#cmip5 - Twitter Hashtag

5 months ago

Good to know that the old figure comparing #CMIP5 model #albedo with #CERES albedo in Stephens et al. (2015) seems to be in error regarding the CERES data. See Gavin's article over at @RealClimate: "A reflection on reflection" https://t.co/0UCohbjQKq

FrederikSchenk's tweet photo. Good to know that the old figure comparing #CMIP5 model #albedo with #CERES albedo in Stephens et al. (2015) seems to be in error regarding the CERES data.
See Gavin's article over at @RealClimate: "A reflection on reflection"
https://t.co/0UCohbjQKq https://t.co/YWXQBLC7E8

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Tirusew Asefa, Ph.D., P.E., BC.WRE., F.ASCE

@TirusewAsefa

over 2 years ago

📢Three journal articles just accepted from our group. 👇 DM, if interested: 1) Comparison of #CMIP6 vs #CMIP5. 2) Assessment of #ENSO forecast for last 20-yrs & what actually happened; 3) How investment in water supply could take care of the environment. https://t.co/AVopsEq7LY

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ClimateQuaternary SU @ClimQuat

about 3 years ago · Rome

Josefine Axelsson @Stockholm_Uni presenting her research on the Mayan collapse at #INQUARoma2023 #natgeoSU #CMIP5

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Emmanuel Likoya @Manuel_Ricco

over 3 years ago

Droughts being a key feature of #weather systems over Malawi & eastern/southern Africa, new paper explores austral summer #drought processes in #Malawi and how well they are simulated in #CMIP5 models. #climatology #climatedynamics #ElNino @BirchCathryn @AndyDougill

Andy Dougill @AndyDougill

over 3 years ago

New: Malawi's summer droughts & their driving mechanisms in observations & present-day climate simulations https://t.co/s7EtgV1a1a - First PhD paper from the wonderful @Manuel_Ricco via @ICASLeeds @SRILeeds & now @mustmalawi @fosta_health

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Dr. Soni M Pradhanang, Ph.D.🦋 @H2O_Soni

over 3 years ago · Wakefield

We have temporarily hosted our #downscaled #CMIP5 climate data for individual locations in Rhode Island. It will soon be moved to the RI Geological Survey site. #ClimateModels #biascorrection #statistics #PradhanangLab @URI_GEO @universityofri @uricels https://t.co/pCjNDwcPRh

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Dorien Herremans @dorienherremans

about 4 years ago

Check out our latest paper on using U-nets for Climate Change model downscaling. Inspired by image sharpening. Read paper here: https://t.co/E0boarfqx6 #AI #ClimateCrisis #climatechange #research #downscaling #CNN #CMIP5 #ERA5

dorienherremans's tweet photo. Check out our latest paper on using U-nets for Climate Change model downscaling. Inspired by image sharpening. Read paper here: https://t.co/E0boarfqx6

#AI #ClimateCrisis #climatechange #research #downscaling #CNN #CMIP5 #ERA5 https://t.co/OmAkyjRT5o

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Dr. Patricia DeRepentigny ❄️ @Polar_Pat

about 4 years ago

We also find that, in the #CESM model 💻, more than half of the increase in sea ice sensitivity to CO₂ 🏭 and global warming 🌡️ between #CMIP5 and #CMIP6 reported by the #SIMIP Community (https://t.co/r9hiQY4BCM) can be attributed to the enhanced BB variability. (7/n)

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Dr. Patricia DeRepentigny ❄️ @Polar_Pat

about 4 years ago

So, what happened? Turns out that in #CMIP6, biomass burning (BB) emissions (i.e., gases and particles released in the atmosphere from the burning 🔥 of vegetation 🌳) were updated to include variability from year to year instead of using one value per decade, as in #CMIP5. (4/n)

Polar_Pat's tweet photo. So, what happened? Turns out that in #CMIP6, biomass burning (BB) emissions (i.e., gases and particles released in the atmosphere from the burning 🔥 of vegetation 🌳) were updated to include variability from year to year instead of using one value per decade, as in #CMIP5. (4/n) https://t.co/pNdQVlhODz

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Dr. Patricia DeRepentigny ❄️ @Polar_Pat

about 4 years ago

This accelerated decline 📉 is not present in the #CMIP5-forced versions (CESM1-LE and CESM2-CMIP5). By using successive generations of the same model 💻 (CESM1 vs CESM2), we were able to rule out changes in model physics as the cause of the accelerated sea ice loss 📉. (3/n)

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Dr. Patricia DeRepentigny ❄️ @Polar_Pat

about 4 years ago

We analyzed the evolution of Arctic sea ice in several versions of the #CESM model 💻 under #CMIP5 and #CMIP6 forcing and found that from the late 1990s to mid-2010s, the #CMIP6-forced version (CESM2-LE) simulates an accelerated rate of Arctic summer sea ice loss 📉. (2/n)

Polar_Pat's tweet photo. We analyzed the evolution of Arctic sea ice in several versions of the #CESM model 💻 under #CMIP5 and #CMIP6 forcing and found that from the late 1990s to mid-2010s, the #CMIP6-forced version (CESM2-LE) simulates an accelerated rate of Arctic summer sea ice loss 📉. (2/n) https://t.co/QaLh8cEXMZ

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Roshanak Tootoonchi @Roshanak_t

over 4 years ago · Trento

After living in #Italy for a year, I literally witnessed #climatechange & intensified extrem events with my own eyes: serious #droughts in northern Italy, devastating #flash #floods in other regions. My contribution to the #egu22 regards flash floods 🌧️🌊☠️ #ERA5 #CMIP5 #RX1day

Roshanak_t's tweet photo. After living in #Italy for a year, I literally witnessed #climatechange & intensified extrem events with my own eyes: serious #droughts in northern Italy, devastating #flash #floods in other regions.
My contribution to the #egu22 regards flash floods 🌧️🌊☠️
#ERA5 #CMIP5 #RX1day https://t.co/HhKU44yx3a

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Open Research Knowledge Graph @orkg_org

over 4 years ago

Another Friday, another Comparison: #EarthSystemModels play a big role in climate research. https://t.co/v3MIJebBEw provides an overview of different models taken from the #CMIP5 project. 18 contributions have been compared with regards to approximations, discretizations etc.

