ars

Puerto Rico’s First Lady is a big fan of the home garden, and actually, the garden at the governor’s mansion, called La Fortaleza, is part of USDA’s national garden movement.

First Lady Wilma Pastrana Jiménez’s garden was the first People’s Garden at a Puerto Rico state government facility and the third on the island.

The garden joins more than 2,000 across the nation as part of the People’s Garden Initiative, started in 2009 by Agriculture Secretary Tom Vilsack.

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 the USDA’s rich science and research portfolio.

2014 marks the eighth year of “Pumping Up the Math and Science Pipeline: Grade School to College,” an innovative science, technology, engineering and math (STEM) educational outreach program developed and administered by USDA Agricultural Research Service (ARS) employees David Weller and Kathleen Parker in cooperation with Washington State University-Pullman (WSU) and other partners.

“The goal of the program is enhance the flow of students from underserved and rural communities into STEM professions. We do this by engaging students of all ages in one-on-one and hands-on STEM education and other activities,” explains Weller, who leads the ARS Root Diseases and Biological Control Research Unit in Pullman.

Earlier this year, in preparation for the 2015 opening of a new business history exhibition, American Enterprise, the Smithsonian’s National Museum of American History put out a call for current and past members of the National FFA Organization to submit their FFA jackets accompanied with their own personal agricultural history. The jackets and stories, to be featured in the agricultural portion of the exhibition, will examine the significance that agricultural education continues to play to our national identity.

At a ceremony last week, five jackets and their stories were selected; among them, a jacket from President Jimmy Carter and a jacket from USDA's Agricultural Research Service employee Mary "Louise" Reynnells. USDA employees work every day to ensure that American farmers have access to the opportunities they need, and many of their ties to agriculture extend well beyond their time at USDA. Here is Mary "Louise" Reynnells's story, and with it, her contribution to our agricultural heritage.

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 the USDA’s rich science and research portfolio.

How would you like to learn more about your personal health while contributing to science as a volunteer in a human nutrition research study?

Seventeen years ago, I saw an ad for such a study. I attended an information session to learn more, applied and was accepted. Looking back, it was a positive experience for me, and I’d do it again if I could.

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 the USDA’s rich science and research portfolio.

If you want to find a fungus that controls disease-spreading insects, you might want to go somewhere known for its biodiversity. So it makes sense that USDA Agricultural Research Service (ARS) microbiologist Richard Humber will be traveling to Brazil over the next three years to join Brazilian scientists in searching for fungi to control black flies, sand flies and the types of mosquitoes that spread malaria, dengue and yellow fever.

Fungi are now used to control insects on crops. Beauveria bassiana, a fungus found in soils throughout the world, is widely sold for controlling thrips, whiteflies, aphids and beetles. Different types of fungi are also sometimes used to control mosquitoes, but they are not easy to handle or to apply, and their effectiveness has been questioned.

Here’s something to kick around: About half of the soccer matches at the FIFA World Cup in Brazil have been played on turfgrass bred jointly by USDA’s Agricultural Research Service (ARS) and the University of Georgia.

Turfgrass is a billion-dollar industry, creating jobs at nurseries, sod farms, golf courses and a variety of stadiums and other athletic facilities. ARS has been breeding warm-season turfgrasses since the 1950s, and has worked closely with scientists at the University of Georgia for decades. It’s been a particularly productive partnership and is responsible for producing turfgrasses that are used on some of the world’s top golf courses and athletic fields.

Of the 12 stadiums that are World Cup sites this year, three are using Tifway 419, a bermudagrass developed in Tifton, Ga., and released in 1960 by the late Glenn Burton, a pioneering ARS grass breeder. Three other stadiums are equipped with TifGrand, a shade-tolerant and extremely wear-resistant bermudagrass released jointly by ARS and the University of Georgia in 2008. Another Tifton-bred variety, TifSport, was used at the 2010 World Cup in Durban, South Africa.

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 the USDA’s rich science and research portfolio.

The idea that around 80 percent of human DNA is “junk” DNA with no real purpose never sat well with scientists.  So in 2003, researchers funded by the U.S. National Institutes of Health started working on a project called ENCODE, which was designed to study the role of non-coding “junk” DNA in genetic expression and to define basic functional units in the human genome.

USDA’s Agricultural Research Service (ARS) scientists are spearheading a parallel project called AgENCODE, which takes a similar approach to exploring the mechanics of DNA regulation in key livestock species. “We can identify 70 to 90 percent (or more) of the DNA coding elements in animal genomes, but we don’t know much at all about the non-coding elements,” says ARS National Program Leader Jeffrey Silverstein, who is helping to organize the AgENCODE effort. “We think many of these non-coding segments regulate gene activity, and we need to understand how these segments affect the expression of an animal’s physical traits, which is very important in breeding.”

There’s a lot of buzz right now about honey bees—their health and their future.

The good news, where honey bees are concerned, is that there is good news.  Just last month, the results of the annual winter bee loss survey were released, and losses of managed honey bee colonies from all causes were 23.2 percent for the past winter—a significant drop from the 30.5 percent loss reported for the winter of 2012-13.

But the really good news is that when it comes to pollination, honey bees aren’t the only game in town.

The modern Foreign Service is celebrating its 90^th anniversary this year, as is the American Foreign Service Association. In 1924, President Calvin Coolidge signed the Foreign Service Act into law, combining the United States diplomatic and consular services to create the United States Foreign Service. By that time, the U.S. Department of Agriculture had already been posting employees overseas for 42 years.

Thanks to President Coolidge’s curiosity, we possess a rare snapshot of USDA international activities in 1924. On December 22 of that year, Coolidge, in his characteristically laconic style, sent a one-line letter to Secretary of Agriculture Howard Gore: “I shall appreciate it if you will send me as soon as possible a list of the representatives the Department may have abroad, their posts and just what they are doing.”  Surviving copies of urgent correspondence in the National Archives in College Park testify to the flurry of activity that ensued over the next two weeks as a data call went out to all USDA field offices.

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 the USDA’s rich science and research portfolio.

What’s in the food we eat? Have you ever wondered if the foods past generations ate as children were more nutritious than the foods you now eat, or vice versa? Well, let’s take a look at the amount of nutrients available in foods for over 100 years!

The Nutrient Content of the U.S. Food Supply is a historical data series beginning with 1909, on the amounts of nutrients available in the food supply for consumption (not nutrients consumed), on a per capita per day basis, as well as percentage contributions of nutrients by major food groups. The series provides data for food calories and the calorie-yielding nutrients which are protein, carbohydrate, and fat (total, saturated, monounsaturated, polyunsaturated, and individual fatty acids); cholesterol; dietary fiber; 10 vitamins; and 9 minerals. Food supply nutrients are closely linked to food and nutrition policy, with prominence in areas related to nutrition monitoring, Federal dietary guidance, fortification policy, and food marketing strategies.