feed the future

Most of us living in the United States are fortunate enough not to wonder where our next meal will come from. Yet across the globe, at least some time during the year, nearly 800 million people do. Not having access to stable and nutritious food sources – or food insecurity — negatively impacts people’s lives. Food security, on the other hand, means access by all people at all times to enough food for an active, healthy life.

USDA researchers tackle tough problems critical to American agriculture. Addressing how to nurture heathy soils, improve crop yields, or prevent livestock diseases, they carefully plan experiments and analyze data that can lead to better on-farm decisions and more productive practices. But even scientists can’t always predict how far their work will eventually go. Recently, USDA researchers in Florida have seen their work take on unexpected relevance in Africa with the outbreak of an invasive crop pest.

The past eight years have been an extraordinary time for agricultural science, and for the application of new insights from other fields to enhance agricultural productivity and the overall agricultural economy. As the final days of this administration are approaching, it gives me a great deal of pride to look back at what USDA has accomplished in the areas of research and innovation.

Scientific research is a fundamental part of our mission at USDA. But, ultimately, what's behind all the science is people – people who do the research and people who are affected by it. As USDA's Chief Scientist and Under Secretary for Research, Education and Economics, I've met and worked with both as I've traveled across the country and around the world.

Issah Sugri of Ghana is helping his nation feed itself and improve its farmers’ efficiency thanks to a U.S. Department of Agriculture (USDA) program. The Norman E. Borlaug International Agricultural Science and Technology Fellowship Program, funded by USDA’s Foreign Agricultural Service (FAS), is a six to 12 week training program that pairs up-and-coming researchers from selected countries with mentors from a U.S. land-grant institution or government agency. Sugri, one of 36 FAS Borlaug Fellows in 2012, was assigned to the University of Florida with the specific goal of reducing post-harvest losses of tomatoes by better understanding climate-relevant, low-tech methods of extending shelf life of fresh fruits and vegetables.

When he returned to Ghana, Sugri put his fellowship training to immediate use. Collaborating with fellow researchers at the Council for Scientific and Industrial Research – Savannah Agricultural Research Institute (CSIR-SARI), based in Bawku, Ghana, he published fact sheets for local farmers describing optimal harvest and storage conditions. Sugri even included his mobile phone number so he could accept field questions and provide clarification.  He also worked with extension agents to train producers on post-harvest loss avoidance techniques and their economic benefits. At Sugri’s urging, SARI hired a dedicated food scientist to focus additional research on the topic.

As a young boy in eastern Kenya, Peter Mumo faced a life of poverty, hunger and illness. That is until he started receiving school meals at the age of nine through the USDA McGovern–Dole International Food for Education and Child Nutrition Program. After that, his life turned around. He started to gain weight, his health improved and he began doing well in school.

And now, at age 28, he is in Des Moines, Iowa, to take part in a six-week business and entrepreneurship training program hosted by Drake University as part of the Mandela Washington Fellowship. The Fellowship is the flagship program of the Obama Administration’s Young African Leaders Initiative that empowers young people through academic coursework, leadership training and networking.

2016 has been named “International Year of the Pulses” by the General Assembly of the United Nations (UN). The goal of the initiative is to educate consumers about the nutritional and other benefits of eating pulse crops, as well as to marshal the capabilities of agricultural research organizations around the world in developing new, improved varieties that will help further global food security and sustainable agriculture.

Pulses refer to the dry edible seed of certain leguminous plants—most notably dry beans (like kidney, pinto and navy beans), dry peas, lentils and chickpeas.

As a daughter of farmers, and as someone who has spent her career working on behalf of farmers, one of the things I care most deeply about is the future of agriculture –  both in the United States and around the world. That is why one of my highest priorities at USDA has been to help develop the next generation of farmers, ensuring that women, young people, and others have access to the programs and support they need to farm successfully. 

As Deputy Secretary, I’ve had the opportunity to travel to Africa, Central and South America. I’ve met many inspirational farmers from around the world, and while the languages we speak, the crops we grow, and the production methods we use may differ, one thing rings true in every conversation: we share the same passions and the same challenges in feeding a growing world population.

From record droughts in Kansas to deadly wildfires in California, the United States is feeling the effects of climate change. These same conditions have a dire impact across the developing world, especially for poor, rural smallholder farmers whose very lives are threatened every time the rains arrive late, the floods rush in, or the temperature soars.

By 2050, the world’s population is expected to reach nine billion people. Feeding them will require at least a 60 percent increase in agricultural production. There is no greater challenge to meeting this need than climate change. It poses a range of unprecedented threats to the livelihoods of the world’s most vulnerable people and to the very planet that sustains us. In order to ensure that hundreds of millions of people are not born into a debilitating cycle of under-nutrition and hunger, we must address the urgent threat that climate change poses.

Standing next to her healthy oxen, Grace Opono explains how new conservation techniques have doubled her maize yield over just two seasons. She is also earning a second income by providing tilling services to neighbors with her oxen. She tells me she can now afford to pay the school fees for her children and reinvest money in her land.  This story of achievement shows that USDA’s Food for Progress Program is making a difference.

On a recent trip to Uganda, I saw first-hand the difference USDA-funded projects are making in people’s lives. The Food for Progress Program, administered by USDA’s Foreign Agricultural Service, helps developing countries and emerging democracies introduce and expand free enterprise in the agricultural sector. U.S. agricultural commodities donated to recipient countries are sold on the local market and the proceeds are used to support agricultural, economic or infrastructure development programs administered by government agencies and private volunteer organizations (PVOs).

Recently, Agriculture Secretary Tom Vilsack opened the G-8 International Conference on Open Data for Agriculture here in Washington.  As head of the U.S. Delegation, the Secretary noted that “Data is quickly becoming one of the most important commodities in agriculture,” and encouraged the sharing of data to magnify its power. Hundreds of individuals attended from around the world and thousands more watched the event as it was streamed on the Internet. In this blog, Katherine Townsend, Special Assistant for Engagement at the United States Agency for International Development (USAID) gives an example of how open data can improve crop yield and help producers keep more of the income generated by their labor.