Blog Archives

The USDA Forest Service manages 193 million acres of forests and grasslands, 58 million of which are in need of restoration. Forest Service scientist are doing this by thinning and conducting prescribed burning that restores natural tree density, improves forest health and mitigates wildfire risk.

If businesses have an excess inventory of wholesome food, they can donate it to hunger relief organizations, such as food banks, food pantries, and community-based organizations, to help families in need. These donations are particularly important in challenging economic times. Donating food can also help businesses with their bottom line and divert food from being dumped in landfills, which in turn helps the environment.

Across the United States, farmers are taking innovative approaches to foster environmental stewardship and economic viability through a common conservation practice called the riparian forest buffer. Supporting production while enhancing conservation is an important goal of both US Department of Agriculture Secretary Perdue’s Agriculture Innovation Agenda (PDF, 196 KB) and of the USDA Forest Service. Agroforestry, the intentional integration of trees and crops and/or livestock to meet economic, conservation, and social goals, is one strategy that offers many innovative “productive conservation” options, including riparian buffers.

As most staff continue to telework, it is important to acknowledge that dependable program delivery is still the norm, and with the same exceptional customer service that Rural Development staff have become known for. Despite COVID-related challenges, the often life-changing programs the agency provides are making an impact on our rural people, businesses, and communities every day.

Bees and other pollinators, including birds, bats, butterflies, moths, flies, wasps, beetles, and small mammals, play a critical role in our food production system. A healthy pollinator population is vital to producing marketable commodities. More than 100 U.S. grown crops rely on pollinators. The added revenue to crop production from pollinators is valued at $18 billion. Pollinators also support healthy ecosystems needed for clean air, stable soils, and a diverse wildlife. That’s why USDA’s National Institute of Food and Agriculture (NIFA) partners with the Land-Grant University System, U.S. government laboratories, and private and non-profit organizations to support research, education, and extension programs advancing pollinator health.

Wisconsin students across the state adapted to the new normal with e-Learning studies since the Badger State entered the “Safer at Home” status in late March. If you live in a metro area, you probably didn’t struggle with lack of service or low bandwidth. But in the rural areas, it was a big challenge.

It’s not the first time that European honey bees and other pollinators in the United States have encountered invasive pests, with the parasitic Varroa mite being the most noteworthy. For years, researchers and beekeepers have wondered what the next invasive pest of concern would be. Perhaps Tropilaelaps mites, a parasitic mite that feeds on bee brood? Or an Asian honey bee, which is known to outcompete our European honey bees? Ultimately, it was the Asian giant hornet, making a confirmed appearance in Washington state during winter of 2019.

Maine’s island communities are scattered up and down the coastline, many of them miles out to sea - they’re rural communities carving out a life both in and on the Atlantic Ocean. Despite the distance from the mainland, the educators and healthcare workers in this remote area of the state are dedicated to providing the critical services our island residents depend on and have adapted to the necessary changes brought on by the COVID-19 pandemic. One of the elements of this adaptation has been through the use of telecommunications, and as State Director of USDA Rural Development in Maine, I’m happy our agency has been able to serve as a key partner in bringing this technology to our rural island communities.

As cases of chronic wasting disease (CWD) continue to rise, USDA’s Animal and Plant Health Inspection Service (APHIS) is looking to genetics for new and innovative ways to reduce the prevalence of this brain-wasting disease in farmed and wild deer and elk populations. Working in collaboration with Texas A&M University and Texas Parks and Wildlife, APHIS has identified a handful of promising regions in the white-tailed deer genome allowing the researchers to distinguish animals highly susceptible to CWD with greater than 80 percent accuracy.

When I was younger, I loved to watch a cartoon on TV called ‘The Jetsons,’ which showed life in a future world. People had flying, self-driven “cars” and robotic housekeepers. As a kid who loved her meat and potatoes, I distinctly remember one scene in which Judy Jetson served a steak dinner by getting a pill from a vending-type machine. Her father, George Jetson, savored the two small bites filled with flavor and nutrition. This meal satisfied him completely. I couldn’t then imagine that futuristic dinner scene being a reality, and I still don’t. But technology, science, and marketing have changed the way we produce our food and have altered the structure of farming. Data tell us so. Let’s look at milk as an example.