RT @MakikoSato6: The chances of experiencing hot and extremely hot summers and warm and very warm winters are increasing. https://t.co/UFg…
The chances of experiencing hot and extremely hot summers and warm and very warm winters are increasing. https://t.co/UFgMcXRkMY Data updated through summer 2023 and figures condensed. https://t.co/rqMtGjRttO
@BytePedia @warreworrior @RogerHallamCS21 https://t.co/P46tEjC8rP. Here's this re loading the dice
@EssaysConcern @theresphysics @wmconnolley You mean this? https://t.co/WvG6RiI45h
@Snowmobile_Man If you're interested in knowing WHY they use the 1951-1980 period, please read the link below. https://t.co/hbXPKf0zie
@TomDavidoff The large brown patches are areas where the average northern-hemisphere summertime temperature is more than three standard deviations warmer than the 1951-1980 baseline distribution. Droughts, wildfires, heat waves. Figure 3 from Hansen Sato R
@BlairKing_ca @JeremiahDJohns I mean ... we're facing a serious problem. Status quo bias results in a lot of focus on blocking new fossil-fuel projects (like TMX) without a similar focus on starting up new carbon-free energy projects. Visualization from a
@Xhandrasuerte21 @KekaBasualdo @GabrielBoric @Carabdechile Si quiere saber le recomiendo un cursillo y unos papers (con DOI, como corresponde) En el Tec de Monterrey: https://t.co/kG73j6YCxL Papers: https://t.co/JpNs0v7Zg8 https://t.co/6OmOAiXGO4 https://t
@paolodeluca72 mah... qui si tratta di statistica e fisica dell'atmosfera... non sono campo in cui prosperano le silver bullet Si possono trovare metafore utili, come quella del "dado truccato" https://t.co/PkvCeIZDUK https://t.co/XHTdGemBt2
@vivianefairbank Good article. I thought we *can* attribute specific heat waves to climate change? Divide Earth's surface into equal areas, find baseline probability distribution for summer temps. Areas with temperature more than 3 std dev higher should be
RT @robbie_andrew: The first time I saw an animation of this type was connected with a 2012 paper called "Perception of climate change" by…
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The first time I saw an animation of this type was connected with a 2012 paper called "Perception of climate change" by James Hansen and colleagues (open access). https://t.co/4SA2KdPA2z https://t.co/2FjlOLniXM
@TristinHopper Surprisingly, you can attribute specific heat waves to climate change: compare avg summertime temperatures to a 1951-1980 baseline distribution. Area >3 std deviations above mean (brown patches) should be about 0.15% of total area. https:
@mattgurney @KenBoessenkool Heat sloshes around, but you can figure this out: Divide Earth's surface into 250x250km pixels. Compare recent summertime temps with 1951-1980 distribution. Large areas more than 3 standard deviations above average can be attrib
RT @robbie_andrew: @RARohde @BerkeleyEarth Very nice! Were you inspired by Hansen et al. 2012? https://t.co/u8KDKvev3f https://t.co/MZeoCUm…
@RARohde @BerkeleyEarth Very nice! Were you inspired by Hansen et al. 2012? https://t.co/u8KDKvev3f https://t.co/MZeoCUmjmw
RT @ActionCountdown: Warming the Earth is like loading a dice - unusually hot or cold seasons are becoming much more likely, as shown in th…
Warming the Earth is like loading a dice - unusually hot or cold seasons are becoming much more likely, as shown in this 2012 paper by James Hansen, Makiko Sato and Reto Ruedy published by @PNASNews. https://t.co/JGL0h0yJBp
@EdJoyce Climate change is loading the dice to favor more fire and extreme events. I like that way about thinking about it. https://t.co/aT76pSC8nP
@flimsin @AndrewDessler @PatrickTBrown31 @dana1981 @DrJamesEHansen @coxypm Mea culpa also Refreshed my memory, & found comments which were interesting at PNAS & raise the issue of what the figures would look like today Still Eli is a creature of th
@tauhenare ...however increasingly, the 'climate dice' are loaded. https://t.co/7ewzh4T2va
@Joe_Public2018 @Kenneth72712993 @strawbale23 Excellent reading. https://t.co/SaFQGD8ZGb
@maikpi70 @Sushi86 @Techtastisch https://t.co/sIpwUlo7P7 https://t.co/YzvE6Uw39c https://t.co/Rfo6oNOmr6 https://t.co/zfToWnCdJe https://t.co/CyEdUp8dGs Genug Fakten für Sie oder brauchen Sie noch mehr?
