[ES_JOBS_NET] Postdoctoral Fellowship Position available at the University of Hawaii

[Matthew Widlansky]

*Postdoctoral Fellowship Position available at the University of Hawaii*

The University of Hawaii Sea Level Center (UHSLC) invites applications for
a Postdoctoral Fellowship position on the subject of seasonal climate
variability and prediction. The successful candidate will work on a NOAA
funded project to study seasonal sea level prediction techniques using
coupled ocean-atmosphere general circulation models. The project will
assess state-of-the-art climate forecast systems as well as utilize
simplified numerical modeling experiments to develop new sea level
prediction products.



Candidates must have a recent Ph.D. in either physical oceanography, or
climate, atmospheric, and related sciences. A keen interest in tropical
and/or mid-latitude coupled ocean-atmosphere variability on monthly to
interannual timescales is recommended. Demonstrated skill analyzing large
datasets from observational and modeling products to diagnose climate
variability processes is required. Familiarity with coupled general
circulation models is preferred.



The position will be located at the University of Hawaii Manoa campus in
Honolulu, HI in collaboration with Professor Mark Merrifield and in close
interaction with Drs. Matthew Widlansky, Philip Thompson, and H. Annamalai.



Initial appointment will be for one year, with annual continuation for up
to 3 years conditional on performance and funding availability.



Interested candidates should send email describing research interests, a
curriculum vitae, and a list of three references (with phone numbers and
email addresses) to: Matthew Widlansky <mwidlans at hawaii.edu>. The full
advertisement is posted here:
http://workatuh.hawaii.edu/Jobs/NAdvert/26542/4552681/1/postdate/desc

Applications received by 30 September 2017 will receive full consideration
and the search will continue until the position is filled.



The UHSLC conducts sea level and climate research spanning coastal flood
events to global sea level rise and is a part of the Global Sea Level
Observing System (GLOSS). To learn more, visit
http://uhslc.soest.hawaii.edu/.
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