Only the dock remains from a Bay Point, New Jersey residence after Hurricane Sandy hit.
About two years ago, Hurricane Sandy wreaked havoc on several states in the Northeast, causing $68 billion dollars’ worth of damage to critical infrastructure, businesses, homes and landscapes. Since 2012, multiple agencies, including the USDA’s Natural Resources Conservation Service (NRCS), have remained committed to helping the region build back stronger and better prepared for future storms.
To help the victims recover from Sandy and prevent future devastation in vulnerable flood areas, NRCS has invested about $120 million in Emergency Watershed Floodplain Easement Program, a program that helps restore and protect lands vulnerable to flooding. Read more »
Deputy Under Secretary Ann Mills and Adlai Schetter in front of a test plot. NRCS photo
If you ever wonder about the future of agriculture, go no further than Brighton, Illinois. Just 10 minutes with 15-year-old Adlai Schetter will reinforce that stewardship of private working lands is in good hands. It will also convince you that cover crops and second generation biofuels are a dynamic part of our agricultural future. On the day I visited with Adlai at his parents’ farm, he summed up his vision in a professional PowerPoint presentation to an audience of more than 20 state and federal officials.
Adlai spends a lot of his free time researching the effectiveness of different cover crop seed mixes that include rye and radishes. After his formal presentation, we walked over to his test plots. I asked him if he’s determining which cover crop work best and he responded that “they are like players on a football team, they each have important roles.” Adlai understands how to make these cover crops work for him. While other farmers may be looking at bare fields this winter and early next spring, Adlai and his parents get to watch their cover crops scavenge nutrients, improve soil porosity and suppress weeds. This frees up time for Adlai to spend on another passion – the second generation biofuel miscanthus. Adlai puts his harvested miscanthus to work fueling a burner that heats a cavernous building that houses farm equipment and the farm’s office. Ten bales a day of miscanthus and corn stover keep the building a comfortable 72 degrees throughout the cold Illinois winter. This winter he will experiment with using even less fuel. Asked if he gets any school credit for all this work, Adlai responds, “not really.” Read more »
Left to right, Steve Condit, representative from 6 L's Farm, Penny Parham, the Director of Nutrition Services Miami-Dade, several Miami Dade Nutrition Services staff members, Dawn Houser, Director of Nutrition Services Collier County (blue shirt), several Collier Nutrition Services staff members, and the 6 L's Farm Manager.
Throughout the Southeast, school districts are coming up with innovative ways to promote farm to school efforts. Farm to school programs engage students, teachers, and communities on the importance of healthier eating habits, local food systems, and provide nutritional education that stimulates the mind and has a lasting effect. Increasing awareness about Farm to School efforts is no longer on the back burner for school nutrition professionals. In Florida, there are several school districts who have taken on the challenge to increase farm to school efforts using some unique approaches. In Sarasota County Schools, the Nutrition Department is committed to purchasing at least 50 percent of their produce from local farmers. The School Board of Alachua County has established 29 school gardens used as outdoor learning labs providing students hands-on nutritional education. This year during farm to school month, it is no surprise that Collier County Public Schools Department of Nutrition Services is promoting student health and wellness using the theme “Feeding the Future.”
By Greg Turchetta, Executive Director of Communications and Community Engagement, Collier County Public Schools, Naples, Fla.
“Feeding the Future” is the theme of Collier County Public Schools Department of Nutrition Services, and it certainly applies to their farm to school program. Read more »
Often I am asked to participate in events in my role as a Deputy Undersecretary. Other times I participate based on my heritage, as a member of the Mescalero Apache Tribe. Sometimes, the lines blur, as they did recently when I addressed those attending the North American Pollinator Protection Campaign meeting here at USDA.
Pollinator health is tied closely to the overall health of ecosystems. Pollinators are important to producers of a wide variety of crops, and to forest health. Native Americans grasp how all things are interconnected. I told the audience that when I was a boy, my relatives would sing songs in Apache. These songs were about things in nature: evergreens, water, even the rocks. All things are tied to Mother Earth: all things work together. So it is with pollinators. Read more »
Ernie and Terry Lehmkuhl of Springerridge Barnyard Products, organizers of the Country Farmer's Market in Pierre, SD, show off their products at a recent market.
Here in South Dakota, we’re proud of the agricultural products we produce, and local farmer’s markets are a great venue to get these products directly in the hands of consumers. One market I wanted to single out is the Country Farmer’s Market held in our capital of Pierre, South Dakota. Terry Lehmkuhl of Springerridge Barnyard Products and her husband Ernie are the organizers of the market. Terry said “We are just a few hard working people that love bringing country to town. Our Farmer’s Market customers love what we do with our hands. Picking eggs, milking goats, working in our kitchens or just playing in the dirt, we bring our customers the best, freshest products and produce.” Read more »
AMS’s Seed Regulatory and Testing Division scientist conducts a test to detect the presence of harmful pathogens in grass seed. USDA photo.
Before the late 1800’s, there weren’t any standards or laws overseeing the seed trade. This allowed individuals to take advantage of the unorganized seed market by selling low quality seed to buyers. In some instances, what was sold wasn’t even seed at all.
Unfortunately, even the most seasoned seed buyers can’t always tell what they will get when purchasing seed. Will the seed grow? If it does grow, what will it grow into? Will these seeds contain a disease that will hurt my other crops? Will the packet contain other unwanted weeds that will reduce my yield, hurt my animals, or destroy my land? The worst part is that the outcome of your purchase won’t be known for months after you buy and “try” to grow them. In the late 1800’s, these questions asked by millions of people around the world led to the rapid development of laboratories tasked with using science to predict seed quality. Read more »