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The discussions include various responses to the findings, such as recognizing that 'nights are warming faster than days' and referencing 'the implications for wildlife and plant interactions.' Words like 'fact' and 'studies show' convey a sense of urgency and consensus around the understood impact of climate change. The tone captures both concern and interest in the findings, suggesting the potential urgency of adapting to these changes.
Most discussions express a common understanding of the publication's findings, highlighting the faster warming of nights relative to days.
There is significant curiosity expressed about the implications of the study, with participants referencing links to additional research.
While some users dive deep into specifics, many focus on the general implications rather than detailed methodologies.
The discussions reflect a belief that the findings of the study could substantially influence ecological and environmental conversations.
Changes to the relative heat of night and day negatively impacts on the outcomes for wildlife and plants. https://t.co/ELACQ7DNkw @DanielTCCox @IlyaMaclean @KevinJGaston https://t.co/iIhsKl47GT
Our latest paper is out in Global Change biology! Global warming is affecting daytime and night-time land temperatures differently – greater night-time warming (blue) is more common than greater daytime warming (red) worldwide. https://t.co/sBtaht8V2d @IlyaMaclean @KevinJGaston https://t.co/aKwId8ilqk
Algumas referências sobre o assunto: https://t.co/Wc8CXaobSt https://t.co/goMDsbYlIc https://t.co/XXwLQIdkhO
|EARLY VIEW | OPEN ACCESS| Global variation in diurnal asymmetry in temperature, cloud cover, specific humidity and precipitation and its association with leaf area index @DanielTCCox; @IlyaMaclean
@cone_roller @MVeltaC Nights warming faster than days is a direct result of climate change. It's a fact with plenty of published research papers on it. Read for yourself: https://t.co/E5KwcGp9hL
This study investigates how changes in temperature, cloud cover, and humidity affect climatic conditions from day to night. Focusing on the relationship with leaf area index (LAI), it reveals that regions with higher…
@unNuovoPartito @Benjo36888305 @climacritic Forse ho capito quello che intende, le notti si stanno riscaldando più velocemente dei giorni (fonte nel link) https://t.co/5x0jLrRmws Fonte grafico precedente in didascalia https://t.co/cQoZazjCRc
@LexWaters7 @BubbasRanch @phlannelphysics @jimdtweet @CDCollins5269 @nonsequiturmeme @PushFourLeft @EthonRaptor @GeorgeJeff9804 @craigthomler @Michael_D_Crow @jgorman2424 @jgatta06 @ChrisBBacon3 @FreeSpeech4U_Me @WayneAllanH @BenKoby1911 @NoelTurner194 @RandomRation @Kenneth72712993 @agentsinaction @aSinister @priscian @JimBowersclimb @joseph_postma @Mark_A_Lunn @roger_clague @ThruNoiz @d_e_mol @AndryGiles @NewNormality20 @nxgrs73 @9luckycrater09 @ejwwest @3GHtweets @Willard1951 @IBergwiesel @AdinoIsmath @evenminded121 @MikeDel21893959 @PvtMcAuslan @MartinJBern @TheOmeg55211733 @NikolovScience @USAMRIID_CA @FeelingWearing @DavidAHoward The Earth has albedo. Clouds have albedo. The atmosphere not so much… And greenhouse gases mean warmer nights. https://t.co/i1PfESTJQ2
RT @MatthewWielicki: @seriouslysushi @gargantuandwarf The study that the article was posted on shows this can not explain the effect observ…
@seriouslysushi @gargantuandwarf The study that the article was posted on shows this can not explain the effect observed in the US. https://t.co/OCLlAfqoJu
Algumas referências sobre o assunto: https://t.co/Wc8CXaobSt https://t.co/goMDsbYlIc https://t.co/XXwLQIdkhO
@cone_roller @MVeltaC Nights warming faster than days is a direct result of climate change. It's a fact with plenty of published research papers on it. Read for yourself: https://t.co/E5KwcGp9hL
https://t.co/K3s5RO2vLm https://t.co/3TCqR1UAxN
