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Thomas Hill
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Thomas Hill

AS SEEN ON
talkSPORT

Preston's Summary

Thomas Hill is a versatile journalist with a focus on sports betting, horse racing, and predictions. He has written for various publications including The Telegraph, 365 Retail, The Oberlin Review, and JD Supra. Thomas's work has also been featured in Euronews, The Gazette | Cedar Rapids, Cointelegraph, Carnegie Endowment for International Peace, and Lexology, showcasing his expertise in a wide range of topics.

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Geo Focus

United Kingdom (National)

Coverage Attributes:

Beta
Event Coverage: 43 %
How To Guide: 12 %
Announcement: 10 %
Industry Specific: 8 %
Promotional Deal: 6 %

Themes Covered:

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Most Recent Topics:

  • Team Sports
  • Individual Sports
  • Sports Disciplines

Pitching Insights

Thomas Hill's coverage heavily focuses on sports, particularly horse racing and football betting tips. With a strong emphasis on event coverage and betting advice, he seems most interested in receiving pitches related to upcoming sporting events, especially those with potential for betting opportunities.

Given the nature of his articles, Thomas may be receptive to pitches from individuals or organizations that can provide expert insights into specific races or matches. Additionally, sources offering unique perspectives or insider knowledge within the sports industry could also capture his attention.

As Thomas' geographic focus is national (United Kingdom), relevant local angles pertaining to UK-based sporting events would likely align well with his coverage priorities.

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

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Articles

DM2I

The Abundance and Sources of Ice Nucleating Particles Within Alaskan Ice Fog

By: Jessica A Mirrielees, Kevin Barry, Judy Wu, Amy Sullivan, Emily V Fischer, Monica Mashkevich, William R Simpson, Russell Perkins, Carl Schmitt, Meeta Cesler, Kerri A Pratt, Emily J Costa, Brice Temime, Thomas Hill

The Alaskan Layered Pollution and Chemical Analysis (ALPACA) field campaign included deployment of a suite of atmospheric measurements in January-February 2022 with the goal of better understanding atmospheric processes and pollution under cold and dark conditions in Fairbanks, Alaska. We report on measurements of particle composition, particle size, ice nucleating particle (INP) composition, and INP size during an ice fog period (29 January-3 February). During this period, coarse particulate matter (PM 10 ) concentrations increased by 150% in association with a decrease in air temperature, a stronger temperature inversion, and relatively stagnant conditions. Results also show a 18%-78% decrease in INPs during the ice fog period, indicating that particles had activated into the ice fog via nucleation. Peroxide and heat treatments performed on INPs indicated that, on average, the largest contributions to the INP population were heat-labile (potentially biological, 63%), organic (31%), then inorganic (likely dust, 6%). Measurements of levoglucosan and bulk and single-particle composition corroborate the presence of dust and aerosols from combustion sources. Heat-labile and organic INPs decreased during the peak period of the ice fog, indicating those were preferentially activated, while inorganic INPs increased, suggesting they remained as interstitial INPs. In general, INP concentrations were unexpectedly high in Fairbanks compared to other locations in the Arctic during winter. The fact that these INPs likely facilitated ice fog formation in Fairbanks has implications for other high latitude locations subject to the hazards associated with ice fog.

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