St. Augustinegrass remains resilient under certain irrigation and fertilization restrictions, with or without soil humectants July 7, 2026
Phosphate mineral weathering by carboxylic acids is driven by functional group composition and orientation July 2, 2026
St. Augustinegrass remains resilient under certain irrigation and fertilization restrictions, with or without soil humectants July 7, 2026
Phosphate mineral weathering by carboxylic acids is driven by functional group composition and orientation July 2, 2026
HomePublicationsCSA NewsIssuesCSA News: Volume 68, Issue 6Effects of Double Cropping and Reduced Tillage on Texas Wheat Production June 7, 2023 Left: Lead author Perejitei Bekewe at a sprinkle infiltrometer. The team took measurements in the spring following wheat harvest and before summer double crop planting. Photo by Jamie Foster. Right: Bekewe (left) and Carlos Serna of Texas A&M's AgriLife Research while soil sampling between summer crop harvest and wheat planting in Beeville, TX. Photos courtesy of Perejitei Bekewe. Wheat is a major source of food supply and security worldwide. In Texas, most wheat is grown through winter and spring, managed with tillage, and fallowed in summer. Reduced tillage, including strip‐ and no‐tillage, and summer double cropping increase soil cover, which should reduce erosion and evaporative water loss as well as increase soil organic carbon. But there is no information on how adding a summer crop and reducing tillage affects productivity or other aspects of wheat production in the state.New research in Agronomy Journal sought to determine these effects on establishment and grain and herbage mass yields in three ecoregions of Texas. Summer double crops included sorghum, sesame, or cowpea. The cover crop mix varied annually, and the most productive species were cowpea, lablab, pearl millet, sunflower, and sunn hemp.The researchers found that strip‐ or no‐tillage is feasible for Texas wheat production. Wheat‐summer crop rotations, especially with sorghum and sesame, have potential in the Coastal Plains and Blackland Prairie regions but are not recommended in the southern High Plains due to limited precipitation and shorter growing season.This study is an example of using increased biodiversity and agronomic management for sustainable intensification. Adapted from Bekewe, P.E., Foster, J.L., Neely, C.B., Neely, H.L., Lewis, K. L., Tomlin, L.E., … & Gerrish, B. (2022). Cropping system diversity and tillage intensity affects wheat productivity in Texas. Agronomy Journal, 114, 3498–3514. https://doi.org/10.1002/agj2.21209Text © . The authors. CC BY-NC-ND 4.0. Except where otherwise noted, images are subject to copyright. Any reuse without express permission from the copyright owner is prohibited.Share this:Send Message Related articles Burned homes, contaminated ground: the aftermath of wildfire July 8, 2026 St. Augustinegrass remains resilient under certain irrigation and fertilization restrictions, with or without soil humectants July 7, 2026 The Drought Resilience Calculator July 7, 2026 Recent articles Burned homes, contaminated ground: the aftermath of wildfire July 8, 2026 St. Augustinegrass remains resilient under certain irrigation and fertilization restrictions, with or without soil humectants July 7, 2026 Mohanty named Distinguished Professor July 6, 2026
St. Augustinegrass remains resilient under certain irrigation and fertilization restrictions, with or without soil humectants July 7, 2026
St. Augustinegrass remains resilient under certain irrigation and fertilization restrictions, with or without soil humectants July 7, 2026