Associate Producer of Investigations and Special projects
Sean Davis is an Associate Producer of Investigations and Special Projects. He covers a wide range of topics including sports, competitive sports, and the business of sports, as well as education and transportation policy. Sean's work has been featured in numerous outlets, including Business Recorder, Irish Independent, and The Roanoke Times.
Preston is the artificial intelligence that powers the Intelligent Relations PR platform. Meet Preston
Madison, United States (Local)
Not enough data
Sean Davis' coverage is heavily focused on local sports, particularly women's basketball and high school sports in the Madison area. Given this focus, he would likely be interested in receiving pitches related to upcoming games, standout performances by athletes or teams, as well as any unique or historic developments within the local sports community.
Considering his extensive reporting on Wisconsin women’s basketball and local high school sports events, those with insights into these areas can provide valuable commentary for Sean's articles. Additionally, given his interest in winter storms affecting sporting events and academic freedom as a topic covered infrequently but still present in some articles may also be candidates for outreach.
This information evolves through artificial intelligence and human feedback. Improve this profile .
By: Sean Davis
Stoughton sophomore Cara Link talks about her role model, favorite pre-game meal, how she got started in softball and more.
Stoughton sophomore Cara Link talks about her role model, favorite pre-game meal, how she got started in softball and more.
By: Sean Davis
Wauankee senior Leah Greiber discusses her favorite Disney movie villain and the book series she's re-read the most along with three other fun facts.
By: Sean Davis
Wauankee senior Leah Greiber discusses her favorite Disney movie villain and the book series she's re-read the most along with three other fun facts.
By: Sean Davis
Photos of the Cardinals' 5-2 win over the Silver Eagles in a nonconference game on Friday, May 16 at Sun Prairie East High School.
By: Sean Davis
The Thunderbirds senior discusses her favorite opponent to play against and her go-to post-game meal along with three other fun facts.
By: Sean Davis
Stoughton sophomore Cara Link talks about her role model, favorite pre-game meal, how she got started in softball and more.
The Thunderbirds senior discusses her favorite opponent to play against and her go-to post-game meal along with three other fun facts.
By: Frederik Harzer, Thomas Birner, Sean Davis, Hella Garny
Atmospheric jet streams belong to the most fundamental elements of the global general circulation system and are susceptible to climate change. Jet stream variability in our present climate is usually studied from modern reanalysis products, although uncertainties arise due to insufficiently strong constraints of the underlying global wind field by the available observational records, especially concerning their long-term trends. This motivates the use of observation-based metrics to track dynamical variability and historical trends. Here, we investigate how the zonal-mean ozone structure can be used to indirectly infer changes in the strength and latitudinal position of the subtropical jet streams (STJs). We mainly consider the winter-mean ozone distribution and analyze different diagnostics that track anomalies of the sharp ozone gradients near the subtropical tropopause, based on either vertically resolved or total-column ozone (TCO) fields. Using ERA5 reanalysis output, we find significant correspondence of these sharp ozone gradients with the STJ's strength and location, with the jet acting as a tracer transport barrier and, hence, governing wave-induced horizontal ozone transport across the jet core. The ozone gradient metrics obtained from vertically resolved ozone observations agree well with ERA5 in more recent years when densely sampled satellite measurements were included. We furthermore obtain mostly consistent historical trend signals from both conventional STJ metrics from reanalyses and more independent TCO records. Chemistry–Climate Model Initiative phase 1 (CCMI-1) and CMIP6 climate simulations suggest a strong correspondence between changes in subtropical ozone gradient maxima and projected STJ trends under different climate forcing scenarios.
(833) 317-6278 
