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Brad Hall
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Brad Hall

AS SEEN ON
CORBIN LADY REDHOUNDS SOFTBALL BOOST HER CLUB, Sentinel Echo

Geo Focus

Laurel County, United States (Local)

Coverage Attributes:

Beta
Informative: 52 %
Events: 8 %
Promotional Deal: 5 %
Opinion: 5 %
Data Driven: 5 %

Themes Covered:

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Most Recent Topics:

  • Food Safety
  • Food Production
  • Food Waste
  • Chemistry
  • Earth Sciences
  • Biology & Life Sciences
  • Ecology
  • Astronomy

Pitching Insights

Brad Hall's coverage primarily revolves around local sports, religious themes, and community events in Corbin, Kentucky. His articles often focus on high school sports, seasonal events like Christmas and Thanksgiving, as well as family-related topics.

If you're looking to pitch a story to Brad Hall, consider tailoring it to his audience's interests by offering insights or news related to local high school sports teams' performances or upcoming games. Additionally, stories that highlight the intersection of faith and community activities might resonate with his readership.

As for house & home topics such as medical procedures and ultrasound mentioned in the coverage attributes section - these don't seem aligned with the article titles provided. Therefore I recommend focusing on localized community-based content when reaching out to him.

This information evolves through artificial intelligence and human feedback. Improve this profile .

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Articles

American Meteorological Society

The Dynamics and Chemistry of the Summer Stratosphere (DCOTSS) Project

The Dynamics and Chemistry of the Summer Stratosphere (DCOTSS) Project

By: Chuntao Liu, Amit Kumar Pandit, Kristopher Bedka, Bruce Daube, Yaowei Li, Jessica B. Smith, Eric Hintsa, Frank N. Keutsch, Brad Hall, Alexander Laskin, Daniel Cziczo, Ross J. Salawitch, Dale F. Hurst, Erin R. Delaria, Thomas F. Hanisco, James G. Anderson

Overshooting storms are convective systems with updrafts that penetrate through the tropopause into the overlying stratosphere. These storms can rapidly transport a wide variety of chemical species and aerosols from the boundary layer and free troposphere directly to the stratosphere. The central plains of the United States and the Sierra Madre Occidental of Mexico are two of the global hotspots for overshooting convection. While the existence of these storms has been known for several decades, the amount of tropospheric air, including water vapor, trace gases, and aerosols, transported across the tropopause is poorly understood, as is their impact on the dynamics, chemistry, and radiative balance of the stratosphere. Climate models suggest that as Earth's climate continues to warm, overshooting convection over the United States may increase, potentially causing changes to stratospheric composition and transport. To address these scientific questions, the NASA ER-2 high-altitude research aircraft flew 31 missions during the summers of 2021 and 2022 to make observations of the outflow from overshooting storms in the stratosphere over North America and the eastern Pacific Ocean as part of the Dynamics and Chemistry of the Summer Stratosphere (DCOTSS) project. The ER-2 carried a payload of 12 instruments to measure meteorological parameters, water and its isotopologues, trace gases, and aerosol properties. Ozone, water vapor, and aerosol sondes were also launched on balloons during the field deployments. This paper describes the science goals of the DCOTSS project, the aircraft measurement strategy, the data produced by the project, and highlights of science results to date.

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