Food poisoning is a serious public health threat. CDC estimates that approximately 1 in 6 Americans (or 48 million people) could suffer from food poisoning illness this year, resulting in roughly 128,000 hospitalizations and 3,000 deaths. This September, to celebrate Food Safety Education Month, the U.S. Department of Agriculture (USDA) Food Safety Inspection Service (FSIS) will help get the word out about important safety tips and tools to combat foodborne illness by hosting a free two-part webinar series: “Food Safety 101”. The series will be hosted by FSIS’ Food Safety Education Staff, and will feature speakers from the USDA Meat and Poultry Hotline, FSIS’ Office of Public Health Science, Kansas State University, and the International Food Information Council.
The webinars will emphasize USDA’s four steps to food safety: Clean, Separate, Cook, and Chill and offer a unique opportunity to hear from FSIS’s educators, researchers and partners. “Back to Basics”, the first webinar in this series, will occur on September 10th from noon to 1:30 pm EST and cover basic food safety tasks and the risks that can be avoided with proper food safety practices. “Everyday Application” will occur a week later on September 17th from noon to 1:30 pm EST. Participants of the second webinar will be able to identify common kitchen food safety blunders, and alternatives to keep your family foodborne illness free. Read more »
This post is part of the Science Tuesday feature series on the USDA blog. Check back each week as we showcase stories and news from USDA’s rich science and research portfolio.
As a major underground water source, the Ogallala Aquifer plays a key role in the economic vitality of vast stretches of the rural Midwest. The aquifer covers around 225,000 square miles in 8 states from South Dakota to Texas, supplying 30 percent of all U.S. groundwater used for irrigation.
But as with other natural resources that seem inexhaustible, the aquifer is effectively a nonrenewable resource. Demand from agricultural, municipal and industrial development on the Great Plains has meant that water is pumped out of a large portion of the aquifer much more quickly than it can ever be replenished. Read more »
Mozambique Minister of Science and Technology Louis Pelembe (left) meets with National Soybean Research Laboratory Director Craig Gundersen and his son, Van, during the World Soybean Research Conference earlier this year. Minister Pelembe participated in the Foreign Agricultural Service Cochran Fellowship Program and has used his training to help address critical food security and develop agricultural policy in Mozambique. (Courtesy photo)
Promoting food security and agricultural development around the world is a key part of the Foreign Agricultural Service (FAS) mission. One way FAS does this is by providing educational opportunities to emerging leaders from developing countries through programs such as the Cochran Fellowship Program. Among the FAS-trained fellows who have gone on to great things is Mozambique’s Minister of Science and Technology Louis Pelembe.
Minister Pelembe was a Cochran fellow in 2003, learning about food processing techniques for soy and other commodities at Texas A&M University. He later continued his training at the University of Illinois National Soybean Research Laboratory and Kansas State University with the support of FAS’s Emerging Markets Program. Today, he’s helping address critical food security and developing agricultural policy in Mozambique. Read more »
Shane Kerner used an FSA Rural Youth Loan to purchase cattle, including her ‘best show’ heifer shown here. From that point, she built a thriving commercial herd.
Shane Kerner applied for her first USDA Farm Service Agency Rural Youth Loan at age 14. Now, at age 20, she not only reached adulthood, but financial independence to grow what was once a 4-H project into a thriving cattle operation.
“I never thought I would get as far as I am today with my cattle,” said Shane. “It is truly a privilege to have the opportunity to start at a young age and see the growth of your animals from seed stock to a small commercial herd, right outside your door.”
Shane refers to her operation as a passion for finding the highest genetics for breeding Angus cattle. With the proceeds from the sale of seven grass-fed calves she purchased with the youth loan, she bought more cattle, including her best show heifer. This started the foundation for growing a registered Angus herd. Read more »
USDA scientists and their partners have found a molecular tool that will help control wheat stem rust, a fungal disease threatening much of the world’s wheat supply.
First reported in 1999 in Uganda, wheat stem rust–caused by the Ug99 pathogen–is a devastating disease in several countries in Africa and the Middle East where losses can be up to 70 percent. Many experts predict this specific strain could spread rapidly, causing a wheat shortage affecting food security worldwide. Ninety percent of the wheat grown worldwide is susceptible, so if no preventive action is taken, it could cause wheat shortages and affect food security. Read more »
Agriculture Secretary Tom Vilsack tours Renmatix's state-of-the-art bioindustrial facility at Renmatix headquarters in King of Prussia, PA on Friday, Jan. 11, 2013, and to commission the company’s new multiple-feedstock processing BioFlex Conversion Unit. Photo property of Renmatix.
If you want proof that rural America is a land of limitless opportunity, go to King of Prussia, Pennsylvania.
Last week I accompanied Secretary Vilsack as he toured a state-of-the-art bioindustrial facility in Pennsylvania that converts multiple feedstocks into cellulosic sugars. The plant, operated by Renmatix, will test and convert a range of non-food plant materials through a proprietary process. The goal is to move forward in development of next-generation renewable energy and high value bio-based alternatives to petroleum-based products. It is a goal that bears enormous promise for rural America, potentially creating many thousands of jobs, untold economic activity and new markets. Read more »