@Sheldon_Walker_ Consequences of local temperature anomalies and how it affects seasonal variability. https://t.co/sEyLVbzSyc
@BuschBusch10 @antennedowideit @welt https://t.co/pboUcOIgQW https://t.co/Jk0skDyyEU https://t.co/A79Tg4jCNg So, dachte mir direkt 3 sind besser. Das erste ist nur mal so zum Thema Climate Change, dass er existiert und die Folgen. Die anderen beschäftige
RT @Gergyl: @FergusHancock (Note plots are of the aggregated distributions of local *temporal* temperature anomaly -- local anomaly in each…
@FergusHancock (Note plots are of the aggregated distributions of local *temporal* temperature anomaly -- local anomaly in each GISTEMP 250-km land temperature interpolation grid square. But of course that has a spatial component, inherently.) Original p
@Sheldon_Walker_ @AanthanurDC @DikranMarsupial @theresphysics @jg_environ Hansen (2012) goes on to tell you why. It's about extremes. 2/2 https://t.co/SaFQGD8ZGb
全然違うのしか見つからなかった。 人間の知覚認識の研究ってなんの分野だろうか。 https://t.co/k2hG7eYBac
@RARohde I was thinking of the normalization done here, and doing the analysis for summers when hotter temps have the most impact on people. https://t.co/yEwGSlGCPW
@skepticscience Cattle-catastrophe, around the world it's more difficult to live off the land, contrary to the "CO2 is greening the world" talk: “Climate dice,” describing the chance of unusually warm/cool seasons, have become more loaded in the past 30 y"
@mclickster13 @simondonner @alexcessive @lisahickey Source: Hansen Sato Ruedy 2012. https://t.co/ZbUUYbEO5f
@cdnbluelemons @Paola_Dec1231 What I like about this is that it's just based on temperature measurements. No models or anything. Global warming's progressed far enough that we can see it now. Source: https://t.co/ZbUUYbEO5f
@realDonaldTrump says he wants #GlobalWarming to "come back fast" in deep-frozen Midwest but former @NASA scientist @DrJamesHansen spelled "climate dice" weather extremes six years ago: https://t.co/BIT0HrrlnR
@Get2Resilience @Weather_West @LeroyWesterling The aces are disappearing pretty quickly. Here is the climate dice paper btw. https://t.co/FPtEqP1v5f
RT @scottwahlstrom: Hansen, Sato, and Ruedy on increasing extreme heat: "We show that during the past several years the portion of global…
Hansen, Sato, and Ruedy on increasing extreme heat: "We show that during the past several years the portion of global land area covered by summer temperature anomalies exceeding +3σ has averaged about 10%, an increase by more than an order of magnitude"
RT @EthonRaptor: @rarohde Hansen definitely took a load of crap for showing this in detail a while ago, shift of the wings to higher anomal…
@rarohde Hansen definitely took a load of crap for showing this in detail a while ago, shift of the wings to higher anomalies and flattening of the distribution https://t.co/h1Oo3CVrl6 https://t.co/qgpZUhUcaz https://t.co/dRVW2ZQtq9
RT @GarethSJones1: This study by James Hansen et al describes the concept of 'loaded climate dice' https://t.co/QPbn5zgzZt https://t.co/S…
RT @GarethSJones1: This study by James Hansen et al describes the concept of 'loaded climate dice' https://t.co/QPbn5zgzZt https://t.co/S…
RT @GarethSJones1: This study by James Hansen et al describes the concept of 'loaded climate dice' https://t.co/QPbn5zgzZt https://t.co/S…
This study by James Hansen et al describes the concept of 'loaded climate dice' https://t.co/QPbn5zgzZt https://t.co/Su6vpftKcv
