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Moana Ocean Hindcast evaluation paper published

Check out our new publication releasing the Moana Ocean Hindcast model. This work is published in Geoscientific Model Development and compares a long-running free ROMS hindcast to a suite of offshore and nearshore coastal observations (spoiler alert, it does pretty well!). The model is now used for a variety of physical/biological oceanographic and coastal management studies around NZ:

https://doi.org/10.5194/gmd-16-211-2023

See the Moana Project page for other updates.

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New Paper greets the New Year

Check out the new publication from University of Otago PhD candidate, Mireya MontaƱo in Estuarine, Coastal and Shelf Science! This work describes the development of a coastal-resolving ROMS model from the Bay of Plenty, New Zealand. Circulation patterns, island effects, and particle dispersal characteristics are all contrasted with a low-resolution model and our common expectations from wind-driven coastal upwelling. It’s a great contribution from Mireya towards the Moana Project:

https://doi.org/10.1016/j.ecss.2023.108212

A day on RV Seahawk

What a first day on the water in North Carolina! Red carpet treatment from RV Seahawk and CMS dive team. This scoping adventure was the official start of our collaboration with BOEM to study Frying Pan Shoals. We have deployed a MOSTLY empty test lander and sand-screwed a few driveway posts. What? Yup, you have heard of driveway poles to mark the snow, here we hope to mark sand accretion or erosion at 3, 8, and 12 km from shore!

PhD thesis on ocean mixing submitted!

Big kudos to University of Otago PhD student, Arnaud Valcarcel on submitting his thesis today! Arnaud has had quite the journey during his PhD. From ship delays to COVID cruise delays, he persisted and has now seen the work through. In a short amount of time, he has applied many newly developed ocean research skills from instrumentation and days at sea to complex data analysis and numerical modeling. From a cosmologist to now an oceanographer, I am excited to see what you will do next!

BOEM project funded: Welcome to the Fish Fry

Excited to be involved in this upcoming project, FishFry. We will be measuring ocean currents, waves, sediment and biology around Frying Pan Shoals. Huge effort by Dr. Joe Long to lead our UNCW team and put together a winning proposal. Looking forward to working with the Bureau of Ocean Energy Management (BOEM). Lots more on this to come, but for now a reminder of these wonderful North Carolina Shoals:

New publication out

Our Annual Reviews article is available as an early online release! This effort with Melissa Moulton, Jess Garwood, Melanie Fewings and Jamie Pringle has been tremendously fun and rewarding. It also would not have been possible without our dear Nirnimesh Kumar who worked and advocated for this paper from the beginning. I am extremely proud to be part of it all:

https://www.annualreviews.org/doi/abs/10.1146/annurev-marine-032122-115057

Coastal and Estuarine Hydrodynamics, summer 2022

As the summer slowly closes, I wanted to acknowledge all the exciting happenings within Coastal and Estuarine Hydrodynamics. Along with my co-Assistant Professor PIs Derek Grimes and Qianqian Liu, this really felt like a working research group! There was travel to conferences and into the field, research students moving on, proposals submitted and plenty of local activity.

We were happy to host Ruben Trejo and Karla Mills as part of the NSF REU program and supervised by Derek and Qianqian. They were never afraid to get dirty and brought enthusiasm and fresh eyes to our research topics including, physical measurements of boat wakes in the intracoastal and model-data evaluation for a Pamlico Sound hydrodynamic model. We wish them the best in their future science pursuits!

The inaugural CMS Coastal and Estuarine Research Group celebration!

PhD thesis submitted

Congratulations to University of Otago PhD student, Rafael Costa Santana! Almost 3 years to the day that he began his PhD research, Rafa has submitted his thesis for evaluation. Rafa has been remarkably efficient in being able to use ocean observations, and apply data assimilation techniques to better understand transport and variability of the East Auckland Current. He continues on with a post-doc at the University of Auckland and is sure to have many terrific future opportunities.