@MatthewWielicki There’s a fairly recent paper that looked at this issue globally, included changes in veg cover (LAI) which I think might reflect land use change. It found increasing night temps related to cloud cover, precipitation, humidity, etc. https://t.co/3X70KbCYet
@georgelinker It is true that daytime temperatures are not warming as fast as overnight low temperatures. That is part of how we know CO2 is the cause of current climate change. However, overnight lows can be just as important for our well-being as daytime highs. https://t.co/GqmCL7cQjq
GREATER DAYTIME RELATIVE TO NIGHT-TIME warming is associated with hotter, drier conditions, increasing species vulnerability to heat stress and water budget —this was demonstrated by a divergent response of LAI to warming asymmetry…
@mkeulemans Maar waar in het artikel van deze grafiek zie je staan dat dit door menselijke uitstoot CO2 komt? Er staat dat het verschil tussen dag en nacht komt door een toename van de bewolking op bepaalde plekken in de wereld (en niet overal). https://t.co/C9BzjP1Nt1 https://t.co/PC1qO8thHj
@biology_blogger @alinefortuna2 @DrEvaParker @BrJDermatol Ocorre que, quando se trata do nível global, um "mísero" aumento de 0.8°C já desencadeia consequências notáveis - a começar pelo aumento comprovado da estratificação dos oceanos (1) e pelos impactos a diversos ecossistemas (2) 1-https://t.co/MMdFvxUCqD 2-https://t.co/yGNgL1U3QO
@f_neiles82 UHI indeed boosts mins more than maxes in cities (e.g., https://t.co/SHKju5LDIV) but there is more going on. Rising mins are happening in urban + rural areas globally, with big implications for ecosystems. See https://t.co/7jQQLl4aqY
RT @UniofExeterESI: Nights #warming faster than days across much of the #planet
Nights #warming faster than days across much of the #planet
@JimBowersclimb @OrganicConsumer https://t.co/VDmcDTaTvC here is the study's website https://t.co/pQaVxq3cm7 scroll down to the methodology section... computer generated. "This is a global gridded data set of modelled forecasts" Starting to see why I don't take it seriously?
@Michael_D_Crow @Moderna5G_666 @AGWHappensNow @BrknMan @borngeek @Gladfly1 @OscarsWild1 @NoelTurner194 @insane_voice @rfeynmansBongos @Barbarajdurkin @MikeDel21893959 @Canadianworker2 @Hakimi09966557 @keithamccluskey @WayneAllanH @priscian @robhon_ @wlbeeton @Kenneth72712993 @jimdtweet @JimBlack48 @eric_flesch @hughjarse5 @oakden_wolf @BubbasRanch @HsuRina1 @pauladamsalber1 @BlasphemousBan1 @ChrisBBacon3 @rln_nelson @RushhourP @StormSignalSA @HappensClimate @ejwwest @GlennCarr6 @IngersolRobert @Narvuntien @njbtweet @MedBennett @WeAreShortOTime @MichaelEMann @brandondaly2018 @WutinPladimir @Marcusgibson @HalBrow68884227 @Militant_Gnomes @Hakimi45926227 @ClimateSkeptic4 You couldn't "explain" anything Michael.
Original @GlobalChangeBio open access paper here: https://t.co/ce0TioPaTn
@shicks_sam @Keeper_86 @KCTaz @dan613 @fishyfish67 @thinks_about_it @jimdtweet @BubbasRanch @andrewp109 @d_e_mol @RoyPentland @cjtjgeol @MartinJBern @TheDisproof @JimBlack48 @Climatehope2 @KingMetal7 @10kClimate @rcubed17 @MarkJohnsonTw @KeillerDon @Willy1000 @N_Schmid @MedBennett @Barbarajdurkin @janusPrime @HalleVerkehrt @FriendsOScience @MikeDel21893959 @imsuresteve @Icecinder @Narvuntien @Disorganised1 @EdItor87411083 @automatrix66_KC @Robert76907841 @RjeanGirard1 @ClimateCatastr3 @AldoSterone111 @rogermarksmen @CarrudoDon @johnson_wrjohn1 @Osprey0 @GraceIrene21 @0Sundance @DK25769559 @RijpeW @peteh678 @GZzyzyx @alison_pannell That's not what you get everywhere. It has been shown that in regions with warming asymmetry where nights warmed faster than days, specific humidity increased. https://t.co/uZYavA3dKW https://t.co/75tgGPwyOA
@JohnPlunket Try again. This time try real peer reviewed science from real scientists. https://t.co/3fyWUb7hJR https://t.co/g4ZhlHBoJJ https://t.co/0H5c0zbAHQ Bye.
