We are looking forward to seeing you in Alexandria Virginia for the fifth annual All Hands Meeting! This year’s theme is "Platform for Integration" and focuses on the many successes achieved so far by the EarthCube Community.

Highlights will feature a demonstration of the pilot registry work (Project 418), technology integration, how EarthCube defines its own success, and ways to enhance engagement in the scientific community and with external partners. Check out some session previews on the EarthCube Blog.

Here are a few logistics as you prepare for the meeting:
  • Check-in opens Wednesday, June 6 at 7:00 AM in the Foyer. (Please note there will be NO EARLY CHECK-IN this year due to another event taking place just prior to the Meeting.)
  • If you’ve already registered (and paid), all you will need to do is pick up your badge and head to breakfast!
  • If you’ve not yet paid, please try to do so before you arrive for the meeting. This will reduce the amount of time you need to spend at the check-in desk and will make your experience much smoother on Wednesday morning.
  • If you’re not sure if you’ve paid, log into your RegOnline account here and check the status of your registration.
If you have any questions, please contact the ESSO. See you soon!
avatar for Deborah Khider, PhD

Deborah Khider, PhD

Information Sciences Institute University of Southern California
Data Scientist
Long Beach, CA
I am a postdoctoral scholar in the Earth Science Department at the University of Southern California. I completed my PhD in 2011 at the University of Southern California.
My research interests revolve around the field of quantitative paleoceanography. As a geochemist and paleoceanographer, I have interests in developing methods to investigate past hydrographic variability and in understanding processes that influence how a particular archive records past oceanic variability. As a statistician, I seek to apply mathematical techniques in order to extract paleoceanographic-relevant information from raw proxy data and to quantify the uncertainty associated with the reconstruction.