RT @valmasdel: A la louche, 1 kg de CO2 rejeté dans l'atmosphère = 15 kg de glace de glaciers fondue. Source : https://t.co/BBfk5zHAjp (7/.…
RT @valeriomotta: L'ordre d'idée est sidérant
L'ordre d'idée est sidérant
A la louche, 1 kg de CO2 rejeté dans l'atmosphère = 15 kg de glace de glaciers fondue. Source : https://t.co/BBfk5zHAjp (7/...)
We looked at projected climate change scenarios from recent #IPCC AR6 WG1 report (https://t.co/oLLA0G6zOs), the most robust & trustful source of climate change science: With every kg of emitted CO2, temperatures rise, & with that glacier ice melts
This result was obtained by Marzeion et al., 2018 (https://t.co/OcKLNUoVt1). In this study, we used a well known relationship between global temperature and total cumulative emissions (this is AR6 SPM) ... https://t.co/9ghGPcuhtx
@valmasdel @matthias_huss @realglacier Matthias may have other ref’s to suggest, but here (https://t.co/n4eVlcV7Dz) Ben Marzeion et al. suggest one kilogram of CO2 emitted costs 15 kilograms of glacier ice.
RT @ruth_mottram: @WilksJeremy @ProtectSlr The paper is here: https://t.co/nvleECSrxl I don't think Ben is on twitter but co-author @FabC…
More info about how much ice is melted by each carbon dioxide emission👉
RT @ruth_mottram: @WilksJeremy @ProtectSlr The paper is here: https://t.co/nvleECSrxl I don't think Ben is on twitter but co-author @FabC…
RT @ruth_mottram: @WilksJeremy @ProtectSlr The paper is here: https://t.co/nvleECSrxl I don't think Ben is on twitter but co-author @FabC…
RT @ruth_mottram: @WilksJeremy @ProtectSlr The paper is here: https://t.co/nvleECSrxl I don't think Ben is on twitter but co-author @FabC…
@WilksJeremy @ProtectSlr The paper is here: https://t.co/nvleECSrxl I don't think Ben is on twitter but co-author @FabClimate is. At the time @KenCaldeira wrote a nice blog post on it too going into some of the implications. (https://t.co/J05nqR3D3v)
@JohnMarsham It's based on a paper by Ben Marzeion https://t.co/nvleECSrxl
@valmasdel Et chaque kg de CO2 émis est équivalent à 16kg de glace en moins pour les glaciers de montagne: https://t.co/OcKLNUoVt1
RT @acmg54JFB: Le glaçon du congélateur est dans le bol sur la table de la cuisine et il a commencé à fondre! Même si nous réduisons très v…
RT @FabClimate: #glaciers will continue to melt, even if we stop #emissions now. On this #ClimateStrike day it might be worth re-discussing…
RT @FabClimate: #glaciers will continue to melt, even if we stop #emissions now. On this #ClimateStrike day it might be worth re-discussing…
RT @acmg54JFB: Le glaçon du congélateur est dans le bol sur la table de la cuisine et il a commencé à fondre! Même si nous réduisons très v…
RT @acmg54JFB: Le glaçon du congélateur est dans le bol sur la table de la cuisine et il a commencé à fondre! Même si nous réduisons très v…
RT @acmg54JFB: Le glaçon du congélateur est dans le bol sur la table de la cuisine et il a commencé à fondre! Même si nous réduisons très v…
Le glaçon du congélateur est dans le bol sur la table de la cuisine et il a commencé à fondre! Même si nous réduisons très vite nos consommations énergie #fossile il va continuer à fondre et ce seront nos descendants qui supporteront les conséquences
RT @FabClimate: #glaciers will continue to melt, even if we stop #emissions now. On this #ClimateStrike day it might be worth re-discussing…
RT @FabClimate: #glaciers will continue to melt, even if we stop #emissions now. On this #ClimateStrike day it might be worth re-discussing…
RT @FabClimate: #glaciers will continue to melt, even if we stop #emissions now. On this #ClimateStrike day it might be worth re-discussing…
#glaciers will continue to melt, even if we stop #emissions now. On this #ClimateStrike day it might be worth re-discussing this figure from our 2018 paper (https://t.co/4kqstbKfqi) which shows that the more we wait, the less we can do to save them. 1/3 ht
RT @icarus62: Glaciers are very good 'integrators' of climate trends (Lonnie Thompson). Not only are glaciers in disequilibrium with curre…
Baked in the cake: "Consequently, mitigating future emissions will have only very limited influence on glacier mass change in the twenty-first century..." https://t.co/TPiFfCC8IY
RT @DenisGilbertPhD: On the importance of #ClimateAction now: 36 ± 8% #glacier mass loss is already committed in response to past #greenhou…
RT @DenisGilbertPhD: On the importance of #ClimateAction now: 36 ± 8% #glacier mass loss is already committed in response to past #greenhou…
RT @DenisGilbertPhD: On the importance of #ClimateAction now: 36 ± 8% #glacier mass loss is already committed in response to past #greenhou…
RT @DenisGilbertPhD: On the importance of #ClimateAction now: 36 ± 8% #glacier mass loss is already committed in response to past #greenhou…
