Anthropogenic contribution to global occurrence of heavy-precipitation and high-temperature extremes https://t.co/SOHJ5TSt8H
RT @SafariPenguin: See paper by Fischer & Knutti https://t.co/h0qZlbvwOQ with some great graphs suitable for outreach! #13IMSC
See paper by Fischer & Knutti https://t.co/h0qZlbvwOQ with some great graphs suitable for outreach! #13IMSC
@John_J_C_Moss Perhaps you meant something more like this (in one of the world's most respected scientific journals) https://t.co/xoHy0v6Hbu
RT @EcoEye: "Climate change includes not only changes in mean climate but also in weather extremes" https://t.co/RLx6lhufnL @NatureClimate
"Climate change includes not only changes in mean climate but also in weather extremes" https://t.co/RLx6lhufnL @NatureClimate
One in five extreme rain events are a result of the 0.85C global rise in temperature since the Industrial Revolution https://t.co/sVAF3dvMl2
@kalahar1 Few impacts are linear. Impacts from 2C > 1C*2, 4C >2C*2. e.g. Fig 2 a&b here... https://t.co/gUgMLAosTz
@luisbaram Actually-fewer people r killed by "events" full stop-ur missing the point-try some real science https://t.co/rlNT0zTOzn not blogs
@GeorgeMonbiot Anthropogenic contribution to global occurrence of heavy-precipitation and high-temperature extremes https://t.co/9IKm0EDrxw
Anthropogenic contribution to global occurrence of heavy-precipitation and high-temperature extremes https://t.co/Bdtl1aMaS6
Anthropogenic contribution to global occurrence of heavy-precipitation and high-temperature extremes https://t.co/DcD880tsTA
@ArseneAhouansou ça, c'est une démonstration scientifique : https://t.co/xuWhVJtdDd
@ArseneAhouansou vous allez donc pouvoir réfuter cette étude, puisque vous êtes si fort : https://t.co/xuWhVJtdDd
@ArseneAhouansou par exemple, une des dernières études en date : https://t.co/lzk7NayO9Q
7) For heat waves, multiple results suggest strong role for GW in increasing threshold breaking events (eg. http://t.co/eAByCNEeDe)
7) For heat waves, multiple results suggest strong role for GW in increasing threshold breaking events (eg. http://t.co/eAByCNEeDe)
7) For heat waves, multiple results suggest strong role for GW in increasing threshold breaking events (eg. http://t.co/eAByCNEeDe)
Anthropogenic contribution to global occurrence of heavy-precipitation and high-temperature extremes http://t.co/5cKsPJsv7u
7) For heat waves, multiple results suggest strong role for GW in increasing threshold breaking events (eg. http://t.co/eAByCNEeDe)
7) For heat waves, multiple results suggest strong role for GW in increasing threshold breaking events (eg. http://t.co/eAByCNEeDe)
7) For heat waves, multiple results suggest strong role for GW in increasing threshold breaking events (eg. http://t.co/eAByCNEeDe)
7) For heat waves, multiple results suggest strong role for GW in increasing threshold breaking events (eg. http://t.co/eAByCNEeDe)
7) For heat waves, multiple results suggest strong role for GW in increasing threshold breaking events (eg. http://t.co/eAByCNEeDe)
http://t.co/6XCLq3puxl ... For heatwaves and heavy precipitation events a human contribution to their occurrence has been demonstrated
#GCCFIT What % of extreme events are attributable to global warming? http://t.co/XbNdLNZcP9
7) For heat waves, multiple results suggest strong role for GW in increasing threshold breaking events (eg. http://t.co/eAByCNEeDe)
7) For heat waves, multiple results suggest strong role for GW in increasing threshold breaking events (eg. http://t.co/eAByCNEeDe)
7) For heat waves, multiple results suggest strong role for GW in increasing threshold breaking events (eg. http://t.co/eAByCNEeDe)
7) For heat waves, multiple results suggest strong role for GW in increasing threshold breaking events (eg. http://t.co/eAByCNEeDe)
7) For heat waves, multiple results suggest strong role for GW in increasing threshold breaking events (eg. http://t.co/eAByCNEeDe)
7) For heat waves, multiple results suggest strong role for GW in increasing threshold breaking events (eg. http://t.co/eAByCNEeDe)
7) For heat waves, multiple results suggest strong role for GW in increasing threshold breaking events (eg. http://t.co/eAByCNEeDe)
