In line with its vision of delivering yield to farmers sustainably, Monsanto Company announced it reached an agreement to purchase planting technology developer Precision Planting, Inc., a proven leader in improving yields through on-farm planting performance.
The Precision Planting team will become part of Monsanto’s Integrated Farming Systems unit, which utilizes advanced agronomic practices, seed genetics and innovative on-farm technology to deliver optimal yield to farmers while using fewer resources. Precision Planting has a long history of innovations that optimize planter performance and increase yield potential, including the new FieldView™ technology, which offers an application designed to monitor all critical aspects of planter performance and crop data analysis. That will complement Monsanto’s planned Integrated Farming Systems offering of science-based agronomic seed prescriptions combined with next-generation precision equipment to help farmers boost yields and reduce risk.
The Precision Planting operations will remain in Tremont and all Precision employees will be offered their continued jobs in Tremont. Monsanto agreed to pay $210 million for the business, plus a performance-based payment of up to $40 million.
The transaction is subject to customary closing conditions and is expected to close this summer.


To integrate water management into its expanding precision farming portfolio, Ag Leader has acquired 

Dr. Lowell Catlett, New Mexico State University economist and futurist, has been looking into the agricultural crystal ball for nearly 30 years. I remember seeing him speak back when Timbuk3 had their one-hit wonder
One thing that makes him so entertaining is his facial expressions – that’s why I wanted to use several photos here. He makes his points without the aid of power points – he certainly doesn’t need them!
Lowell also talked about how smart phones are helping farmers. “You’ve got the ability to take that mobile technology and do plant diagnostics with it,” he said. In the future, he sees the use of open source hardware (not just software) and 3D assembly that could allow manufacturing to actually be done on site with local materials, like building tractors on farms in developing nations.
The service was launched in the fall of 2010 to bring subscription-based Real Time Kinematic positioning and wireless Internet access to the state of Illinois. That has been more than accomplished with coverage throughout the entire state and base stations being added almost daily in other states from Iowa to Idaho and Kansas to Mississippi.
“It would be fair to say the number of people that are participating has exceeded early expectations,” says
It is hard to believe that the
The
Many farmers rely on GPS for precision agriculture. This includes using GPS for accurate mapping of field boundaries, roads and irrigation systems; for precision planting; and for targeting the application of fertilizer and chemicals that combat weeds and crop diseases. GPS also allows farmers to work in their fields despite low-visibility conditions such as rain, dust, fog and darkness.


It’s always great to see farm broadcasters as featured speakers at events, so it was fun to see our good friend Dale Minyo with the
The luncheon where Dale spoke was on the Mavis Farm near Edgerton, Ohio. The corn and soybean operation is a fourth generation farm owned by Gary Mavis (pictured) and his wife Pat with son Scott and his wife Jenny. Gary says they follow a corn-soybean rotation on nearly 3,000 acres and divide each field into different yield zones. “We started yield mapping back in ’95 and after a few years of collecting data was able to established yield zones that we felt comfortable with,” he said. “Now we’re applying fertilizer based on those yield zones and we’re varying the rate as we go across the field it might varying 150-200 pounds depending on what the soil test has showed.”


I have now moved from Nebraska to Illinois for the 2011 InfoAg Conference. This is all about precision agriculture so most of our coverage will be found on 
