Pabitra Joshi, a graduate research assistant at the University of Idaho, is advancing efforts to develop wheat varieties resistant to fungal diseases such as dwarf bunt and common bunt. Under the guidance of Dr. Jianli Chen, the Idaho Wheat Commission's endowed professor of wheat breeding, Joshi’s research focuses on identifying two key quantitative trait loci (QTLs) linked to resistance against these diseases. This breakthrough will enhance the screening of wheat breeding lines and uncover additional genetic markers for disease resistance. Joshi’s work has already contributed to the release of more resilient wheat varieties, strengthening Idaho’s wheat industry.

The University of Idaho, in collaboration with regional partners, is conducting a survey of Pacific Northwest (PNW) farmers to evaluate their weed management practices and tackle the growing issue of herbicide-resistant weeds. Supported by the PNW Herbicide Resistance Initiative, this effort comes in response to the recent emergence of herbicide-resistant Palmer amaranth and waterhemp—two invasive species previously unseen in the region. The study seeks to understand how farmers have adapted their weed control strategies to address these pressing challenges.

The Pacific Northwest had a strong wheat year in 2024, as highlighted by the Wheat Marketing Center's annual crop quality report. Yields were above average, and overall wheat quality was excellent, with all samples receiving a No. 1 U.S. grade, except for minor environmental variances in isolated areas. The center evaluates 600–800 wheat samples annually, replicating what customers receive to assess milling and baking qualities. Approximately 80% of Northwest soft white wheat is exported, making the report crucial for international buyers to guide purchasing decisions. 2024's favorable results reassured global customers of the crop's consistent quality.

Idaho Wheat Commissioner Wayne Hurst joined leaders from the National Association of Wheat Growers (NAWG), U.S. Wheat Associates (USW), and the North American Millers’ Association to advocate for the American Farmers Feed the World Act. The group emphasized the importance of robust funding for programs tied to this initiative during the appropriations process. They also highlighted the need to refocus on the original mission of the Food for Peace program, which fosters export markets and strengthens global relationships—efforts that directly benefit Idaho wheat farmers and reinforce their role in feeding the world.

A new report highlights the potential for U.S. agriculture, including Idaho wheat farming, to achieve greenhouse gas (GHG) negativity within the next five to ten years through conservation practices and emerging technologies. The study highlights how sustainable practices can both reduce emissions and improve profitability for farmers.For Idaho wheat growers, these findings are especially promising. Implementing practices that lower input costs while enhancing soil health aligns with the region’s commitment to sustainability. By adopting these strategies, Idaho farmers can not only contribute to combating climate change but also bolster their long-term profitability and preserve the state’s agricultural legacy.

Understanding your expected yields and the financial investments needed to achieve them is vital for a successful harvest. For Idaho wheat farmers, combining this information with updated data on expenses and market trends is especially important. By calculating your break-even point you gain a clear picture of your financial standing. This insight is crucial for making informed decisions about pricing, crop selection, cost management, and marketing strategies. Regularly reviewing your break-even point, particularly in collaboration with your lender, ensures that you can adapt to market fluctuations and make sound financial decisions.

Meteorologists are forecasting a mild winter for the Pacific Northwest, with below-average precipitation and above-average temperatures. Southern Oregon, Idaho, and interior regions, including wheat-growing areas, are expected to face slightly below-normal precipitation. While snowpack levels may be near normal, rain is likely to outpace snow, with most snowfall occurring at higher elevations. Despite being a La Niña year—typically associated with wet, cool conditions in the Pacific Northwest— its current central Pacific development will result in weaker low-pressure systems, reducing moisture across much of the U.S.