Agriculture Secretary Tom Vilsack steps on stage at Bonelli Regional Park.
Today, Agriculture Secretary Tom Vilsack sent the following message to all USDA employees:
I want to take this opportunity on my final day at USDA to express my profound gratitude to the people who work at USDA. Every day, nearly 90,000 people leave their families and the comfort of their home to do the people’s work in the People’s Department. What an amazing job you do each day for the country. Read more »
Last summer students learned about a wide range of benefits of urban and community agriculture from USDA staff, researchers and educators at the University of the District of Columbia.
USDA and the Governance Lab at New York University (GovLab) are teaming up again to design and deliver a “summer camp” in 2017 for middle- and high-school students that focuses on using Open Data related to Science, Technology, Engineering, Agriculture, and Math (STEAM).
The Open Data STEAM Summer Camp program, begun in 2016, is an immersive two-week project-based and team-focused learning experience for students in the Washington, D.C. area. The program aims to help these students build familiarity and hands-on competence with the approaches, tools and analytical techniques relevant to harnessing the power of open data on critical issues related to food and agriculture. Read more »
The USDA Nematode Collection is one of the largest and most valuable in existence. Online listings of more than 38,000 specimens are among dozens of important scientific collections that USDA makes available on the Internet. Photo credit: USDA
Federal agencies act as custodians of hundreds of diverse scientific collections that contain everything from plant and animal specimens, tissues, and DNA to microbes, minerals, and moonrocks. These collections are part of the country’s science infrastructure, and support work in fields that include public health and safety, agriculture, trade, homeland security, medical research, trade, and environmental monitoring.
Agencies have been working to improve access to information about these collections and expand opportunities for their use. Now, through a joint effort between the USDA and Smithsonian Institution, an Interagency Working Group on Scientific Collections (IWGSC) has been cataloging them in a newly established Registry of U.S. Federal Scientific Collections (USFSC) managed by the Smithsonian. Read more »
Anni Brogan, owner and president of Micro Aerodynamics, inspects vortex generators (VGs) on the wings of a small aircraft used in studies by ARS engineer Dan Martin. Martin found that the dime-sized metal clips can help ensure more accurate targeting of pesticides. Brogan’s firm provided the VGs used in the research.
Hitting your target—and only your target—is a top priority when spraying pesticides from an airplane. And the use of a small object could be a big help in making sure that happens.
That’s the focus of the research being conducted by Daniel Martin, an engineer with Agricultural Research Service’s (ARS) Aerial Application Technology Research Unit in College Station, Texas. Martin has shown that attaching dime-sized metal clips to airplane wings—a technology known as “vortex generators”—can reduce pesticide drift. Read more »
Artist conception of the creation of a biosensor that is created with graphene ink. (Image reproduced by permission of Dr. Jonathan Claussen from Nanoscale, 2016, 8, 15870.)
When does too much of a good thing become a bad thing? That’s the question Dr. Jonathan Claussen, assistant professor at Iowa State University’s Department of Mechanical Engineering, and his team of researchers aim to help farmers answer when it comes to pesticide use. Underuse can harm farmers’ crops, while overuse can result in runoff into the soil or waterways.
Claussen and his team created a flexible, low cost and disposable biosensor that can detect pesticides in soil. This biosensor is made of graphene, a strong and stable nanoparticle, and provides instantaneous feedback, as opposed to the time and money it would otherwise take to send a sample to a lab and await results. Read more »
Peggy Whitson monitors a soybean plant growth experiment on one of her previous International Space Station (ISS) expeditions. Whitson, a former 4-H’er, is now the ISS commander. (NASA photo)
Many kids gaze up into the night’s sky and dream of touching the stars. Peggy Whitson, NASA astronaut and commander of the International Space Station, turned that dream into reality.
Whitson grew up in the small town of Beaconsfield, Iowa, completing standard chores like mowing the lawn and caring for animals, but never lost her determination to fly and eventually go to outer space. At the age of nine, Whitson became involved with the 4-H program. Her brothers and sisters were active with the local Ringgold County 4-H club and it was a natural fit for her. The program played a key role in helping her develop from a shy girl into an exceptional leader. Read more »