We are seeking a Postdoctoral Associate to work at the intersection of coastal hydrodynamics and coral reef restoration. The project aims to increase understanding of linkages between large-scale coral restoration (with large-scale modification of reef roughness) and changes in wave attenuation and reef circulation. The project is part of a multi-year effort to restore coral reefs along the Florida Keys (https://sanctuaries.noaa.gov/earthisblu ... reefs.html). The project is a collaboration between Duke University, NOAA NCCOS and the Florida Keys National Marine Sanctuary with the overarching goals of: 1) make field measurements to quantify hydrodynamic processes that coral restoration may modify; 2) analyze field data using a physics-based framework; 3) collaborate with project partners making measurements of bathymetry and bottom structure to quantify changes in reef structure over time for reef roughness parameterizations and bottom boundary conditions in models; 4) advance and apply physics-based numerical models to interpret restoration effects and forecast future reef conditions; 6) advance theory needed to generalize the underlying process and inform coral reef restoration projects in the future.
The postdoc will be at the forefront of interdisciplinary research in nature-based solutions, in advancing our understanding of physical processes on coral reefs, and in how coral restoration can be used to increase the resiliency of coastal communities adjacent to reefs. The postdoc will work with Jim Hench (Duke University) and Shay Viehman (NOAA NCCOS) and will also have excellent opportunities to develop connections with researchers from different universities, federal agencies, and private foundations.
TERM Initial appointment is for 1 year, with strong possibility of extension for a second year based on performance and funding.
QUALIFICATIONS Applicants should hold a PhD in physical oceanography, coastal engineering, environmental fluid mechanics, or other relevant fields. In particular, we are interested in individuals with experience in coastal circulation and wave modeling, fluency in hydrodynamic theory, and field data analyses. Ideal applicants should have experience using the COAWST circulation/wave model that couples ROMS and SWAN. Experience in programming with Matlab and Python and use of HPC supercomputing resources is also desired.
START DATE The position is available immediately. Start date is flexible for doctoral candidates completing degrees in spring and summer of 2023.
WORK LOCATION The work will be based at the Duke University Marine Laboratory in Beaufort, North Carolina, with travel for field work at the primary study site in Key West, Florida.
Review of applications will begin immediately and continue until the position is filled.
To apply:
Please submit your application via the Academic Jobs Online portal; the link for this position is: https://academicjobsonline.org/ajo/jobs/24782
Applications should include:
1) A short cover letter describing your background, research experience, and career goals
2) Curriculum Vitae
3) Three references (actual letters acceptable but not required, just names and email addresses)
Further Info:
email: Jim Hench < jim.hench@duke.edu >
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Jim Hench
Associate Professor
Nicholas School of the Environment,
Duke University Marine Laboratory
135 Marine Lab Road
Beaufort, NC 28516
t: (650) 759-6639 e: jim.hench@duke.edu
f: (252) 504-7648 w: www.duke.edu/~jlh82
Oceans@Duke: oceanography.ml.duke.edu
Moorea Coral Reef LTER: mcr.lternet.edu