Opening of the 2010 Commodity Classic

Cindy ZimmermanCommodity Classic, General, John Deere, Video

The opening of the trade show is the real “official” start to the Commodity Classic. The exhibit hall is filled with the latest and the greatest technology and machinery for growers of corn, soybeans, wheat and sorghum. According to the official attendance figures, there are 4175 attendees at Classic this year, 1338 of them are growers. This is the 15th annual Commodity Classic, which started as the combined meeting of the corn and soybean growers, but in recent years has grown to add wheat and sorghum grower organizations as well. It’s an event that can benefits a grower’s farm operation and profitability for years to come.

Take a look and a listen to the official kick off and ribbon cutting for the 2010 Commodity Classic, with coverage on Precision.AgWired.com sponsored by John Deere.

Commodity Classic Photo Album

John Deere Unveils Chip Foose Designed 4020 Tractor

Chuck ZimmermanAudio, Commodity Classic, John Deere, Video

John Deere Chip Foose 4020I am attending Commodity Classic courtesy of John Deere. This is the combined meetings of the National Corn Growers Association, American Soybean Association, National Association of Wheat Growers and National Sorghum Producers.

John Deere took the opportunity to unveil a very unique tractor designed by Chip Foose. It’s a 1970 John Deere 4020. The tractor will be given away to one winner as part of the John Deere Big Buck Promotion. You may find rules to enter on the John Deere website.

The uniquely designed machine, which the Foose team has been working on since last November, will tour much of the country as part of the Drive Green Tractor Experience Tour immediately following the trade show.

The John Deere 4020 was one of the first six-cylinder tractors available to farmers in the 1960s and helped revolutionize farming in the 1960s and ‘70s, allowing operators to cover more acres and be more productive. There were more than 170,000 of these classic John Deere tractors – called the New Generation of Power – manufactured in Waterloo, Iowa, between 1963 and 1972.

John Deere Chip Foose 4020Steve Geick, tactical marketing manager for John Deere, says the John Deere 4020 is one of the most widely used and recognized tractor models ever produced, which made it the perfect tractor for this project. “We wanted a well-known and creative auto designer to work on a John Deere classic and then share this customized tractor with people across the country,” Geick explains. “We couldn’t be more proud to have Chip and his team take our most popular tractor and create something unique and exciting with it.”

Chip Foose adds, “I’ve looked at tractors for years and always thought they’re narrow, they look almost like a dry lakes car or even some of the old Indy cars, so that’s the direction I took; I wanted some of that racing feel to the tractor. And with the turf tires in the back and the three-ribbed tires in the front, it carries that theme all the way through from the tires to the sheet metal work to the paint job … but it’s still a John Deere.”

I interviewed Chip right after the unveiling. He talks about how he got into automobile design and this project in particular. You can listen to that interview below. I also shot the unveiling so you can watch it as well.

Commodity Classic Photo Album

Certified Training For SMS Advanced Software

Kurt LawtonAerial Imagery, Ag Leader, Insights Weekly, Satellite, Software

Insights WeeklySuperior precision farming software is crucial in order to help growers maximize in-field efficiencies. Ag Leader Technology not only delivers excellent SMS Basic training for growers, it now offers a three-day Certified Training course for its SMS Advanced software users who want to go beyond the one-day training.

SMS Advanced software is geared toward crop consultants, agronomists or other co-op personnel, precision ag managers, GIS mapping specialists and other service providers who provide precision farming services to growers. “We’ve been providing software and one-day general training since the late 1990s. But this past year we expanded to an in-depth three-day training course for advanced users,” says Michael Vos, SMS Sales Manager for Ag Leader.

“New and existing SMS Advanced software customers wanted an in-depth level of training, so we created a Certified Training program, which includes 15 to 22 CCA credits. We offer an excellent trainer to student ratio, as we normally have two trainers and 8 students, in our new state-of-the-art Ag Leader Academy computer lab,” he says.

