There are a wide range of important reasons why rural America needs passage of a comprehensive, multiyear Food, Farm and Jobs Bill as soon as possible. One of the most pressing is to grow the rural economy in a way that creates new jobs and reverses the troubling decline in population that we’ve seen recently in America’s small towns.
This week, USDA’s Economic Research Service released its annual report on the economic condition of rural America – the 2013 Rural America at a Glance report. The data in this report underscores the challenges of stagnant job growth and persistent poverty faced by many communities across rural America. Read more »
The U.S. Department of Agriculture has published a notice in the Federal Register asking the public to comment on how agricultural coexistence in the United States can be strengthened. Comments are due by January 3, 2014.
U.S. farmers in the 21st Century engage in many forms of agriculture, including conventional, organic, identity-preserved, and genetically engineered (GE) crop production. USDA is unequivocal in its supports for all these forms of agriculture. We need all of them to meet our country’s collective needs for food security, energy production, carbon offsets and the economic sustainability of rural communities. Our goal is to promote the coexistence of all these approaches through cooperation and science-based stewardship practices. Read more »
Stanley Lee has put more efficient light bulbs in his chicken houses and made other updates that lower his carbon footprint.
It can take a lot of energy to raise chickens as farmers have to control the temperature and lighting in houses, meaning high costs and high energy use.
But with help from USDA’s Natural Resources Conservation Service, poultry producers can cut their costs while conserving energy.
One Benton County, Ark. producer is cutting his gas and electric bills while decreasing greenhouse gas emissions. Stanley Lee did this by installing radiant heaters, light-emitting diode light bulbs, or LEDs, and attic insulation in his six chicken houses that shelter 890,000 chickens each year. Read more »
Banks of light-emitting diodes (LED) illuminate plants in greenhouses. Purdue University researchers discovered that LEDs can provide a more beneficial light spectrum to greenhouse plants than conventional lighting while using 75 percent less electricity. Courtesy of Celina Gomez.
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.
For about 2,000 years – since Roman emperor Tiberius demanded fresh cucumbers for lunch year ‘round – farmers have been looking for better ways to extend the growing season. Now, a team of researchers led by Purdue University has found a way to grow more produce and save money doing it.
Greenhouses and other structures protect crops from harsh environmental conditions. Over the last 50 years or so, some growers have added artificial lighting to compensate for shorter winter days or when conditions are cloudy. However, the problem with most lighting systems is that they are relatively costly to install and do not provide the light spectrum that is most efficient for photosynthesis in plants. Read more »
This week, the U.S. Department of Agriculture announced more than 630 new projects across the country under the Rural Energy for America Program (REAP). These new projects will help producers and businesses boost their bottom line, while increasing America’s energy security and protecting our environment.
Energy efficiency programs are a key part of the President’s overall plan to mitigate the impacts of a changing climate, while building our renewable energy capacity to support an all-of-the-above approach to America’s energy future.
Under the Obama Administration, USDA has used this program to support more than 7,000 energy efficiency projects. Many of these provided assistance on small and medium-sized farm and ranches, or in rural businesses. Read more »
USDA has published a study examining states’ adoption rates of distributed generation for solar and wind energy on U.S. farms. The results show that states with higher energy prices, more organic acres per farm, and more Internet connectivity adopt renewable electricity at higher rates. For solar systems, full-farm ownership and solar resources were also significant factors. Renewable Portfolio Standards (RPS) targets were found to increase state level renewable electricity adoption at the distributed-generation scale while electric cooperative prevalence in the state was found to have a negative relationship to renewable electricity adoption share. Read more »