Anthropogenic contribution to global occurrence of heavy-precipitation and high-temperature extremes http://t.co/3ludWL2C13
75% of moderate #hot extremes & 18% of moderate #precipitation extremes may be attributable to #anthropogenic warming http://t.co/vnyGkBKo9P
Anthropogenic contribution to global occurrence of heavy-precipitation and high-temperature extremes http://t.co/Z2qYRoMdz7
Clear human contribution to heavy-precipitation and high-temperature extremes. http://t.co/oEdxmhBNeu via @NatureClimate #climatechange
Uppvärmningen -> extremt väder: "Anthropogenic contribution to ... heavy-precipitation and high-temperature extremes" http://t.co/2WjbXxg8zX
Uppvärmningen -> extremt väder: "Anthropogenic contribution to ... heavy-precipitation and high-temperature extremes" http://t.co/2WjbXxg8zX
Uppvärmningen -> extremt väder: "Anthropogenic contribution to ... heavy-precipitation and high-temperature extremes" http://t.co/2WjbXxg8zX
Uppvärmningen -> extremt väder: "Anthropogenic contribution to ... heavy-precipitation and high-temperature extremes" http://t.co/2WjbXxg8zX
Uppvärmningen -> extremt väder: "Anthropogenic contribution to ... heavy-precipitation and high-temperature extremes" http://t.co/2WjbXxg8zX
Uppvärmningen -> extremt väder: "Anthropogenic contribution to ... heavy-precipitation and high-temperature extremes" http://t.co/2WjbXxg8zX
Uppvärmningen -> extremt väder: "Anthropogenic contribution to ... heavy-precipitation and high-temperature extremes" http://t.co/2WjbXxg8zX
Uppvärmningen -> extremt väder: "Anthropogenic contribution to ... heavy-precipitation and high-temperature extremes" http://t.co/2WjbXxg8zX
@MattiNilimaa Just värmeböljor och skyfall är tydliga. Exv: http://t.co/2WjbXxg8zX
Anthropogenic contribution to global occurrence of heavy-precipitation and high-temperature extremes http://t.co/lvHzHc2XJg #climatechange
A warming climate increases the probability of extreme weather. +2 Celsius = 40% more heavy rain events. http://t.co/vDeqwgH5M2
Attribution of extreme precip & heat events to human causes: it's getting better http://t.co/tQQhCZh4eK Will lawsuits follow?
How often are heavy-precipitation and high-temperature extremes attributable to #climatechange?: http://t.co/CqZKrTaVn6 via @NatureClimate
MT @nature_brains rarest, most extreme weather events most attributable to anthropogenic factors: http://t.co/DurVHdpDbE via @NatureClimate
How often are heavy-precipitation and high-temperature extremes attributable to #climatechange?: http://t.co/CqZKrTaVn6 via @NatureClimate
How often are heavy-precipitation and high-temperature extremes attributable to #climatechange?: http://t.co/Ldt6yPdqjk via @NatureClimate
How often are heavy-precipitation and high-temperature extremes attributable to #climatechange?: http://t.co/CqZKrTaVn6 via @NatureClimate
Comments by @StottPeter on Fischer/Knutti extreme temp/precip attribution paper in Nat Clim Ch http://t.co/9qk0BwHb3V http://t.co/ezxXrw3fhI
Anthropogenic contribution to global occurrence of heavy-precipitation and high-temperature extremes : Nature Climate http://t.co/CuIbp9LGhg
Reference: http://t.co/QSujuoaTQq
~75% of extreme hot weather, and ~18% of extreme rainfall, are already attributable to anthropogenic climate change. http://t.co/fItfKAQxWg
~75% of extreme hot weather, and ~18% of extreme rainfall, are already attributable to anthropogenic climate change. http://t.co/fItfKAQxWg
Two recent papers that strengthen the case that the risk of future flooding is increasing http://t.co/6kjSRUuwW3 & http://t.co/ZRE2OhhjNX
Anthropogenic contribution to global occurrence of heavy-precipitation and high-temperature extremes http://t.co/zAZpmzJ6HX
18% of the moderate daily precipitation extremes over land are attributable to the observed temperature increase... http://t.co/ZIqmaWwsYg
18% of the moderate daily precipitation extremes over land are attributable to the observed temperature increase... http://t.co/ZIqmaWwsYg
Anthropogenic contribution to global occurrence of heavy-precipitation and high-temperature extremes http://t.co/B0bqKs429e
New @NatureClimate: climate change ↑ likelihood of extreme heat & precipitation: http://t.co/pi6hsOgudY #ActOnClimate http://t.co/JPTJE6ljj6
