Our next balloon launch was eventful. It was released approximately 8 minutes after the tornado warning for El Reno was issued and approximately 10 miles SE of the storm’s RFD. We intended to sample the surrounding storm environment, but the sonde was ingested into the meso.
On May 13, 2013 around 19Z, we launched our first sounding, when it looked like the cap was just about to break. In a rush to get info out, we sent photos of the profile to SPC before the balloon even reached 650mb. Lots of products seemingly went up right after.
We crossed the tornado path later that evening. At the time, we had no idea of the impact. Only after conversing with other drivers stuck in traffic while the road between El Reno and Union City was cleared of debris did we begin to understand the severity of the tornado.
Tropical cyclone #Seroja was one of the first to significantly impact Indonesian land. How did it develop? Our new study identified meteorological conditions resulting in a rare cyclone formation near the equator👉@NatureComms
https://t.co/Ti3bBxeX3c
#womeninscience#igfpan
Do you do research on tropical convection? Consider submitting a session proposal to the MJO & Sub-seasonal monsoon symposium I’m co-organizing w/ @AirSeaAdam & @ZeljkaFuchs. Proposals due April 13th. https://t.co/lPakvnEMCd
How do you QUANTIFY the effect of ocean heat content on the atmosphere, particularly moist static energy? We’ve come up with a new framework to answer that. It’s applied to the MJO/BSISO here, but could be used for hurricanes, ENSO, etc.
Very excited about this work! The relationship between ocean heat content and tropical convection has always seemed a bit handwavy. Like, sure it make sense, more ocean heat content means more support for convection. But..
"Anchoring Intraseasonal Air–Sea Interactions: The Moored Moist Static Energy Budget in the Indian Ocean from Reanalysis"", Journal of Climate 36, 3 (2023): 959-981, https://t.co/opI2NVtSY2
#JClimate
Brian Soden - Showed radiative heating drives changes in secondary circulations that are important to intensity changes in TCs. And relative humidity variations inside AND outside of the TC matter for this heating
Here's a quick thread of my favorite talks from #AMS2023. Already planning to rewatch them next week. I missed many talks too, so the list is very incomplete. In no particular order:
@BungeIsabelle - Provided a fresh perspective on the age-old problem of what drives boundary layer convergence in the east Pacific where horizontal SST gradients are strong