Aug. 12 2021 09:43 AM

The new scientists and interns will add depth and broaden the non-profit’s impact.

The Soil Health Institute, Morrisville, North Carolina, brought on six new scientists and three interns.

“We welcome this diverse cohort to our growing team who hail from a variety of educational and professional backgrounds,” says Wayne Honeycutt, SHI’s president and CEO. “We’re very pleased with the caliber of talent that SHI draws. Adding depth to our team means we can broaden our impact on scaling adoption of regenerative soil health systems to benefit farmers, the environment and society.”

Meet SHI’s nine newest team members:

Loutrina Staley, joins SHI’s leadership team as a soil scientist, where she will help develop grant proposals, manage stakeholder relations and communicate project results to end users. Staley has experience as an advance science teacher in the Decatur City Schools where she implemented an innovative STEM program in agriculture and food science. Her previous post-doctoral research focused on the efficacy of plant botanicals and fatty acids as antimicrobials against food-borne pathogens.

Christine Molling joins from the University of Wisconsin Space Science and Engineering Center’s Cooperative Institute for Meteorological Satellite Studies, where she created models and data sets to assist decision makers in agriculture, environmental resources and renewable energy. At the Soil Health Institute, Molling is a modeling specialist for the Dairy Soil and Water Regeneration project. She evaluates and works to improve the ability of agroecosystem models to capture the effects of soil health practices on greenhouse gas emissions and water quality.

Brent Thomas is an undergraduate student at the University of Arkansas at Pine Bluff where he is earning a bachelor’s degree in agricultural engineering. Thomas is a 2021 intern working with SHI scientists to collect and analyze soil samples for establishing soil health targets. He is particularly interested in identifying and addressing challenges that growers face when adopting soil health systems.

Jason Ackerson joins from the Department of Agronomy at Purdue University where he was an assistant professor and extension specialist. His research focused on developing promixal sensors to quantify soil properties and develop digital soil maps. Ackerson is a project scientist for soil carbon measurement and technology discovery projects.

Quanteria Randle is a sophomore undergraduate student at Prairie View A&M University where she is earning her bachelor’s degree in biology. Randle is a 2021 intern working with SHI’s soil microbiome scientist, Elizabeth Rieke, in analyzing phospholipid fatty acid data from soils sampled across North America. She is also gaining experience in sampling soils for establishing soil health targets.

Nate Looker joins from the University of Minnesota-Twin Cities, where he studied the impact of tropical forest succession on soil-based ecosystem services. Looker is a project scientist for field-based establishment of soil health targets for farmers and field conservationists.

Mara Cloutier joins from Pennsylvania State University where she conducted research aimed at assessing how conservation management practices that improve soil health also influence soil microbial nitrogen dynamics and nitrous oxide emissions. Cloutier is a project manager for the Dairy Soil and Water Regeneration project in partnership with Dairy Management Inc.

Robert Jeremiah Fredrick Thomas is an undergraduate student attending Prairie View A&M University where he is majoring in agriculture with a concentration in plant and soil science. Thomas is a 2021 intern assisting with soil sample collection and data analysis on various projects. He is in the Prairie View A&M University honors program and plans to become an environmental research scientist.

Vance Almquist joins from the Pacific Ecological Systems Division of the United States Environmental Protection Agency’s Office of Research and Development where he worked on developing tools for addressing aquatic ecosystem vulnerability to wildfire in the Pacific Northwest. Almquist is developing quantitative strategies for grouping similar soils to aid in establishing and mapping soil health targets for farmers and field conservationists.