Chris and Tracy Adams with their daughters Ashley and Abigail.
Similar to the old adage, when Chris Adams married the wife, he married the family – and the family farm. Lucky for him, he loves farming and enjoys working with his in-laws to manage the 4,000-acre farm of soybeans, wheat and corn. Now it’s his full-time job, working with his brother-in-law to raise fields of commodity crops each year. But recently, Chris and Tracy Adams, and the rest of the family, began experimenting with farming at a much smaller scale.
They built a seasonal high tunnel, a greenhouse-like structure that produces a plentiful supply of strawberries, raspberries, tomatoes and peppers. High tunnels are made of plastic or metal pipe and covered with sheeting, typically made of plastic. Unlike greenhouses, they require no energy to heat, instead relying on natural sunlight to create favorable conditions for growing vegetables and other specialty crops. 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.
The average consumer might not think about it, but for decades, USDA plant breeding research has been producing varieties that have been helping feed the world and preserve the environment. We know that you look for the plumpest, juiciest strawberries at your neighborhood market, so USDA plant breeding scientists worked to find the genes to make them taste even better. And to help farmers in Northern climates produce more food for our tables, USDA plant breeding researchers developed corn that would mature early before the bitter cold arrived. This important work plays a significant role in our lives and USDA hopes to build on all these positive outcomes to make sure even more keep coming. Therefore, to coordinate work on plant breeding and maximize the results from ever more limited resources, USDA formed a new Plant Breeding Working Group (PBWG) earlier this year. Read more »
When you think of steps that can be taken to improve our environment and mitigate climate change, “reducing food waste” probably doesn’t come to mind right away. But in fact, food waste is an important factor in climate change, because wasted food represents 20 percent by weight of the solid waste going to landfills. This decomposing food quickly generates methane, a greenhouse gas 21 percent more potent than carbon dioxide.
Wasted food also represents a drain on natural resources–after all, land and water are needed to produce that food. That’s why the U.S. Department of Agriculture has collaborated with the U.S. Environmental Protection Agency to launch the U.S. Food Waste Challenge, calling on producer groups and others to join in efforts to reduce food loss and waste, recover wholesome food for human consumption, and recycle discarded food to feed animals, produce compost or even generate energy. Read more »
A young boy smiles over a bowl of freshly washed apricots. Select apricots that are plump with golden orange color, but avoid ones that are pale yellow, greenish-yellow, shriveled or bruised.
As the cold, drab winter gives way to warmer temperatures and the crisp colors of spring, our longing for stews and other comfort foods ebbs, making way for some warm-weather favorites. Picnics, hiking and other outdoor activities heighten the appeal of lighter, fresh salad greens, fruits, and vegetables. From strawberries to broccoli, apricots to artichokes—we offer a few tips to help you pick the best of the season’s offerings. Read more »
By John Brewer, Foreign Agricultural Service Administrator
As our group sat near the strawberry fields, in Jutiapa, Honduras, it was hard not to be impressed with the positive outcomes stemming from a USDA grant in 2006. On Tuesday, June 29, I inaugurated the “Biotechnology and Food Security” Conference and later that day I found myself in the strawberry fields—I’ll get to those in a minute. Read more »