I am very saddened to hear about the loss of life in Texas, the Caribbean Islands, Puerto Rico, and Florida as Hurricanes Harvey and Irma made landfall this past month. There is also tremendous loss of life in Bangladesh due to the severe flooding happening there. And we can’t forget the huge earthquake off the coast of Central America. I hope that survivors can find a way to make their way through the chaos left behind from these disasters.
We can already be thinking about what to learn from these beasts of nature. Specifically, AGU has created a late-breaking session for the Fall Meeting about these large and devastating hurricanes. Originally, it was just about Hurricane Harvey, but the scope has been expanded to include Irma.
The first author rule is relaxed for late-breaking sessions. Even if you have submitted one already, you can submit another to this (or any other) session created after the original submission deadline.
Space physics can participate in this session. Storms in the troposphere produce atmospheric gravity waves that break in the lower thermosphere, heating this region and creating ripples in ionospheric density. Sometimes magnetic fields are shaken, creating ULF waves that propagate into the magnetosphere. Harvey is particularly intriguing because it parked itself for such a long time, allowing this energy coupling to influence a particular spot for an unusually long time. There are probably other lower-upper atmospheric connections of interest.
The deadline for this session is October 31, so you have time to do some preliminary analysis before making a decision about an abstract submission.
AGU HQ staff and the journal EiCs are already discussing the possibility of a joint special section about new science findings from these hurricanes. I have no details on that yet but, if you pursue a study on this topic, then please keep an eye out for this special section. Even if it doesn’t materialize, then please consider submitting such papers to an appropriate journal, like Space Weather, Geophysical Research Letters, Radio Science, or JGR Space Physics.