southern.sare.org resources sustainable-high-plains-research-bulletins Sustainable High Plains Research Bulletins For nearly 20 years, Texas Tech University and its many research partners have studied diversified crop and livestock production systems to address the growing need for water conservation, while keeping...
southern.sare.org resources sustainable-crop-livestock-systems-in-the-texas-high-plains-phase-i Sustainable Crop/Livestock Systems in the Texas High Plains: Phase I Crop and livestock production in the Texas High Plains generates over $5 billion in annual revenues but has depended on irrigation with water from the Ogallala Aquifer. Once considered to...
southern.sare.org resources sustainable-crop-livestock-systems-in-the-texas-high-plains-phase-ii Sustainable Crop/Livestock Systems in the Texas High Plains: Phase II Initial Southern SARE-funded research from Texas Tech University from 1997-2004 found that grazing stocker steers on perennial old world bluestem pastures and small grains in rotation with cotton required 25...
southern.sare.org resources sustainable-crop-livestock-systems-in-the-texas-high-plains-phase-iii Sustainable Crop/Livestock Systems in the Texas High Plains: Phase III Initial Southern SARE-funded research from Texas Tech University from 1997-2004 explored grazing stocker steers on perennial old world bluestem pastures and small grains in rotation with cotton. The project continued...
southern.sare.org resources agroecosystems-research-in-the-texas-high-plains-graduate-student-studies Agroecosystems Research in the Texas High Plains: Graduate student studies Texas Tech University graduate students play an integral role in furthering research of forage-based crop/livestock systems to better manage water, improve production efficiency, and maximize profitability across the Texas High...
southern.sare.org resources soil-quality-of-integrated-crop-livestock-systems-enhancing-soil-carbon-sequestration-and-microbial-diversity Soil Quality of Integrated Crop/Livestock Systems: Enhancing soil carbon sequestration and microbial diversity Over 1/3rd of the cotton produced in the United States is grown in the Texas High Plains – a semi-arid region of the Texas Panhandle reliant for decades on water...
southern.sare.org resources high-tunnel-crop-production-handbook High Tunnel Crop Production Handbook High tunnel crop production allows farmers to extend the growing season and create a more controlled growing environment that can exclude pests. But because of their unique environment, high tunnels...
southern.sare.org resources management-of-mexican-bean-beetle-in-snap-beans-using-cultural-control-strategies Management of Mexican Bean Beetle in Snap Beans Using Cultural Control Strategies Mexican bean beetle (Epilachna varivestis Mulsant) is a serious pest of snap bean varieties, causing injury by feeding on the leaves and pods and increasing the chances of diseases while...
southern.sare.org resources diversifying-in-the-texas-high-plains-examples-of-agroecosystems-models Diversifying in the Texas High Plains: Examples of agroecosystems models The following system configurations are examples of the diversified crop/livestock production practices that have been studied across the Texas High Plains since 1997. These systems have been tested against cotton...
northeast.sare.org resources minimizing-the-risks-of-vibrio-bacteria-in-farm-raised-oysters-grown-in-intertidal-elements-of-the-delaware-bay Minimizing the risks of Vibrio bacteria in farm-raised oysters grown in intertidal elements of the Delaware Bay New Jersey’s oyster farms are concentrated on the extensive intertidal sand flats of the lower Delaware Bay where they are exposed twice daily during low tide. The project manager conducted a...