@blogokhine @simondonner The analysis required to attribute individual heat waves to climate change isn't simple, but it can be done. See Hansen Sato Ruedy 2012, specifically Figure 3, which shows summer temperatures more than 3 standard deviations above t
@Smith442Smith @cdnveggie @RachelNotley The net economic cost of *carbon pricing* is close to zero, not the cost of *global warming*. I'm no lukewarmer. My personal favorite visualization of climate change is Figure 3 of Hansen Sato Ruedy 2012: https://t.c
@cmzinner @canyonliveoak @kurtjohnr @DavidOR95 @gee_beezus It's terrestrial, from Hansen Sato Ruedy 2012. I like it because it shows individual heat waves (brown patches are 3 std deviations away from median), like the 2011 Texas drought. https://t.co/B3aj
@climateguyw @MichaelEMann @JohnMoralesNBC6 @Climatologist49 @AarneClimate @bhensonweather @BernadetteWoods @ClimateCentral @DrShepherd2013 @robertscribbler @edgarrmcgregor @rahmstorf Of course Hansen and his team have shown something similarly compelling
@jmdrebit @YFNWG_Ott @cathmckenna @jkenney The additional energy accumulates - by conservation of energy, we know it can't disappear. It's like filling a bathtub, you don't need complicated computer models to figure out what's going to happen next. We can
@arnoldrosielle @nytimes Here you go. X-axis is grid cell anomalies / sdtev, y-axis is frequency density. https://t.co/9tAz1hL6QY
@KevinNR There are actually 5 entire paragraphs in the discussion of the paper that data came from addressing that question: https://t.co/0Kfu7ukLgZ
@alexaraujoc eu achava que o gráfico era do James Hansen et al, não é não? Aqui: https://t.co/2kY4suVcnb
@BobHeaslip @JonJacobs25 @ACMESalesRep @acoyne It's already happening: https://t.co/r3gJ2zCrmh But it's a collective action problem, so people still don't act! https://t.co/ZDVy6hDSnM
.@BretStephensNYT This is just measuring what's happening now, not trying to use computer simulations to predict the future. https://t.co/sBlfQ2iiRx
@ViscountRedmund Published paper: Perception of Climate Change (2012). https://t.co/r3gJ2zkPXH
@AelfredRex48 @Ellsdaddy @SteveSGoddard Screencap is from Hansen Sato Ruedy 2012. https://t.co/sBlfQ2iiRx
@SellaTheChemist @afncwoodward @PCKnappenberger @CatoInstitute Pt is increases in wings easier to spot than average https://t.co/4AbuVl50Kx
@FinniganJim @ilikerox @KenCaldeira Oops, forgot to mention source: https://t.co/sBlfQ2zUg7
@NeilJEdmondson 11) An excellent paper describing what this looks like so far, highly recommended: https://t.co/r3gJ2zkPXH
Where are you getting "millions of years" from? https://t.co/r3gJ2zkPXH https://t.co/KjZ1WChbrM
@spark_show Perceptions of Climate Change (2012) https://t.co/sBlfQ2iiRx
@GeoffyPJohnston With natural variation, these areas should only be 0.2% of map. See full paper: https://t.co/sBlfQ2iiRx
@nntaleb @newmandustin Yes. And the extreme events get extremely more common. See Hansen et al 2012 https://t.co/OJzA7ntriy
@RadioFreeTom If you want more rigorous evidence, check out the PNAS paper: https://t.co/r3gJ2zkPXH
@RadioFreeTom Best indication of how fast it's happening: this paper, particularly Figure 3. https://t.co/r3gJ2zkPXH
@GYFHAS @sunlorrie Graphic showing large areas w temp 3 std dev above avg 1951-1980, from http://t.co/sBlfQ2iiRx: http://t.co/wuCnS5QFp9
@mdentandt @BarbaraRKay @fullcomment Published paper is here: http://t.co/E7LKI6KEfk
@ABCNews24 @CWilsonQLD Who assessed to which extent global warming has contributed to this extreme rain fall? Hansen: http://t.co/zQUxLmzcKE