University of Nebraska Researchers Discuss Biochar Field Trials

Podcast explores large-scale biochar study at UNL

Apr. 18, 2026 at 6:42am

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A highly textured, abstract painting in earthy tones featuring sweeping geometric shapes and precise botanical spirals, conceptually representing the complex scientific forces and concepts behind biochar research.University researchers explore the potential of biochar to enhance soil health and sequester carbon through extensive field trials.Lincoln Today

In a podcast episode focused on biochar, researchers from the University of Nebraska-Lincoln, Michael Kaiser and Britt Fossum, discuss the university's field-scale biochar trials, which are among the largest in-field biochar studies in the United States.

Why it matters

Biochar, a charcoal-like substance produced from plant matter, has gained attention for its potential to improve soil health and sequester carbon. The University of Nebraska's extensive field trials aim to provide valuable insights into the real-world applications and impacts of biochar in agricultural settings.

The details

The podcast episode, sponsored by SOURCE®️ by Sound Agriculture, features a conversation between contributing editor Dan Crummett and UNL researchers Michael Kaiser and Britt Fossum. They discuss the university's ongoing field-scale biochar trials, which are examining the effects of biochar on soil properties, crop yields, and other agronomic factors.

  • The podcast episode was recorded and published on April 18, 2026.

The players

Michael Kaiser

Researcher at the University of Nebraska-Lincoln who is involved in the university's biochar field trials.

Britt Fossum

Researcher at the University of Nebraska-Lincoln who is involved in the university's biochar field trials.

Dan Crummett

Contributing editor at No-Till Farmer, the publication that hosted the podcast episode.

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The takeaway

The University of Nebraska's extensive biochar field trials represent a significant research effort to better understand the practical applications and impacts of this potentially valuable soil amendment. The findings from these trials could help inform the broader adoption of biochar in agricultural settings.