Environmental Health and Economic Resilience
Harnessing the Power of Biochar to Advance Sustainable Agriculture, Environmental Stewardship, and Economic Innovation
ABOUT THE PROJECT

Research Pillar(s):
This research initiative seeks to unlock the full potential of biochar by systematically characterizing its physical properties and optimizing its application across agricultural, environmental, and industrial contexts. Recognizing biochar’s ability to enhance soil health, boost crop yields, purify water, and sequester carbon, the project will focus on understanding how variations in biochar’s structure—such as surface area, porosity, and particle size—impact its effectiveness in real-world uses.
By evaluating biochar as a soil amendment, animal feed additive, and construction material, the initiative aims to identify the most beneficial property-application combinations, thereby maximizing environmental sustainability, agricultural productivity, and economic opportunities. Through collaboration with industry and policy stakeholders, the project will also promote education, outreach, and policy development to drive the adoption of biochar-based solutions for climate-smart and equitable resource management.
Researchers & Collaborators

Dr. Nicole Wagner
Faculty Fellow, THRC
Associate Professor, Department of Agricultural Sciences

Dr. Merritt Drewery
Faculty Fellow, THRC
Assistant Professor, Department of Agricultural Sciences

Cassaundra Melgar C'DeBaca
Research Fellow
Translational Health Research Center

Dr. Ryan Peterson
Faculty Fellow, THRC
Assistant Professor, Department of Chemistry & Biochemistry

Dr. Sujata Mandal
Faculty Fellow, THRC
Assistant Professor of Instruction, Ingram School of Engineering

Dr. Wilson Espinoza Chavez
Faculty Fellow, THRC
Associate Assistant Professor, Department of Engineering Technology