Dobrin Lecture
FOR STUDENTS:
There is a limit of 30 poster presentations. You will receive an email from Sarai Hernandez a week before the deadline to confirm your poster submission and attendance.
Poster Submission:
⦁ Please use this form to submit your poster information
⦁ Doing this form also serves as your RSVP for the event. Do not use the RSVP button on the Dobrin website if you are submitting a poster.
⦁ If you want to be eligible for a poster competition award, you must submit your title by midnight Feb 16th so that it will appear on the judging form.
⦁ If you have any questions or difficulties with your poster submission, please contact Sarai Hernandez via email: sherna27@central.uh.edu
Students presenting posters must:
a) Arrive by 4:00 pm to mount posters.
b) Present and stay for the entire lecture in order to receive their poster award prize.
c) Dismount posters when the lecture is over.
⦁ Follow this link for instructions to create your poster file: https://support.geosc.uh.edu/docs/plot_pc.htm
⦁ Plan your poster to fit on a 4’ height by 8’ width board. The size of the poster should be 42 inches x 72 inches.
⦁ If you want the department to print your poster, the file must be submitted by midnight February 16th: Email the file to Jay Krishnan: krishnan@central.uh.edu Students not presenting posters: Please RSVP here. Admission is free.
Prize categories
1st Place = $1000
2nd Place = $800
3rd Place = $600
4th Place = $400
5th Place = $200
Please join the 30th Annual Milton B. Dobrin LectureWednesday, February 28, 2024 presented by
Schedule of Events
Join us for hors d'oeuvres and social interaction. About the SpeakerDonald Blankenship is a researcher interested in the dynamic processes below, within and surrounding terrestrial ice sheets that control rapid changes in global sea level as well as sub-ice habitability across the solar system, particularly at Europa. Don has been PI and director for many Antarctic exploration programs incorporating aero geophysical platforms. He has extensive experience with instrumentation, including multi-frequency radar, laser altimeters, magnetometers, gravity and GPS as well as both active and passive seismic instrumentation. His specialty is integrating these tools to produce the rich data sets required to address carefully posed hypotheses for the evolution of Earth’s ice sheets and ice shelves as well as understanding the formation of Europa’s dynamic surface geology using terrestrial analogs.
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