Category Archives: Ag Technology

Cotton, Corn and Soil discussed at 54th Annual Stiles Farm Field Day

More than 100 producers from the Blackland region of Texas gathered at the Stiles Farm in Thrall, Texas, in mid-June for the 54th annual field day. Each year the field day highlights research being done at Stiles Farm as well as innovations in crop and livestock management. Dr. Gaylon Morgan, Texas A&M AgriLife Extension State Cotton Specialist, discussed cotton production and new technologies for weed and nutrient management in cotton. “New herbicide technologies are not a silver bullet for weed control,” Morgan stated. “In order to get good… Read More →

Innovation of researchers yields better food, feed and fiber for consumers

By: Kathleen Phillips Writer: Kathleen Phillips, 979-845-2872, ka-phillips@tamu.edu Contact: Dr. Craig Nessler, 979-845-8486, cnessler@tamu.edu   When the names of two researchers were called as top innovators at the recent Texas A&M Technology Commercialization banquet in College Station, officials at Texas A&M AgriLife beamed. “It was gratifying to see that our efforts to attract and support the best scientists was noticed and honored,” said Dr. Craig Nessler, director of Texas A&M AgriLife Research, the agency that yielded both winners — Dr. Gregory Sword and Dr. Joshua Yuan. “And we’re… Read More →

AgriLife Research remote sensing technology aims to solve critical crop diseases

Writer: Blair Fannin, 979-845-2259, b-fannin@tamu.edu Contact: Dr. Alex Thomasson, 979-458-3598, thomasson@tamu.edu COLLEGE STATION – Sensor technology could possibly solve many challenges of crop production,  and Texas A&M AgriLife Research faculty are aggressively attempting to find new solutions. Dr. Alex Thomasson, an AgriLife Research biological and agricultural engineer, and Dr. Seth Murray, AgriLife Research corn breeder, both in College Station, and others are working jointly on several projects. One project, an unmanned ground phenotyping system, provides data that can be used to aid decisions in breeding and production agriculture… Read More →