RT @DenisGilbertPhD: On the importance of #ClimateAction now: 36 ± 8% #glacier mass loss is already committed in response to past #greenhou…
RT @icarus62: Glaciers are very good 'integrators' of climate trends (Lonnie Thompson). Not only are glaciers in disequilibrium with curre…
RT @icarus62: Glaciers are very good 'integrators' of climate trends (Lonnie Thompson). Not only are glaciers in disequilibrium with curre…
RT @realglacier: "We find contemporary glacier mass is in disequilibrium with the current climate, & 36 ± 8% mass loss is already committed…
RT @realglacier: "We find contemporary glacier mass is in disequilibrium with the current climate, & 36 ± 8% mass loss is already committed…
RT @realglacier: "We find contemporary glacier mass is in disequilibrium with the current climate, & 36 ± 8% mass loss is already committed…
RT @EssaysConcern: Some bad news and (tentatively) good news: unavoidable commited melting, but some hope (not too late) to preserve what r…
RT @realglacier: "We find contemporary glacier mass is in disequilibrium with the current climate, & 36 ± 8% mass loss is already committed…
Glaciers are very good 'integrators' of climate trends (Lonnie Thompson). Not only are glaciers in disequilibrium with current climate, but current climate is also in disequilibrium with anthropogenic forcings. Our action/inaction today has huge long term
Some bad news and (tentatively) good news: unavoidable commited melting, but some hope (not too late) to preserve what remains through mitigation. It good that @NatureClimate is also covering mental health in this issue! https://t.co/2gpTAqp952
RT @realglacier: "We find contemporary glacier mass is in disequilibrium with the current climate, & 36 ± 8% mass loss is already committed…
Jenseits (!) des Point-of-no-Return: 🏔️ 36 (28–44)% der aktuellen Gletschermasse ist bereits bei aktuellen Temperaturen verloren. Pro 1 kg 🌫️CO2 schmelzen 15.8(5.9–20.5) kg ❄️Gletschereis (nicht linearer Zusammenhang, gedämpft... https://t.co/QPjXM3ilhh
RT @realglacier: "We find contemporary glacier mass is in disequilibrium with the current climate, & 36 ± 8% mass loss is already committed…
RT @realglacier: "We find contemporary glacier mass is in disequilibrium with the current climate, & 36 ± 8% mass loss is already committed…
RT @realglacier: "We find contemporary glacier mass is in disequilibrium with the current climate, & 36 ± 8% mass loss is already committed…
RT @realglacier: "We find contemporary glacier mass is in disequilibrium with the current climate, & 36 ± 8% mass loss is already committed…
"We find contemporary glacier mass is in disequilibrium with the current climate, & 36 ± 8% mass loss is already committed in response to past greenhouse gas emissions." Nice paper I got to review by Marzeion et al (2018) https://t.co/No5ee4P3LN
RT @valmasdel: - today's glaciers are in disequilibrium with climate, - future irreversible mass loss will result from past GHG emissions,…
RT @twilamoon: "In the long-term, however, mitigation will exert strong control, suggesting that ambitious measures are necessary for the l…
RT @twilamoon: "In the long-term, however, mitigation will exert strong control, suggesting that ambitious measures are necessary for the l…
"In the long-term, however, mitigation will exert strong control, suggesting that ambitious measures are necessary for the long-term preservation of glaciers." New paper on committed glacier loss @NatureClimate https://t.co/L7YfoxjC2C
RT @paoloigna1: very interesting https://t.co/mjWoadwTto
RT @paoloigna1: very interesting https://t.co/mjWoadwTto
RT @Beppeley: Limited influence of climate change mitigation on short-term glacier mass loss https://t.co/UoEVNgoUKm @g_baccolo @CECHR_UoD…
very interesting https://t.co/mjWoadwTto
RT @valmasdel: - today's glaciers are in disequilibrium with climate, - future irreversible mass loss will result from past GHG emissions,…
RT @LizzUltee: We commit to 16 kg #glacier mass loss for every 1 kg CO2 emitted at our present temperature. 21st-century losses inevitable…
RT @valmasdel: - today's glaciers are in disequilibrium with climate, - future irreversible mass loss will result from past GHG emissions,…
RT @valmasdel: - today's glaciers are in disequilibrium with climate, - future irreversible mass loss will result from past GHG emissions,…
RT @geschichtenpost: Glacier shrinkage is past the point of no return https://t.co/m8tmR7Icqn Limited influence of climate change mitigat…
RT @valmasdel: - today's glaciers are in disequilibrium with climate, - future irreversible mass loss will result from past GHG emissions,…
RT @Antarcticacl: Daño ya causado por emisión de #CO2 es enorme. Ej: incluso si dejamos de emitir completamente hoy, debido al #CO2 ya emit…
RT @valmasdel: - today's glaciers are in disequilibrium with climate, - future irreversible mass loss will result from past GHG emissions,…
