As climate change continues to impact agricultural productivity worldwide, finding resilient and adaptable crops is crucial for long-term food security. Sorghum emerges as a shining solution – a crop that’s so hardy it’s almost a victim of its own success. It takes very little water and grows well in various soils. Offering numerous benefits that make it a reliable and sustainable option for regions facing climate challenges, sorghum has the potential to transform diets, support smallholder farmers and promote sustainable farming practices worldwide. The Sorghum United Foundation’s goal is to promote greater awareness of our grain among consumers and producers. We believe in the positive impacts of sorghum in both human and animal diets, renewable industry processes, and as a climate-smart option for farmers who value water conservation, soil health and carbon sequestration. Its adaptability and drought tolerance are two of the many reasons we believe sorghum is a wonderful tool for p
Andy Diercks, a fourth-generation potato farmer from the small village of Coloma in central Wisconsin, is blunt about the difficult realities facing family-owned farms today. “There are days when the choices aren’t always good, and you’re making the least bad choice,” he said. “But we’ve survived well. I’m proud of what we do here.” For decades, Diercks’ family and farmers across the state have worked closely with vegetable researchers at the University of Wisconsin to ensure a healthy harvest, from the initial seed supply to disease prevention and management. Amanda Gevens, a UW-Division of Extension specialist and the department chair of plant pathology, knows all too well the high stakes for Wisconsin farms. She arrived at the university in July 2009 — the same month that a late blight epidemic hit the state for the first time in nearly a decade. Gevens had to learn how to relay critical information to farmers in a timely useful manner so that they could take action against the d
It’s now 2025 and following intense rhetoric from governments, dairy farmers accept and understand they have key roles to play in reducing emissions produced by their herds. In fact, they’ve always accepted cows produce methane and that it can be harmful to the environment. And farmers know there are a number of management decisions they can take to help reduce greenhouse-gas production from livestock. As the payload of science intensifies, and new research becomes available, dairy farmers are willing to embrace the new knowledge and implement it on their farms. Their only hope is that other industries, outside of agriculture, also realize, admit and accept that they, too, have major responsibilities in helping countries reach their net-zero targets. Management decisions first steps Tinkering with feed, both in concentrate form and grass, can help reduce the overall amounts of gases being produced by cows. Cows produce methane when the feed they consume is digested in their gastroin
Polycrop forage blends have become a popular tool among beef producers to increase soil health, manage grazing, improve cow performance and enhance resilience to changing weather conditions. However, as with any farming practice, the results can vary based on location, weather and management strategies. The practice of using polycrops, also known as cover crops, forage mixtures or cocktail crops, is intended to increase the diversity of plant species in a pasture. Increased plant diversity can enhance soil health, increase water infiltration, reduce fertilizer needs and provide higher quality forages for cattle. One of the objectives of the Living Lab Central Prairies has been growing polycrops on producer operations and evaluating both the long- and short-term impacts. The Living Labs program allows producers like Erika Stewart, John Griffin and Carmen Jackson to use polycrops on their operations, and they have encountered both successes and challenges with the practice. Their
Canadians have until the end of May to provide feedback on hen and pullet handling
