Sandro W. Lubis

Earth Scientist II at @PNNLab (Pacific Northwest National Laboratory). Previously postdocs at @UChicago and @RiceUniversity. Opinions are my own.

[Sandro W. Lubis @SandroWLubis]

Our new publication in JAS (@ametsoc)

We introduce a reduced-order eddy-zonal flow feedback model that can describe the dominant variability of the entire SH atmospheric large-scale circulation into two ODEs for the leading EOFs (PODs). https://t.co/WGKTMs6PRA

[Sandro W. Lubis @SandroWLubis]

How do dynamic disturbances affect MCS formation? 🌩️📷 Check out our recent work led by Jim https://t.co/RE89wZ4Bgt… #MCS #storms

[Sandro W. Lubis @SandroWLubis]

How does tropical weather phenomenon exacerbate heat extremes & wildfire risks in the Pacific Northwest? Find out here https://t.co/qNDReZtQR9 where we present a detailed examination of historical data, mechanistic analysis and model experiments to investigate this connection.

[Sandro W. Lubis @SandroWLubis]

Researchers from @PNNLab unveil how a summertime tropical weather phenomenon exacerbates heat waves and escalates fire risks across the Pacific Northwest region (Lubis et al., 2024). #heatwave #wildfires #PacificaNorthwest

https://t.co/4cP2W7ioVQ

[Sandro W. Lubis @SandroWLubis]

@Bad_mon_Beeshie Thanks for organizing this workshop Vee! :)

[Sandro W. Lubis @SandroWLubis]

What a great “blocking dynamics” meeting :) see you next time ☁️🔒

[US CLIVAR @USCLIVAR]

Ninety-four students and early career scientists from 14 countries attended the US CLIVAR Workshop on Blocking and Extreme Weather in a Changing Climate this week in Boulder, CO, and virtually! Great discussions and knowledge gaps identified!

[Sandro W. Lubis @SandroWLubis]

@HillaA1 Great to meet you Hilla 😃

[Sandro W. Lubis @SandroWLubis]

How does the MJO influence subseasonal Atlantic TC activity through midlatitude Rossby wave breaking? 🌀

A nice work led by @CChang68772 at @PNNLab. We provide an extratropical pathway for the influence of the MJO on North Atlantic TC. #JClim @ametsoc https://t.co/46lDpG5rWT

[Sandro W. Lubis @SandroWLubis]

Nice work led by @ZimingChen22405 at @PNNLab. We show that projected El Niño-like warming pattern will enhance the heat-dome-like stationary waves circulation, thereby amplifying heat extremes across the Pacific Northwest region. https://t.co/A0JOTnombZ

[Sandro W. Lubis @SandroWLubis]

Our new work published in @AGU_Eos #GRL provides new insights into the dynamics that govern the intensity and southward detour of the MJO propagation over the MC, with an emphasis on the role of cross-equatorial northerly surge (CES). Lubis et al. (2023b)  https://t.co/ruf6F4M4qL

[DOE Office of Science @doescience]

While the atmosphere seems chaotic, patterns do exist. Scientists @RiceUniversity & @PNNLab discovered a 150 day cycle in the shifts of the atmospheric pressure patterns that drive the westerly winds in the Southern Hemisphere & the Antarctic jet stream: https://t.co/Q1Bu0D2mR0

[Sandro W. Lubis @SandroWLubis]

Order in chaos: Atmosphere’s Antarctic oscillation has natural cycle, published in @AguAdvances https://t.co/19v4L9w3tI with @turbulentjet. This is a snippet of the press release from @RiceUniversity.

[Pedram Hassanzadeh @turbulentjet]

@SandroWLubis & I found an internally generated 150-day periodicity in Southern H large-scale weather variability, SAM! Footprint shows up in winds, precipitation & ocean surface stress. SOA climate models have difficulty reproducing it, leading to biases https://t.co/N5ZX8TZ23p

[Sandro W. Lubis @SandroWLubis]

@GabrielZ_Storm Congratulations Gan!

[Steven Brunton @eigensteve]

My favorite topic in dynamical systems: Chaos!!!

This is what got me interested in applied math as an undergrad. The three body problem in planetary dynamics, the double pendulum, turbulence, and more!
https://t.co/t27TVcHJXS

[Orli Lachmy @OLachmy]

It is usually assumed that all components of the midlatitude circulation shift together in response to climate change. In my recent paper it is shown that diabatic heating is associated with a decoupling between the eddy heat flux and jet latitudes:

https://t.co/nv1rkwL0C4

[Sandro W. Lubis @SandroWLubis]

@turbulentjet @ashesh6810 Congratulations @ashesh6810 very well deserved 🍾🎓👏🏻

[Sandro W. Lubis @SandroWLubis]

Thrilled that our paper, investigating atmospheric driving mechanisms of the "record-breaking" extreme rainfall event (since 1866) in Indonesia's capital of Jakarta, has been published in #GRL @theAGU https://t.co/j0xqQmAis1 @BMKGid @BNPB_Indonesia @CNNIndonesia @brin_indonesia

[Pedram Hassanzadeh @turbulentjet]

Check out our paper led by @EbNabizadeh (with @SandroWLubis) on analyzing the intrinsic predictability of summertime Pacific‐North American weather regimes and connections to NWP model skills using a dynamical-systems approach https://t.co/vH3xkj8J10

[Sandro W. Lubis @SandroWLubis]

*Coupled stratosphere-troposphere-Atlantic multidecadal oscillation and its importance for near-future climate projection*

https://t.co/0XG0LOuu56

[Sandro W. Lubis @SandroWLubis]

@StormWallLiz @ODU_OES Congratulations Lizzy, happy for you :)