Farmers in China, Uganda move to high-yielding, cost-saving perennial rice
URBANA, Ill. – After more than 9,000 years in cultivation, annual paddy rice is now available as a long-lived perennial. The advancement means farmers can plant just once and reap up to eight harvests without sacrificing yield, an important step change relative to “ratooning,” or cutting back annual rice to obtain second, weaker harvest.
3,300 hidden fungi coat soybean plants: New research explains significance
URBANA, Ill. – Septoria brown spot may be the common cold of soybean diseases, but that doesn’t mean it’s entirely benign. The ubiquitous fungal disease can cause 10 to 27% yield loss, according to University of Illinois research. For many farmers, the obvious response is to fight back with fungicide, but a new U of I study shows Septoria can actually increase after fungicide application.
ASC wins grant to quantify phosphorus leaching from stream bank erosion
A team of Agroecosystem Sustainability Center (ASC) scientists, including faculty from the Department of Natural Resources and Environmental Sciences and the Department of Crop Sciences, was awarded a grant from the Illinois Nutrient Research and Education Council to quantify streambank erosion across the state and its contributions to phosphorus loading of surface waters.
Best way to estimate costs for invasive plant removal? Get out and dig
URBANA, Ill. – Plants are designed to travel. They might not stand up and walk, but many plants produce seeds or other bits that can be carried long distances by wind or animals and start growing. While that might be great news for the plant, escapes like these can disrupt natural ecosystems and be costly to remove.
But just how costly?
What keeps plant roots growing toward gravity? Study identifies four genes
URBANA, Ill. – What happens belowground in a corn field is easy to overlook, but corn root architecture can play an important role in water and nutrient acquisition, affecting drought tolerance, water use efficiency, and sustainability. If breeders could encourage corn roots to grow down at a steeper angle, the crop could potentially access important resources deeper in the soil.
RIPE researchers prove bioengineering better photosynthesis increases yields in food crops for the first time ever
CHAMPAIGN, Ill. — For the first time, RIPE researchers have proven that multigene bioengineering of photosynthesis increases the yield of a major food crop in field trials. After more than a decade of working toward this goal, a collaborative team led by the University of Illinois has transgenically altered soybean plants to increase the efficiency of photosynthesis, resulting in greater yields without loss of quality.
New U of I open house event introduces families to today’s agriculture
University of Illinois, but now there’s another reason to head south of campus Oct. 2. Kids and families are invited to the first-ever Crop Sciences Harvest Open House to explore all things agriculture.
Tomatoes, but not farm workers, gardeners, safe from soil lead
URBANA, Ill. – Urban agriculture is booming, but there’s often a hidden danger lurking in city soils: lead. A recent University of Illinois study showed universally elevated lead levels in soils across Chicago, an urban ag hotspot.
Events keep rolling through August during U of I’s Agronomy Days
URBANA, Ill. – For sixty-odd years, the University of Illinois held a single Agronomy Day at the end of August, inviting farmers and ag industry stakeholders to learn the latest advancements directly from researchers. The pandemic and other forces inspired a change this year, and today Agronomy Days events stretch across the entire season. In August, three events stand out.
Illinois project takes on quantitative disease resistance in corn
URBANA, Ill. – Like the virus that causes COVID-19, pathogens that attack crops change constantly to evade host immunity, or disease resistance in plant parlance. Sometimes, a single gene makes the difference between a resistant crop and one that’s susceptible. In those cases, the gene typically blocks the pathogen for a while, until the microbe makes a change.