@jgorman2424 @RegimeChangeBC @Kenneth72712993 @jimdtweet @MartinJBern @NoelTurner194 @Particle96 @oakden_wolf @ejwwest @desertphile @BubbasRanch @robhon_ @ScienceJustWins @swcrisis @RoyPentland @GoodCollie @Robert76907841 @NeatCraftsmen @thinks_about_it @25_cycle @CyrusShares @caerbannog666 @Rattle_Resists @GeraldKutney @sueytonius @stargrazzer @weather_talk @CalgaryPatty @MedBennett @socratesccost @drochir_thonnuk @jch_of @automatrix66_KC @d_e_mol @PeterDClack @Cypress_NL @priscian @Schrdin79008382 @DisorderDipolar @drolkrad_ehT @JimFish56837379 @bobathon @KritzoVenter @NikolovScience @w44xc555 @AffitThro @Kaya78229577 @WilliamMarsWard @WhompyWombat @RuleByLogic This has been extensively studied. The link is one recent paper on the subject. https://t.co/QNtLu0pJSv
RT @DanielTCCox: Our latest paper is out in Global Change biology! Global warming is affecting daytime and night-time land temperatures dif…
RT @UniofExeterESI:
@Albert_Redstone @irishspy Look into it. Their conclusion are based on "modelled" & "prepared" data. They selected a date range corresponding with a known warming trend. Following a known cooling trend. https://t.co/y7OTnqkjwC
Global variation in diurnal asymmetry in temperature, cloud cover, specific humidity and precipitation and its association with leaf area index https://t.co/4dErpXslGN
@BradVictor6 @ClimatePatriot @Climatehope2 @ZombiePiano @geko214 @JamesRider3 @ElectroPig @Andrewemcameron @IngersolRobert @OscarsWild1 @craigthomler @equi_noctis @JBalsich @TruthStorm17 @JoeTheAtheist @HtServadac @SpurglyD @glinch72 @babyodamillie @ricksheatcool @RustyAway @Jaisans @Jamz129 @FeynmanFreaky @FChecker76 @AanthanurDC @ataraxisfinch @ILuvCO2 @AMilitantAgnost @doom37455413 @sart26409389 @_42________ @Ozwino @Article3S @Bitakarma @DisorderDipolar @BlknWhtKat @janineyve @follz1 @dhaessel0 @HuntinHippy @KarlRobinson02 @desenviron @fantasmavoid @BingoThaGringo @KCTaz @insane_voice @CharlesDarwinTX @piersmorgan still watching the Clif Notes version of the Denier's Bible ? here ... try this on for size ... Cox https://t.co/2eHDWe8ZrT. DOI: 10.1111/gcb.15336
@FChecker76 @RushhourP @Kenneth72712993 @jimdtweet @Over400ppm @MarcCavallero @stevenmosher @aSinister @NikolovScience @Piers_Corbyn @aanthanur @BulldogLoyalty @Willard1951 @fergy1999 @fcmfcs2019 @turpinator929 @tracemetalclean @jgorman2424 @MystickTheater @BubbasRanch @Hji45519156 @rln_nelson @DawnTJ90 @damagedonegr @joetheatheistp @johnreyman2 @ladyspat1 @priscian @ammocrypta @TWTThisIsNow @JafSupO @danylok @kuhn_reinhard @hertsgaard_mark @CalvinZod @FriendsOScience @DMDent @B_Bolshevik100 @caerbannog666 @badmoonrising11 @Hoireabard @Robin_Hagues @robhon_ @SpurglyD @_Zyniker_ @claude_roumain @Voight_Kampff_3 @JimFish56837379 @dianeclectica @Setophaga9 "not infinitesimally small like Cook" You just can't let it go. "Karl et al 1991" Let's try something newer: https://t.co/uZYavA3dKW
Study: Nights Warming Faster Than Days Across Much Of The Planet #2DegreesC #Environmentalist #Outdoors #Hiking #Mountain #CaringForLand #Wilderness #Wildlife #TheGreatOutdoors #ForestExperience #Eco #Green #EarthMatters #EcoLoving #Exploring #LoveEarth https://t.co/KpvkcjmoJZ https://t.co/A0lVu6L4Zy
RT @GlobalChangeBio: |EARLY VIEW | OPEN ACCESS| Global variation in diurnal asymmetry in temperature, cloud cover, specific humidity and pr…
D’après Global Change Biology,le réchauffement climatique est plus rapide la nuit que le jour dans de nombreuses zones sur la terre La faune et la flore s’adaptent difficilement au changement climatique... Chute de 68% des animaux vertébrés depuis 1970. https://t.co/SbZUYf0ucU
