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Texas wheat expands research with key partnership

Texas wheat expands research with key partnership
Dec 02, 2024
By Farms.com

Strategic alliance enhances wheat research in Texas

In a significant development for agricultural research, Texas Wheat has partnered with the Wheat Genetics Resource Center (WGRC) to advance the study of wheat genetics.  

This partnership marks a concerted effort to explore the extensive germplasm collections housed at WGRC, which could hold the key to future wheat varieties more suited to the challenges of modern agriculture. 

Funded through the latest IUCRC cycle, this initiative supports six major projects, with Texas researchers playing a leading role.  

Among these, a standout project led by Dr. Okumoto Sakiko uses advanced MRI techniques to investigate wheat root systems, aiming to identify traits that enhance drought and heat resistance—a crucial advancement for Texas agriculture. 

“We believe Texas farmers stand to benefit greatly from the research conducted within the IUCRC. This investment is a key part of our efforts to bring value to wheat farmers,” emphasized Chet Creel, TWPB Chair. 

Additionally, efforts by Dr. Jackie Rudd at Texas A&M AgriLife Research highlight the ongoing research activities in the state, focusing on integrating wild wheat genes to improve disease resistance and crop performance. 

This collaboration not only underscores a commitment to cutting-edge research but also strengthens Texas Wheat's role in shaping a resilient agricultural future.  

By fostering strong industry partnerships, Texas Wheat ensures that the state's agricultural sector remains at the leading edge of innovation and sustainability.

Photo Credit: gettyimages-ygrek


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LALEXPERT: Sclerotinia cycle and prophylactic methods

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White rot, also known as sclerotinia, is a common agricultural fungal disease caused by various virulent species of Sclerotinia. It initially affects the root system (mycelium) before spreading to the aerial parts through the dissemination of spores.

Sclerotinia is undoubtedly a disease of major economic importance, and very damaging in the event of a heavy attack.

All these attacks come from the primary inoculum stored in the soil: sclerotia. These forms of resistance can survive in the soil for over 10 years, maintaining constant contamination of susceptible host crops, causing symptoms on the crop and replenishing the soil inoculum with new sclerotia.