The three days are tailored to exactly what the individuals want to learn. “We make lists of topics and details that are desired so users get the exact training to fit their business model. Some of the popular topics requested include: how to write equations for prescriptions, how to use aerial imagery and read it to make fertilizer use and crop scouting decisions, how to build a customer soil fertility booklet and creating soil management zones from aerial imagery and numerous years of yield data,” Vos says.

Every attendee receives a special certified manual with screen shot by screen shot steps for the software program. And within the book there are explanations why each tool is used, along with definitions and real world scenarios on how each tool is used.

“It’s definitely a complex tool, and when users see all the potential benefits of the software, they want to learn how to use it to the fullest extent,” he says.

Check out upcoming SMS Training Sessions…

Time Savings With Precision Farming Equipment

Kurt LawtonAg Leader, Conservation, Farmers, Guidance, Harvesting, Insights Weekly, Planting, Spraying

Insights WeeklyWe like to write weekly about how growers and how company technology makes precision agriculture pay. Part of making these tools pay almost always includes time savings—which isn’t always as black and white as input dollars saved.

Today I spoke with Hannibal, Mo., grower Mark Lehenbauer about his first decade with precision farming tools on their corn-soybean operation. Mark, who farms with his dad Ronald, has always been interested in the latest technology, and bought their first yield monitor in 2000, the year he graduated from college.

“At first, we tracked yield data, and it was a big learning curve on using it the way we should. The first efficiency we saw was yield loss due to weeds, so we switched to a two-pass application—which led to the purchase of a Hagie sprayer to cut our custom application costs.”

The biggest time saver came two years ago when they invested in auto steer. “Aside from the efficiencies we gained when spraying with Ag Leader’s DirectCommand AutoSwath boom control, we gained time savings and it reduced operator fatigue,” he says.

“Before auto steer, you would become just exhausted by mid-afternoon when spraying corn because you were focusing so intensely on the rows. With auto steer, it allows us to run an extra hour or two because all we do now is turn around, push the button and go.”

Lehenbauer says auto steer saves time during planting as well. “When you’re not exhausted at the end of the day, you can still run later and plant an extra 20 to 30 acres—which really adds up when you can shorten your planting window,” he says.

Analyzing data every winter has also turned into another time saver, too. “We use Ag Leader’s SMS software, and we look at numerous year’s data for hybrids and varieties in different tillage environments. It has truly helped us reduce tillage, saving time with more no-till. And the data has helped us realize the true value of no-till fields. Those fields have saved us time during harvest, because we can get into no-till fields quicker after a rain without leaving the ruts that often occur in our reduced tillage fields. Without ruts, we don’t have to do as much fall or spring tillage,” he says.

Lehenbauer also uses the data to write his own prescription maps, based off of university recommendations. “The data helps us find greater efficiencies on a field-by-field basis, comparing fuel usage and time spent in fields, even examining varieties than can take longer to harvest if there’s issues with green stem.

“It’s the little things we’ve done over the years that have added up to a lot of time and efficiency savings. You start figuring out acres by the hours you’ve saved and multiply that by your planting or harvest window—it really adds up to much greater efficiency,” Lehenbauer says.

Boomer 8N Has Old Look but New Tech

Cindy ZimmermanEquipment, National Farm Machinery Show, New Holland

The New Holland Boomer 8N made its debut at the National Farm Machinery Show last year – but it was just as popular with young and old alike at this year’s show.

The Boomer 8N is a updated remake of the classic Ford 8N tractor, part of New Holland’s heritage. I talked about the Boomer’s first year with New Holland’s John Hundley. “The history of this project was basically a fusion between the old styling of the Ford 8N with new technology of today,” John said. Many of this first year’s sales have been to collectors or people who have fond memories of the legendary Ford 8N growing up on a farm in the 40s and 50s. “We have some people who are buying this tractor and parking it because they don’t want to use it, but this is a workhorse and we do have people buying it and running it in the field everyday.”

