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Severe Drought Grips Central U.S., Raising Alarms for Agriculture and Water Systems

The central United States is in the throes of a severe drought, posing significant challenges for agricultural activities and water resources. This drought, considered the most severe since 2012 in some areas, draws comparisons to the devastating 1988 drought that ravaged corn, wheat, and soybean crops. Despite moderate temperatures, the lack of rainfall has emerged as a pressing concern. 

The U.S. Drought Monitor reports that nearly half of Kansas and a quarter of Nebraska face extreme or exceptional drought conditions. Minnesota, Iowa, Wisconsin, Michigan, Indiana, Missouri, and Kentucky are also grappling with arid conditions. The growing frequency and intensity of droughts and altered rainfall patterns can be attributed to the emission of greenhouse gases, as highlighted in a recent study published in Nature Water. 

Agricultural impacts are already evident, with only 50% of the U.S. corn crop rated as good or excellent, marking the lowest percentage since 1988. Drought now affects around two-thirds of the nation's corn-growing regions. Economists project a potential reduction of approximately 1 billion bushels from the original estimate of 16.7 billion bushels, placing significant economic strain on farmers. 

Furthermore, the drought's effects are cascading through water systems and rivers. The Mississippi River, particularly in southern Illinois and beyond, is experiencing record-low water levels, impacting barge capacity and transportation. Communities along the river, still recovering from losses incurred during last fall's drought, are bracing for further challenges. 

Despite lingering hopes for relief, the situation demands substantial rainfall. Although the El Nino weather pattern typically signals improved conditions, seasonal projections indicate below-average rainfall for the summer months. Consequently, the drought's persistence may exacerbate agricultural vulnerabilities and heighten concerns over water availability in the central U.S. region. 

Source : wisconsinagconnection

Trending Video

What Happens When Pigs Adapt to High Soybean Meal Diets? - Gustavo Lima

Video: What Happens When Pigs Adapt to High Soybean Meal Diets? - Gustavo Lima



In this special rerun episode of The Swine Nutrition Blackbelt Podcast, Gustavo Lima, PhD candidate in Animal Science at Iowa State University, discusses how grow-finish pigs respond to high soybean meal diets. He explains the initial drop in feed intake, changes in backfat, later adaptation, energy efficiency, amino acid utilization, and the rise in nitrogen excretion at higher inclusion levels. Listen now on all major platforms!

Click here to read the full research article: https://academic.oup.com/jas/article/...

“Once they got adapted to the diet, they can handle higher levels of inclusion of soybean meal.”

Meet the guest: Gustavo Lima / gustavo-lima-a9867127 is a PhD candidate in Animal Science at Iowa State University whose work focuses on swine nutrition, ingredient characterization, energy metabolism, caloric efficiency, and applied data analysis. With more than 15 years of experience in swine production across Latin America, Gustavo also brings expertise in environmental control, performance evaluation, barn ventilation, and grow-finish housing. Learn more from Gustavo Lima on The Swine Nutrition Blackbelt Podcast, available on all major platforms.