Glacier shrinkage is past the point of no return https://t.co/m8tmR7Icqn Limited influence of climate change mitigation on short-term glacier mass loss https://t.co/PfFHgbsbsq
RT @valmasdel: - today's glaciers are in disequilibrium with climate, - future irreversible mass loss will result from past GHG emissions,…
RT @valmasdel: - today's glaciers are in disequilibrium with climate, - future irreversible mass loss will result from past GHG emissions,…
RT @NatureClimate: Now in NatureClimate - Limited influence of climate change mitigation on short-term glacier mass loss https://t.co/GpKCF…
RT @valmasdel: - today's glaciers are in disequilibrium with climate, - future irreversible mass loss will result from past GHG emissions,…
RT @valmasdel: - today's glaciers are in disequilibrium with climate, - future irreversible mass loss will result from past GHG emissions,…
RT @valmasdel: - today's glaciers are in disequilibrium with climate, - future irreversible mass loss will result from past GHG emissions,…
RT @valmasdel: - today's glaciers are in disequilibrium with climate, - future irreversible mass loss will result from past GHG emissions,…
RT @valmasdel: - today's glaciers are in disequilibrium with climate, - future irreversible mass loss will result from past GHG emissions,…
RT @valmasdel: - today's glaciers are in disequilibrium with climate, - future irreversible mass loss will result from past GHG emissions,…
RT @NatureClimate: Now in NatureClimate - Limited influence of climate change mitigation on short-term glacier mass loss https://t.co/GpKCF…
RT @valmasdel: - today's glaciers are in disequilibrium with climate, - future irreversible mass loss will result from past GHG emissions,…
RT @valmasdel: - today's glaciers are in disequilibrium with climate, - future irreversible mass loss will result from past GHG emissions,…
RT @valmasdel: - today's glaciers are in disequilibrium with climate, - future irreversible mass loss will result from past GHG emissions,…
RT @valmasdel: - today's glaciers are in disequilibrium with climate, - future irreversible mass loss will result from past GHG emissions,…
RT @Antarcticacl: Daño ya causado por emisión de #CO2 es enorme. Ej: incluso si dejamos de emitir completamente hoy, debido al #CO2 ya emit…
RT @valmasdel: - today's glaciers are in disequilibrium with climate, - future irreversible mass loss will result from past GHG emissions,…
RT @valmasdel: - today's glaciers are in disequilibrium with climate, - future irreversible mass loss will result from past GHG emissions,…
RT @NatureClimate: Now in NatureClimate - Limited influence of climate change mitigation on short-term glacier mass loss https://t.co/GpKCF…
RT @valmasdel: - today's glaciers are in disequilibrium with climate, - future irreversible mass loss will result from past GHG emissions,…
RT @valmasdel: - today's glaciers are in disequilibrium with climate, - future irreversible mass loss will result from past GHG emissions,…
RT @valmasdel: - today's glaciers are in disequilibrium with climate, - future irreversible mass loss will result from past GHG emissions,…
RT @LizzUltee: We commit to 16 kg #glacier mass loss for every 1 kg CO2 emitted at our present temperature. 21st-century losses inevitable…
RT @valmasdel: - today's glaciers are in disequilibrium with climate, - future irreversible mass loss will result from past GHG emissions,…
RT @LizzUltee: We commit to 16 kg #glacier mass loss for every 1 kg CO2 emitted at our present temperature. 21st-century losses inevitable…
RT @NatureClimate: Now in NatureClimate - Limited influence of climate change mitigation on short-term glacier mass loss https://t.co/GpKCF…
RT @NatureClimate: Now in NatureClimate - Limited influence of climate change mitigation on short-term glacier mass loss https://t.co/GpKCF…
RT @Antarcticacl: Daño ya causado por emisión de #CO2 es enorme. Ej: incluso si dejamos de emitir completamente hoy, debido al #CO2 ya emit…
RT @Antarcticacl: Daño ya causado por emisión de #CO2 es enorme. Ej: incluso si dejamos de emitir completamente hoy, debido al #CO2 ya emit…
RT @AntarcticGlacie: Glacier mass loss will continue even if climate change is ameliorated: "The amount of ice stored in glaciers at any gi…
RT @valmasdel: - today's glaciers are in disequilibrium with climate, - future irreversible mass loss will result from past GHG emissions,…
RT @valmasdel: - today's glaciers are in disequilibrium with climate, - future irreversible mass loss will result from past GHG emissions,…
RT @valmasdel: - today's glaciers are in disequilibrium with climate, - future irreversible mass loss will result from past GHG emissions,…
RT @NatureClimate: Now in NatureClimate - Limited influence of climate change mitigation on short-term glacier mass loss https://t.co/GpKCF…