research

This year I have had the pleasure of visiting a number of urban agriculture operations. From California to Cleveland, the ability of individuals to realize the multidimensional benefits of agricultural production and leverage them in an urban context has been nothing short of amazing.

This past week I visited a University that is heavily involved in both the research and extension aspect of urban agriculture -- right in the backyard of the Department’s Washington, D.C. headquarters. The University of the District of Columbia’s (UDC) Muirkirk Agricultural Experimentation is located about 20 minutes north of the school’s D.C. campus. Upon arrival I found everything from activists passionate about learning how to best provide their neighbors with fresh produce, to researchers developing improved hydroponics systems; and even students working with community organizations on rice varieties suitable to be grown in urban areas.

On June 9, 2012, a lightning strike sparked a wildfire in the mountains west of Fort Collins, Colorado, burning into the Roosevelt National Forest. The High Park fire burned over 87,000 acres and remains the third largest fire in recorded Colorado history, with more than 250 homes destroyed.

Matt Champa, assistant prescribed fire specialist with the Canyon Lakes Ranger District of the Arapaho and Roosevelt National Forests, remembers clearly the two and a half weeks the High Park Fire burned. Matt was among the individuals actively working on the ground to suppress and contain the fire; at its height, more than 2,000 people were involved in the suppression effort.

As an ecosystem ecologist working for the U.S. Department of Agriculture, pollinators are near and dear to me.  Not only are they vital to agricultural production, providing billions of dollars in pollination services for the fruits, nuts and vegetables that contribute to a healthy diet, they are also important members of natural ecosystems, pollinating the plants that many other organisms rely on for food and habitat. Yet pollinators have been having a rocky time, lately. Beekeepers have struggled to maintain their honey bee colonies, the primary pollinators for our crops in the United States. They are managing a suite of simultaneous and interacting stressors to bee health, including severe weather episodes, inadequate nutrition, exposure to pesticides, and numerous damaging pests and diseases. Native pollinators also seem to be struggling with some of these same stressors, as well as land use change and habitat loss. Because of the incredible diversity of native pollinators, we know much less about their individual populations and the factors affecting their health.

The U.S. Geological Survey estimates that several million earthquakes occur in the world each year. Some, such as the devastating earthquake in Nepal and the series of earthquakes that destroyed infrastructure, homes and communities in Christchurch, New Zealand in 2011, capture global attention.

After natural disasters such as these, rebuilding a city needs to be efficient and cost-effective, with an eye towards resilience in the face of future disasters. Engineered wood building systems like glulam and cross laminated timber, also known as CLT, are well suited to meet these needs as they are often prefabricated offsite and can be quickly installed. That helps communities bounce back from disaster in a shorter time frame while minimizing waste. Furthermore, just as trees flex in high winds, timber structures flex in earthquakes, placing wood construction systems at the forefront of seismic design for resilience.

Just like America, Europe is trying to address the challenge of how to feed the 9 billion people who will populate the world by the year 2050. In fact, the theme of ExpoMilano2015 – the world’s fair being held in Milan, Italy, this year – is “Feeding the Planet, Energy for Life.” On May 1, the European Union kicked off the Expo with a series of meetings, lectures and discussions surrounding that theme, and I was invited to take part.

The agricultural sector in the EU must produce food for more than 500 million consumers. At the meeting I attended, discussion focused largely on what research priorities should be established to inform the EU’s centralized agricultural policy, specifically on how to achieve three goals:

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.

A taste of Brazilian culture is presenting a favorable research environment for USDA’s Agricultural Research Service (ARS) chemist Atanu Biswas, who just returned from one of three trips he will be taking to Fortaleza, Brazil.

Biswas was awarded the “Science without Borders” fellowship, sponsored by the Brazilian government’s National Council for Scientific and Technological Development (CNPq), to lead a collaborative research team investigating new food packaging based on natural biodegradable plastics. He is the first ARS scientist selected to participate in the competitive program.

Production research is critical for the success of plants for a number of reasons. The resulting data helps growers adjust to the needs of the plant environment and develop best practices to efficiently use water and energy, mitigate pest damage, minimize diseases, and improve productivity. The California Walnut Board, which funds production research across an entire spectrum of walnut needs, has used production research to increase the number of delicious, flavorful walnuts available on our tables.

The California Walnut Board operates under the authority of a federal marketing order, which is overseen by the USDA’s Agricultural Marketing Service (AMS) via its Marketing Order and Agreement Division (MOAD).  Federal marketing orders and agreements are requested for and funded by various groups in the U.S. produce industry to help growers and handlers within a geographic region to overcome marketing barriers and increase awareness of the commodity.

During a walk along tree-shading sidewalks in the “burbs”; you’re accustomed to seeing games of hopscotch, bike rides, and maybe even the occasional Golden Retriever. However, one residential backyard, nearly 6 miles from downtown Atlanta, calls into question whether this is suburbia at all. There were swings, a tree house, and even patio furniture. Yet one feature certified this was not your mother’s suburban home: over a dozen chickens living comfortably in a custom made “Coop de Ville.”   

The rise of “backyard poultry” is one of many agricultural phenomena tied to a growing food consciousness and increased urbanization. And while USDA’s fundamental job doesn’t change, the Department does because the challenges do.  The recent cases of Highly Pathogenic Avian Influenza (HPAI) at increasingly popular backyard chicken coops underscore this. While this concern was not clearly expressed in the 1862 Act of Congress that created the Department, the mandate was. USDA still works to “acquire and to diffuse…information” towards facilitating the protected growth of American agriculture. That service is what brought Research, Education, and Economics Undersecretary Dr. Catherine Woteki to this residence in Decatur, GA. Accompanied by Animal and Plant Health Inspection Service officials and a man known best as the “Chicken Whisperer,” Dr. Woteki toured the site and helped to shed light on current HPAI research and important biosafety measures.

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.

April 7 is World Health Day and food safety is the primary focus—and with good reason.  The Centers for Disease Control and Prevention (CDC) estimate that, in the United States alone, every year there are 48 million foodborne illnesses and 3,000 deaths from unsafe food.

Most of these illnesses are the result of bacteria, such as Salmonella, that finds its way into various types of food.  About half of all microbial foodborne illnesses are associated with animal foods, and about half from produce.  CDC reports that most illnesses come from leafy greens, which could be contaminated on the farm, during processing, at retail or in the home. Chemicals, such as mercury in fish or mycotoxins from molds are also a concern.

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.

When we think about space missions, we tend to look toward the stars to planets like Mars where robotic rovers roam, gathering data and sending it back to Earth. Rarely do we think about missions closer to home. But a view of Earth from 426 miles above is helping us monitor droughts, predict floods, improve weather forecasts and assist with crop productivity.

This year, the National Aeronautics and Space Administration (NASA) launched a new satellite called SMAP (Soil Moisture Active-Passive) with the help of a team that included U.S. Department of Agriculture (USDA) hydrologist Susan Moran at the Agricultural Research Service’s (ARS) Southwest Watershed Research Laboratory in Tucson, Arizona, and physical scientist Wade Crow and hydrologist Thomas Jackson at ARS’s Hydrology and Remote Sensing Laboratory in Beltsville, Maryland.