John says lots of people have stories to tell about the old classic tractor – and some have great stories about their new Boomer 8N. You can find out more on one of the Boomer 8N websites – myboomer.com features real people and real stories about Boomer tractors, and www.8N.com has information about the history and design of the tractor.

Listen to my interview with John about the Boomer 8N here:

Wireless Soil Monitors for Precision Irrigation

Kurt LawtonCompany Announcement, Conservation, Irrigation, Remote sensing, sustainability, weather

Water use efficiency is vital for agriculture as our global population continues to grow. To help growers minimize water use while maintaining crop yields, Cermetek offers the new AquaMon Wireless Soil Monitoring Network.

AquaMon allows active monitoring of the soil. Knowledge of soil conditions is essential to achieve high crop yield with less water.  Maintaining the optimal level of moisture in the ground permits crops to flourish.  Doing so with the minimum amount of water requires real-time data on soil conditions. An AquaMon sensor node can support up to six sensors of any variety including soil moisture content, soil temperature, air temperature, humidity, pH sensors, and nitrate sensors.

In addition to monitoring soil conditions digitally controlled outputs can activate external equipment such as flow valves or nutrient injection equipment.  Much as electronic fuel injection permits automobile engines to increase power while reducing fuel consumption and emissions; real-time soil monitoring allows water conservation without impacting crop yield.

The data generated by AquaMon can be viewed in two ways, locally or on-line.  Cermetek created Remote Sensor Viewing Platform (RSVP) software to allow the irrigation decision maker to load the field data on his computer and easily view the data patterns.  The data can also be uploaded onto our server and be viewed in the same format using a standard browser.  Storing the data on-line allows the data to be viewed from anywhere with Internet access and even allows multiple authorized users to view the same data.

AquaMon is expected to be available this spring.  The cost of a single sensor node is expected to start at $300 plus the cost of the sensors.  Cermetek is actively recruiting Irrigation dealers to resell the AquaMon product line.

Research: Machine-Vision Guided Cultivation

Kurt LawtonEquipment, GPS, Guidance, sustainability, Tillage, Weed control

Machine-vision cultivation is a commercial reality for vegetable growers, but is it improving integrated weed management in these crops? University of California-Davis research results, that appeared recently in Weed Technology, showed machines gained the upper hand over hand-weeding and cultivation of broccoli and lettuce during times of rainy weather.

Hand-harvested crops such as broccoli and lettuce are easily threatened by weeds. Uncontrolled weeds can result in lower yields, reduced quality, and decreased harvest efficiency.

The job of cultivating between delicate rows of vegetable plants can be done more precisely and faster with machine guidance. A computer processes 25 digital photos of a crop row to determine the centerline.Previous studies have shown higher rates of error in human-guided cultivation.

The current study timed how long it takes a laborer to hand-pick weeds versus machine cultivation. It also tested whether smaller amounts of herbicide or none at all could be applied to the crop with the use of machine cultivation. Reducing the use of herbicides would have economic and environmental benefits.

The many variables at play produced mixed results. Herbicides proved the most effective method against weeds. But with the heaviest use of herbicide tested, the lettuce yield was not improved—the herbicide also affected the crop’s growth. In rainy weather, when both hand weeding and machine weeding are difficult, herbicides again provided the best weed deterrent. In dryer seasons, machine cultivation was more effective than hand weeding.

In California and Arizona, lettuce and broccoli are grown year-round, and cultivation is an important part of the process. More accurate and timely cultivation may be the greatest benefit that machine-guided cultivation has to offer.

Weed Technology journal is a publication of the Weed Science Society of America. To learn more about the society, please visit: http://www.wssa.net/

Blue Power at NFMS

Cindy ZimmermanAudio, National Farm Machinery Show, New Holland

Green farm equipment apparel has gone pretty mainstream in the past several years, but if you see someone sporting a New Holland blue shirt or cap, you can be fairly certain they are a real farmer.

