Thank you!
Happy to share that my proposal has been funded! A big thank you to NV NASA EPSCoR for supporting my research on the climate dynamics of cirrus clouds. 🌍☁️ #Cirrus#cloud#radiation#ENSO#NASA#EPSCoR#Nevada#DiscoverDRI#FundingSuccess
Reminder: Abstract submission for our #AMS2025annual.ametsoc.org/index.cfm/20...#cirrus#stratocumulus#cloud#aerosol#MCB#CCT#AMS105
Satellite images showing the development of a pyroCb cloud from the Falls Fire in Oregon, USA. Animation created from #GOES#satellite#CIRA#pyrocumulonimbus#cloud#pyroCb#wildfire#smoke#FallsFire#OrWildFire#orwx
'Warming stripes' data visualizations for the USA and Las Vegas, highlighting the impact of climate change. #ShowYourStripes#DiscoverDRIshowyourstripes.info
Visualising how the climate has changed for every country across the globe
The iridescence is due to light scattering by very small cloud particles (< 10 µm) ❄️ A large number of very small ice particles is characteristic of homogeneous ice nucleation, occurring in the absence of aerosols. #iridescence#cirrus#ice#cloud#radiation Photo: Tuoi Tre News
I created an introductory note for useful relationships in cirrus & ice clouds: "Estimating microphysical properties of ice clouds for climate modeling and remote sensing applications" doi.org/10.31223/X5K...#cirrus#ice#cloud#microphysics#modeling#mixedphase#remotesensing
Happy to share this insightful summary of groundbreaking field measurements on aerosol-cloud interaction for MCB🌥️, led by UW scientists in San Francisco, CA. Honored to collaborate w/ experts in this critical research area. #Climate#Clouds#Aerosols#DiscoverDRIwww.silverlining.ngo/new-climate-...