Space may not be the final frontier for Anna-Lisa Paul and Robert Ferl; they want to grow plants there. Because, who knows, we may one day try to live on Mars, and to survive, we’ll have to grow our own food.
Thus far, experiments by the two pioneering scientists have proven so successful that, earlier this month, NASA recognized their research with one of its three awards in the category of the Most Compelling Results. Paul and Ferl have been conducting plants-in-space research for 20 years. Read more
Drip irrigation systems have long helped Georgia vegetable farmers grow high yielding crops. Sub-surface drip irrigation can help some Georgia peanut farmers water their crops more efficiently, according to a University of Georgia Cooperative Extension expert. And, it won't interfere with peanut digging equipment.
It’s a piece of equipment that probably isn’t on many Midwest farmers’ radars at this time, but could eventually be a new tool against the growing herbicide-resistant weed problem, said a University of Illinois crop scientist.
Nitrogen management in corn is an important consideration for corn producers. With the rising costs of inputs and concerns of the overuse of fertilizers, now more than ever it is vital that growers maximize their bushels per acre with the least amount of inputs as possible.
It took decades of painstaking work, but research geneticist Ram Singh managed to cross a popular soybean variety (“Dwight” Glycine max) with a related wild perennial plant that grows like a weed in Australia, producing the first fertile soybean plants that are resistant to soybean rust, soybean cyst nematode and other pathogens of soy.
Our team has traveled all over the USA and across the globe, and noticed two strange things when it comes to pressure regulation: some growers will tell you that it’s the best way to save water and energy, while others will claim it’s nothing but a waste of time and money unless you have sloped fields.
Automatic section control (ASC) technology for planters has gained interest among growers because of its potential savings and other benefits. Automatic section control is also referred to as auto-swath or row clutches when talking about planters. As the name suggests, this technology improves planting efficiency by automatically turning OFF planter sections or individual rows in areas that have been previously planted (e.g., headlands or point rows) or areas designated as no-plant zones (e.g., grassed waterways, terraces, outside a field boundary). 
Washington State University researchers were awarded a $1 million federal grant to develop an intelligent bin management system supported by a robotic self-propelled fruit bin carrier in tree fruit orchards.