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Bridging the Gap: Precision Ag Minor to Address Critical Need in Agriculture

Agriculture has been undergoing significant technological advancements, with precision agriculture being at the forefront of this change. As the demand for efficient and sustainable agricultural practices continue to increase, the need for skilled professionals in precision agriculture is becoming critical.  

To address this need, universities are now offering a Precision Agriculture minor, bridging the gap between agriculture and technology.  One such university is the University of Mount Olive in North Carolina  

The Precision Agriculture minor is designed to provide students with the necessary knowledge and skills to use technology and data to improve crop production and maximize yields. This minor program includes courses in geospatial technology, data analysis, plant science, and machinery management, among others. 

The integration of precision agriculture in the curriculum aims to equip students with practical skills that align with the current demands of the industry. The minor also offers opportunities for students to engage in internships and research projects, further enhancing their expertise and experience in the field. 

The Precision Agriculture minor is not only beneficial for students but also for the industry as a whole. The program addresses the skills gap in precision agriculture, providing the industry with a competent workforce. It also fosters innovation and research in the field, driving the development of new technologies and practices that can improve agricultural productivity and sustainability. 

The Precision Agriculture minor is a timely response to the critical need for skilled professionals in precision agriculture. By integrating technology and agriculture education, universities can produce a competent workforce that can meet the demands of the industry and drive innovation in agriculture. 


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Developing disease resistance in new wheat varieties

Video: Developing disease resistance in new wheat varieties


Dr. Colin Hiebert, research scientist with Agriculture and Agri-Food Canada – Morden, is focused on developing new tools that wheat breeders can use to improve, diversify and strengthen disease resistance in new wheat varieties. This includes new genomic tools that address resistance to five diseases including: Fusarium head blight, leaf rust, stripe rust, stem rust and common bunt.

Learn more about how research conducted at AAFC-Morden will impact wheat variety development, production and profitability for the future. This research is part of the Canadian National Wheat Cluster and funding is provided through the Sustainable Canadian Agricultural Partnership, Agriculture and Agri-Food Canada, Alberta Grains, Sask Wheat, Manitoba Crop Alliance, Western Grains Research Foundation and Canadian Field Crop Research Alliance.