Many of these other interests are related to the fact that we sit in an Earth and Environmental Sciences department, with colleagues whose research collectively spans a broad range of fields. We will post results from these new projects as they are published. The paper from my physics honors BS project is also placed here because it doesn’t fit in any of the four main categories.
In this paper we constructed a statistical abyssal hill topography that can be added on top of global bathymetric datasets in order to compensate for the lack of small-scale topographic features in such datasets. The Goff and Arbic topography has been used in several of our studies, including a linear analysis of baroclinic tidal conversion by abyssal hills (e.g., Melet et al. 2013) , an examination of the impact of topographic wave drag on the eddying general circulation (Trossman et al. 2013, 2016), and an examination of the impact of synthetic abyssal hills on resolved motions in global internal tide models (Timko et al. 2017). The Goff and Arbic topography has also been used by oceanographers outside of our group.
This paper presented some of the early numerical simulations of the 2004 Boxing Day tsunami in the Indian Ocean, and comparisons of the simulations with satellite altimeter observations. The listing of this paper on our publications page has a link to our 286 MB .mov animation of the Boxing Day tsunami simulation.
This paper presents differences of Atlantic Ocean hydrographic sections taken in the same (or nearly the same) locations but in different decades (ranging from the 1920’s to the 1990’s). The largest significant changes are generally found at intermediate water depths e.g. 1000-2000 meters. In the modern ocean, hydrographic variability can be monitored by the autonomous ARGO float array, but for pre-ARGO times, hydrographic sections provide the main source of information on long-term hydrographic variability.
A summary of our work in 2. Arbic and Owens (2001) was included in this chapter on oceanic variability during the World Ocean Circulation Experiment (WOCE).
This paper presents an angular correlation test of CPT invariance in polarized positronium. The paper has been referenced several times by the high-energy physics community, which looked for the same correlation in particle interactions in accelerators.
Investigating the behavior of mid-Archean tides and potential implications for biogeochemical cycling
Reduced CaCO3 flux to the seafloor and weaker bottom current speeds curtail benthic CaCO3 dissolution over the 21st century
Global prediction of abyssal hill roughness statistics for use in ocean models from digital maps of paleo-spreading rate, paleo-ridge orientation, and sediment thickness.