I talked with Glenn Brumley who was staffing the New Holland toys and merchandise display at the National Farm Machinery Show about some of the popular items at the big show. “Each year we have a special feature and this year it happens to be a combine in commemoration of the 35th anniversary of our twin rotor combine,” Glenn said. “So that’s been a popular item since every body likes to have something that’s dated from each farm show season.”

Glenn says the dated toys are always big sellers for collectors, but the kids like them, too! The little guy in the photo got a special deal on last year’s featured item. You can find some New Holland merchandise here on-line.

Listen to my interview with Glenn here:

Precision Agriculture Future is Here

Kurt LawtonEducation, GPS, Guidance, Planting, Remote sensing, Satellite, sustainability

Precision farming has come a long way since the military allowed civilian access to the NAVSTAR GPS constellation in 1995. We’ve gone from initial accuracies of tens of meters down to a couple centimeters. And now we’ve got receivers handling multiple satellite constellations, referred to as GNSS (Global Navigation Satellite System).

Topcon Precision Agriculture’s senior VP Albert Zahalka gave a talk recently about how the future of precision ag is here today, and the journey is just beginning. Some of the key points he made:

  • Receivers with GNSS technology will have fewer lost signals.
  • Today’s precision ag is about three key elements: saving time, reducing costs, and environmental stewardship.
  • Future: Massive user interface improvements will make operation simple without the need for a manual.
  • Future: Expanded telematics will allow users to remotely monitor critical operating conditions and status of machines whether in a field 5 minutes away or across the globe. You’ll be able to manage your farm from inside your home.
  • Future: Autonomous machine operation, already at work in the mining industry, will come to agriculture. Coming safety measures will allow for autonomous driverless machines to work in fields.

In the future, farmers will be increasingly reliant on accurate, dependable statistical information, which will then feed into integrated precision agriculture systems to deliver outstanding productivity and crop yields.

In the not-too-distant future, we’ll have a farmer sitting in his farmhouse, looking at his computer and saying to his wife, “Marge, we are going to do the planting today.”

Then he will press the “planting” button and his tractor (or tractors) will come out of the shed, head off to the fields and begin planting the right seed in the right location, in the right quantities for optimum growth, all with minimal human intervention.

And if there’s a problem or a machine breakdown, the farmer will be instantly alerted.

And as those crops grow and mature, we’ll have sprayers and watering equipment driving along in the farm field. It will see that one plant is not as green or thriving as well as the next, so it will apply a shot of water or nutrient as required.

That vision is still a little way into the future – but it is clearly the direction precision agriculture technology is going.

Read the entire speech.

Bread from Precision Agriculture by EarthGrains

Kurt LawtonCompany Announcement, Education, Farmers, Fertilizer, Industry News, Satellite, sustainability, wheat

Sara Lee is taking a unique approach to market its 100% Natural line of EarthGrain brand bread. They are promoting wheat, known as Eco-Grain, grown by precision farming growers who use variable rate fertilizer driven by satellite imagery. And they’re calling it a movement, “Helping to preserve the earth, one field at a time.”

Horizon Milling (a joint venture between Cargill and CHS) plays the supply chain role of preserving the identity of the wheat from farmer’s fields to the bakery.

You can even meet a farmer who talks about growing Eco-Grain, as well as learn how to become an Eco-Grain grower.

Anti-agriculture activists, and I include foodies who view family farmers as ‘factory farms’ should take note how Sara Lee defines organic and sustainable farming. This is taken from the EarthGrains Website…

While Eco-Grain wheat is not organically grown, the more sustainable farming methods used to grow it have some advantages over organic farming.

  • Organic farming requires about twice the acreage to produce the same amount of food, resulting in the destruction of undeveloped land.
  • Consumers pay a premium for organic grain, since it costs more to grow it.

Sustainable agriculture practices use less fertilizer, conserve land, help protect ground and surface water, and result in a high-yield, lower-cost crop.

Wow, a voice of reason. This is truly agriculture’s view of sustainable farming, and organic is not sustainable.

And here are location where you can buy these breads.