Former RegenPGC Ph.D. student and current PostDoc at Texas A&M, Dr. Oluwatuyi (Tuyi) Olowoyeye has published a peer-reviewed article in collaboration with his graduate Advisor and RegenPGC CoPd, Dr. Amy Kaleita. The open-access article, Quantifying sediment deposition with erosion pad techniques under different cropping systems, was published in the September 2026 edition of the journal Agrosystems, Geosciences & Environment*
*Olowoyeye, Oluwatuyi S. & Kaleita, Amy. (2026) Quantifying sediment deposition with erosion pad techniques under different cropping systems. Agrosystems, Geosciences & Environment, 9, e70445. https://doi.org/10.1002/agg2.70445. Open Access
Plain Language Summary (Agrosystems, Geosciences & Environment)
The new perennial groundcover (PGC) system allows the growth of corn and perennial grass simultaneously all year round. This study tested the sediment deposition (SED) reduction of different grass combinations under this system compared to the conventional corn system. PGC with Poa bulbosa has the highest SED compared to other grasses tested within PGC.Abstract