RT @GlobalChangeBio: |EARLY VIEW | OPEN ACCESS| Global variation in diurnal asymmetry in temperature, cloud cover, specific humidity and pr…
RT @GlobalChangeBio: |EARLY VIEW | OPEN ACCESS| Global variation in diurnal asymmetry in temperature, cloud cover, specific humidity and pr…
RT @ExtinctionR: Changes to the relative heat of night and day negatively impacts on the outcomes for wildlife and plants. https://t.co/ELA…
RT @GlobalChangeBio: |EARLY VIEW | OPEN ACCESS| Global variation in diurnal asymmetry in temperature, cloud cover, specific humidity and pr…
RT @GlobalChangeBio: |EARLY VIEW | OPEN ACCESS| Global variation in diurnal asymmetry in temperature, cloud cover, specific humidity and pr…
RT @GlobalChangeBio: |EARLY VIEW | OPEN ACCESS| Global variation in diurnal asymmetry in temperature, cloud cover, specific humidity and pr…
RT @GlobalChangeBio: |EARLY VIEW | OPEN ACCESS| Global variation in diurnal asymmetry in temperature, cloud cover, specific humidity and pr…
|EARLY VIEW | OPEN ACCESS| Global variation in diurnal asymmetry in temperature, cloud cover, specific humidity and precipitation and its association with leaf area index @DanielTCCox; @IlyaMaclean
RT @ExtinctionR: Changes to the relative heat of night and day negatively impacts on the outcomes for wildlife and plants. https://t.co/ELA…
RT @ExtinctionR: Changes to the relative heat of night and day negatively impacts on the outcomes for wildlife and plants. https://t.co/ELA…
RT @ExtinctionR: Changes to the relative heat of night and day negatively impacts on the outcomes for wildlife and plants. https://t.co/ELA…
RT @ExtinctionR: Changes to the relative heat of night and day negatively impacts on the outcomes for wildlife and plants. https://t.co/ELA…
RT @ExtinctionR: Changes to the relative heat of night and day negatively impacts on the outcomes for wildlife and plants. https://t.co/ELA…
RT @ExtinctionR: Changes to the relative heat of night and day negatively impacts on the outcomes for wildlife and plants. https://t.co/ELA…
RT @ExtinctionR: Changes to the relative heat of night and day negatively impacts on the outcomes for wildlife and plants. https://t.co/ELA…
Changes to the relative heat of night and day negatively impacts on the outcomes for wildlife and plants. https://t.co/ELACQ7DNkw @DanielTCCox @IlyaMaclean @KevinJGaston https://t.co/iIhsKl47GT
Global variation in diurnal asymmetry in temperature, cloud cover, specific humidity and precipitation and its association with leaf area index Cox et al, @GlobalChangeBio https://t.co/xilnzFUepY
RT @DanielTCCox: Our latest paper is out in Global Change biology! Global warming is affecting daytime and night-time land temperatures dif…
RT @DanielTCCox: Our latest paper is out in Global Change biology! Global warming is affecting daytime and night-time land temperatures dif…
Global variation in diurnal asymmetry in temperature, cloud cover, specific humidity and precipitation and its association with leaf area index https://t.co/FoeVC2YX67
RT @DanielTCCox: Our latest paper is out in Global Change biology! Global warming is affecting daytime and night-time land temperatures dif…
Cozy heat blanket at night anyone? New study finds thats #climatechange is heating up nights faster than days in some parts of the world. Cloud coverage can prevent some of the heat but will trap it like a layer in the night. #scicomm https://t.co/Nhu96dFExe
RT @DanielTCCox: Our latest paper is out in Global Change biology! Global warming is affecting daytime and night-time land temperatures dif…