Open Research Knowledge Graph @orkg_org

over 4 years ago

From today on, we will start a new format: Each Friday we will put the spotlight on one ORKG comparison to celebrate the work of our users and to showcase ORKG’s use for different scientific fields.

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Tirusew Asefa, Ph.D., P.E., BC.WRE., F.ASCE

@TirusewAsefa

over 4 years ago

Beware applied researchers on #climate change applications and interpretation. An interesting study below👇 We haven’t gotten yet to extensively test #CMIP6 models compared to #CMIP5 in our neck of woods, but this study cautions problem of “hot models”. https://t.co/rbUTcs86CM

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KM Florentine Weber @kmfweb

over 4 years ago

@DrMichaelByrne @sheffieldgeog @sheffieldplants @sheffield_dust @Kate_M_Willett @granthamcsf @AcademicChatter (1) Interplay of modes → extreme dry years → RH decrease since 2000 (2) Faster land-than-ocean/lake warming #CaspianSea (3) Regional wind & SST/#ITCZ/#precipitation trends - #Brazil (4) Anthropologic/water resource management (5) High-latitude q/T-RH correlations obs ≠ #CMIP5

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Atmosphere MDPI @Atmosphere_MDPI

over 4 years ago

👏Open for Submission! #Special_Issue of #Atmosphere "Observation, Prediction, Simulation, and Future Projections of Sudden Stratospheric Warming and Its Impact, guest edited by Dr. Jian Rao et al. Learn more at: https://t.co/77PKbVGVin #sudden_stratospheric_warming #CMIP5 #model

Atmosphere_MDPI's tweet photo. 👏Open for Submission! #Special_Issue of #Atmosphere "Observation, Prediction, Simulation, and Future Projections of Sudden Stratospheric Warming and Its Impact, guest edited by Dr. Jian Rao et al.
Learn more at: https://t.co/77PKbVGVin
#sudden_stratospheric_warming
#CMIP5
#model https://t.co/VSYRKJeiyX

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Climate @climate_MDPI

about 5 years ago

🙌Paper recommendation: A Weather-Pattern-Based Evaluation of the Performance of #CMIP5 Models over #Mexico https://t.co/vJV0SRsPKU #ClimateModelEvaluation #WeatherRegimes #SynopticClimatology

climate_MDPI's tweet photo. 🙌Paper recommendation:
A Weather-Pattern-Based Evaluation of the Performance of #CMIP5 Models over #Mexico
https://t.co/vJV0SRsPKU
#ClimateModelEvaluation #WeatherRegimes #SynopticClimatology https://t.co/pLEY6Xfkpz

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climate @climatesce

about 5 years ago

A very nice comparison between #CMIP5 and #CMIP6 by @CarbonBrief https://t.co/ET2o4TI3X3

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Deirdre💧🔥💨

@flowinguphill

about 5 years ago

“Greenland would melt faster and contribute more to sea level rise in #CMIP6 than in #CMIP5.” We mentioned this possibility in our #CAwater portfolio comments. Still a lot of uncertainty about the results.

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Zhonghua Zheng @ZhonghuaZheng

over 5 years ago

Check out our new paper in @NatureComms! We used #MachineLearning, CESM-LENS, and #CMIP5 data to enable the global multi-model projections of #Urban Heat Waves (UHWs) under #ClimateChange. We showed large model structural uncertainty in UHWs projections. https://t.co/iVpT0tY6LX

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MOSAiC Ambassadors' Journal @MOSAiC_embassy

over 5 years ago

In a @AMSJCLi paper, @sbcornish et al. used a statistical technique to find the time-evolving response of freshwater content 💧 in the Arctic Ocean to a step change in the strength of the #Arctic Oscillation (atmospheric patterns) in #CMIP5 models 📈: https://t.co/oTD5DVBuoH

MOSAiC_embassy's tweet photo. In a @AMSJCLi paper,
@sbcornish et al. used a statistical technique to find the time-evolving response of freshwater content 💧 in the Arctic Ocean to a step change in the strength of the #Arctic Oscillation (atmospheric patterns) in #CMIP5 models 📈:

https://t.co/oTD5DVBuoH https://t.co/UKe2df9HgA

MOSAiC Ambassadors' Journal @MOSAiC_embassy

over 5 years ago

📢 #ECR showcase alert! Since their return from @MOSAiCArctic, our Ambassadors have been busy continuing their research on #polar regions. Time to share their great, recently published articles with #AcademicTwitter! Get ready for 1 day ↔️ 1 cool #cryo paper 👇 📸@HaapalaJari

MOSAiC_embassy's tweet photo. 📢 #ECR showcase alert!
Since their return from @MOSAiCArctic, our Ambassadors have been busy continuing their research on #polar regions.
Time to share their great, recently published articles with #AcademicTwitter!

Get ready for 1 day ↔️ 1 cool #cryo paper 👇

📸@HaapalaJari https://t.co/UvcUbijwGO

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