Author Archives: Casey Dietrich
Team Photo 2022

Front (left to right): Dylan Anderson, Sydney Crisanti, Casey Dietrich, Jessica Gorski, Brooke Rumbaugh. Back (left to right): Tomás Cuevas López, Jenero Knowles, Johnathan Woodruff, Carter Howe. Not pictured: Carter Day.
Johnathan wins Thomas Griffin Graduate Award
Congratulations to Johnathan!

Johnathan Woodruff (right) celebrates his award, with Casey Dietrich.
Comparative Assessment of Total Water Levels for Coastal Military Facility Readiness and Resilience using Numerical Models
JA Puleo, JC Dietrich, J Figlus, K Nederhoff, F Shi, SM Smallegan, CD Storlazzi, A van Dongeren. “Comparative assessment of total water levels for coastal military facility readiness and resilience using numerical models.” Department of Defense, Environmental Security Technology Certificate Program, 2022/04/13 to 2026/04/12, $2,177,000 (Dietrich: $346,000).
Webinar: ECU
Johnathan wins Third Place in Student Presentation Competition
Congratulations to Johnathan!
Adaptation Pathways for Climate Change Resilience on Barrier Islands

Improved Wave Predictions with ST6 Physics and ADCIRC+SWAN

SWAN release version 41.20 included a new “package” of wave physics (referred to as ST6 physics). This package has new parameterizations of wind input, whitecapping, swell dissipation, wind speed scaling, and other processes (Rogers et al. 2012). The ST6 physics have been adopted by other wave models (e.g. NOAA’s WaveWatch III, Liu et al. 2019), and it may become the preferred physics package for SWAN. However, because the ST6 physics package has changes to so many parameterizations, it is necessary to quantify its effects on wave predictions. Recent studies (e.g. Aydogan and Ayat 2021) have demonstrated the benefits of using the ST6 physics in the standalone version of SWAN, but its effects have not been quantified for the coupled ADCIRC+SWAN (Dietrich et al. 2011a), which is used for real-time forecasts during impending storms. Do the ST6 physics improve the ADCIRC+SWAN wave predictions?