RT @DanielTCCox: Our latest paper is out in Global Change biology! Global warming is affecting daytime and night-time land temperatures dif…
RT @DanielTCCox: Our latest paper is out in Global Change biology! Global warming is affecting daytime and night-time land temperatures dif…
This open access study shows that nights are heating more quickly than days, especially where cloud cover is common. #ClimateChange #climate https://t.co/06LfSmRDHR
RT @DanielTCCox: Our latest paper is out in Global Change biology! Global warming is affecting daytime and night-time land temperatures dif…
RT @DanielTCCox: Our latest paper is out in Global Change biology! Global warming is affecting daytime and night-time land temperatures dif…
Global variation in diurnal asymmetry in temperature, cloud cover, specific humidity and precipitation and its association with leaf area index https://t.co/qXYs8Kstnc
RT @DanielTCCox: Our latest paper is out in Global Change biology! Global warming is affecting daytime and night-time land temperatures dif…
RT @UniofExeterESI: Read about this research in @GlobalChangeBio https://t.co/S4suGIbc2H Authors: @DanielTCCox @IlyaMaclean, Alexandra Gar…
Read about this research in @GlobalChangeBio: https://t.co/4l8nrKbm0U Authors: @DanielTCCox, @IlyaMaclean, Alexandra Gardner and @KevinJGaston
Read about this research in @GlobalChangeBio https://t.co/S4suGIbc2H Authors: @DanielTCCox @IlyaMaclean, Alexandra Gardner and @KevinJGaston https://t.co/cNIRm1NI7W
RT @DanielTCCox: Our latest paper is out in Global Change biology! Global warming is affecting daytime and night-time land temperatures dif…
RT @DanielTCCox: Our latest paper is out in Global Change biology! Global warming is affecting daytime and night-time land temperatures dif…
Global variation in diurnal asymmetry in temperature, cloud cover, specific humidity and precipitation and its association with leaf area index https://t.co/lspwaDxKgI #climatechange
RT @DanielTCCox: Our latest paper is out in Global Change biology! Global warming is affecting daytime and night-time land temperatures dif…
RT @DanielTCCox: Our latest paper is out in Global Change biology! Global warming is affecting daytime and night-time land temperatures dif…
RT @DanielTCCox: Our latest paper is out in Global Change biology! Global warming is affecting daytime and night-time land temperatures dif…
RT @DanielTCCox: Our latest paper is out in Global Change biology! Global warming is affecting daytime and night-time land temperatures dif…
RT @DanielTCCox: Our latest paper is out in Global Change biology! Global warming is affecting daytime and night-time land temperatures dif…
RT @DanielTCCox: Our latest paper is out in Global Change biology! Global warming is affecting daytime and night-time land temperatures dif…
RT @DanielTCCox: Our latest paper is out in Global Change biology! Global warming is affecting daytime and night-time land temperatures dif…
Our latest paper is out in Global Change biology! Global warming is affecting daytime and night-time land temperatures differently – greater night-time warming (blue) is more common than greater daytime warming (red) worldwide. https://t.co/sBtaht8V2d @IlyaMaclean @KevinJGaston https://t.co/aKwId8ilqk
NACHTEN WORDEN WARMER | Op diverse plekken op aarde is de temperatuurstijging vooral te merken in warmere nachten. Dit heeft ingrijpende gevolgen voor allerlei biologische activiteiten die juist dan plaatsvinden. Nieuwe studie: https://t.co/9IRntZ6qin