #Arctic ocean will be more intense than previously thought, worsening the threat on vulnerable ecosystems https://t.co/kFs8pbYERt
"This increased rate of Arctic Ocean acidification, combined with rapidly changing physical and biogeochemical Arctic conditions is likely to exacerbate the impact of climate change on vulnerable Arctic marine ecosystems." https://t.co/8SWMI3pna0
Just published in @nature: Emergent constraint on @ArcticOcean @acidification in the 21. century: Our results indicate greater regional anthropogenic carbon storage and ocean acidification than previously projected https://t.co/Cyma6Dqe1B @laurent_bopp @u