Thats extreme. Heat waves and heavy rainfalls are likely to occur every 200 days instead of every 1000 days since... http://t.co/PNj4GPlixz
Anthropogenic contribution to global occurrence of heavy-precipitation and high-temperature extremes http://t.co/D0jw2zQARZ #climatechange
Anthropogenic contribution to global occurrence of heavy-precipitation and high-temperature extremes http://t.co/D0jw2zQARZ #climatechange
Anthropogenic contribution to global occurrence of heavy-precipitation and high-temperature extremes http://t.co/3YZGkAqy9V #climatechange
Global mean temperature must be fine-tuned to avoid weather extremes. http://t.co/7tH6FmucW4
Anthropogenic changes to the atmosphere have greatly increased weather extremes, and likely to go up many fold more http://t.co/X6bZ7b2Lzz
Anthropogenic changes to the atmosphere have greatly increased weather extremes, and likely to go up many fold more http://t.co/X6bZ7b2Lzz
#Anthropogenic contribution to global occurrence of heavy-precipitation and high-temperature #extremes http://t.co/StHVOpORHa #ClimateChange
MT @SP_Simonovic: @nature study relates extreme rain events with anthropogenic global warming. Increase: 18 to 40% http://t.co/7KyeISmx7e
http://t.co/DP1iW06CAN New study relates extreme rain events with human caused global warming. Increase between 18 and 40%. #climatechange
Global mean temperature must be fine-tuned to avoid weather extremes. http://t.co/7tH6FmucW4
Global mean temperature must be fine-tuned to avoid weather extremes. http://t.co/7tH6FmucW4
Anthropogenic contribution to global occurrence of heavy-precipitation and high-temperature extremes http://t.co/Ls8FmhAhxV
#Anthropogenic contribution to global occurrence of heavy-precipitation & high-temperature extremes http://t.co/ukyBjkasPY #climate #science
New @NatureClimate: climate change ↑ likelihood of extreme heat & precipitation: http://t.co/pi6hsOgudY #ActOnClimate http://t.co/JPTJE6ljj6
Brisbane experiences wettest May on record and it's only the first day of the month. Food for thought #auspol http://t.co/wS4fuyOKIp
Brisbane experiences wettest May on record and it's only the first day of the month. Food for thought #auspol http://t.co/wS4fuyOKIp
Brisbane experiences wettest May on record and it's only the first day of the month. Food for thought #auspol http://t.co/wS4fuyOKIp
Brisbane experiences wettest May on record and it's only the first day of the month. Food for thought #auspol http://t.co/wS4fuyOKIp
Brisbane experiences wettest May on record and it's only the first day of the month. Food for thought #auspol http://t.co/wS4fuyOKIp
Brisbane experiences wettest May on record and it's only the first day of the month. Food for thought #auspol http://t.co/wS4fuyOKIp
Brisbane experiences wettest May on record and it's only the first day of the month. Food for thought #auspol http://t.co/wS4fuyOKIp
Brisbane experiences wettest May on record and it's only the first day of the month. Food for thought #auspol http://t.co/wS4fuyOKIp
Brisbane experiences wettest May on record and it's only the first day of the month. Food for thought #auspol http://t.co/wS4fuyOKIp
Brisbane experiences wettest May on record and it's only the first day of the month. Food for thought #auspol http://t.co/wS4fuyOKIp
Brisbane experiences wettest May on record and it's only the first day of the month. Food for thought #auspol http://t.co/wS4fuyOKIp
Brisbane experiences wettest May on record and it's only the first day of the month. Food for thought #auspol http://t.co/wS4fuyOKIp
Anthropogenic contribution to global occurrence of heavy-precipitation and high-temperature extremes http://t.co/wS4fuyOKIp #auspol
Anthropogenic contribution to global occurrence of heavy-precipitation and high-temperature extremes http://t.co/wS4fuyOKIp #auspol
This is the map that has kept me awake at nights this week: http://t.co/VTG2pQltCU @nature #climatechange http://t.co/SDLHhK1SsH
75% dels dies molt calorosos, culpa del canvi climàtic, E.Fischer i R.Knutti, Swiss Federal Institute of Technology http://t.co/aOs4btK79T
Nature Climate Change誌に掲載された「異常な多雨と高温のグローバルな発生の人為寄与分」と題する論文 http://t.co/i5GSyI2vP8 現在の降雨の約18%(2度では40%に上昇)と猛暑の約75%が産業革命前に比べた人為的な温暖化の寄与