Por que uma Santa desperta tanto ódio em quem quer mandar no país?
Pra muita gente, Nossa Senhora Aparecida é a padroeira do Brasil, a mãe de Jesus.
Mas o bispo JB Carvalho chamou Aparecida de “braço direito de Satanás” e pediu que ela deixasse de ser padroeira do Brasil. Foi justamente na igreja dele que Flávio Bolsonaro escolheu ser batizado. Entre tantos pastores, por que se cercar de quem espalha o ódio contra a fé das pessoas?
🔦 Revelando (@Revelandobr): A Guerra à Santa, com Juliette.
Assista agora no YouTube: https://t.co/Yr0SLvvx3S
Excited to share our new paper! We find that future changes in GhGs & aerosols drive opposing regional changes in TC frequency. Both increase TC intensity & rainfall, with GhGs boosting inner-core rain and future aerosols shifting rain to outer bands. https://t.co/LDWqJSCvlA
🚨 New paper alert!
- The date of the first and last tropical storm in the Atlantic hurricane season is affected by ENSO and Atlantic SST anomalies
- Future TC season may be extended under La Nina and positive AMM
w/ Dr. Patricola and @gracehansen2002
https://t.co/kTemCEdnWP
Excited to announce that the work done on my senior thesis in the fall has now been published in the AGU Journals. I am very thankful to be a coauthor on this work and for everything my mentor Christina Patricola did to get this work published.
https://t.co/2nt1T56lDt
Tropical cyclones in the North Atlantic are projected to become more frequent and intense in both the active and inactive years, with greater increases during active seasons. Check out my new paper: https://t.co/l16AP0WDCl
Sena, Ana C. T. @AnaSena21, and Gudrun Magnusdottir @GMagnusdottir. "Influence of the Indian Ocean Dipole on the Large-Scale Circulation in South America", #JClimate 34, 15 (2021): 6057-6068, https://t.co/cxcgUYBfFp
Excited to share the early release of our new study in @theAGU JAMES (with @atmosbarnes). Here we use interpretable neural networks to identify climate signals in 'single-forcing' simulations (aerosols, greenhouse gases). More about this soon! 😁
+ Paper: https://t.co/vsAca342yL
Excited to share our new @AMSJCLi paper: https://t.co/UQXf4clOHV.
We use targeted large ensemble climate model experiments to evaluate the effect of internal variability (robustness) on the atmospheric response (especially the jet stream) to #Arctic sea ice decline at 2°C.
My point here: no matter how far we are from a potential tipping point of the Amazon related to deforestation-climate-disturbance interactions, we want to keep it as far as possible from becoming a reality.
The published form of our study is out today in @ametsoc's Explaining Extreme Events in 2018 from a Climate Perspective (https://t.co/e8vSOLjjQP)
Here we revisit winter 2018's record low #Arctic sea ice in the Bering Sea:
+ [Paper; #openaccess] https://t.co/cWH1ICHbDL
My first research project analyzed unusually early spring onsets in the USA. Using a phenological model (@USANPN), we also found an increase in the number of false springs in the CESM Large Ensemble (climate model).
Check out our paper (#openaccess): https://t.co/aE6qZIfMpK