Kansas City Star Spotlights Precision Agriculture

Cindy ZimmermanGeneral, GPS

Even right here in the very heart of America’s heartland people are still amazed that farmers are so technologically advanced.

A great feature for the Kansas City Star spotlights precision farmers with an appropriate sense of awe. “The final frontier isn’t space, but the corn, soybean and wheat fields of the Midwest. Farmers across the heartland are using GPS-based precision agriculture to boost efficiency, increase yields and protect the environment.”

That includes tractors that drive themselves and tell when they need service, instantaneous wireless communications for marketing, and data management tools.

Someone who has not set foot on a farm in the past decade or so probably would be surprised at how high-tech farming has become. The change is similar to the way personal GPS devices have replaced road atlases for navigation. “If you know where you are going, GPS will direct you there,” said Barry Nelson, manager of media relations for John Deere at its marketing center in Lenexa. “Research shows that in the past, a farmer may have as much as a 10 percent overlap in field operations. By using a GPS system, a farmer can get to sub-inch accuracy and eliminate that overlap. This reduces the number of passes over the field, which saves fuel, makes better use of horsepower, and reduces the environmental footprint and operator fatigue.”

Nice article!

Obama Promises India “Evergreen” Revolution

Cindy ZimmermanInternational

On his trip to India, President Barack Obama promised that the U.S. will help that country’s agriculture continue to grow with advanced farm technology, research and other related expertise.

“Together, we can strengthen agriculture,” Obama said in his address to members of both houses of the Indian Parliament. “Cooperation between Indian and American researchers and scientists sparked the Green Revolution. Today, India is a leader in using technology to empower farmers, like those I met yesterday who get free updates on market and weather conditions on their cell phones. And the United States is a leader in agricultural productivity and research. Now, as farmers and rural areas face the effects of climate change and drought, we’ll work together to spark a second, more sustainable Evergreen Revolution.”

Obama added that the United States will also help India share agricultural achievement with Africa. “And this is an indication of India’s rise —- that we can now export hard-earned expertise to countries that see India as a model for agricultural development. It’s another powerful example of how American and Indian partnership can address an urgent global challenge.”

The president met with a group of rural Indian farmers during an agricultural expo in Mumbai, which exhibited products from a number of companies to bring new technology and opportunities to villages around the nation.

That Was Then…

Melissa SandfortAgricultural Anthropology

Then: My grandparents started out every morning by pulling their one-legged milking stool from the wall of the barn, then managed a balancing act with the stool and a bucket between their knees to catch the cow’s milk. One at a time, the cows would file into the barn, all three to five of them in the herd, to be milked by hand twice a day. It took about 10 to 15 minutes to milk each cow. They used the milk at home for their family, and leftovers to feed the hogs; they also used a crank-handle separator and sold the cream. That was then.

Now: Dairy producers utilize modern technology such as rotary milking parlors that offer a constant flow of cows and ease of operation. With some set-ups, producers can milk approximately 40 cows in the 17 minutes it takes for the carousel to make a complete rotation. Slow milking cows can be held in their stall and go around again. The carousel has variable speed control and can be reversed if needed. Then milk goes into a cooled bulk tank.

Rotary parlors are designed for herds larger than 1,000 cows, which goes to show that milking cows has come a long way since the milk bucket balancing act.

But there were some every day “advantages” back in the good ol’ days. For instance, once they learned the proper mouth-wide-open stance, farm cats used to enjoy the occasional drink of milk. I doubt they dare to get in the way of cows entering and exiting a rotary parlor.

Until our next history lesson…

Just What the Heck is ISO 11783 and Why Should I Care?

Kurt LawtonAg Leader, Displays, Insights Weekly, Standards, sustainability

Insights WeeklyIf you’re not a tech head, ISOBUS talk may just be a flyover term that causes one’s eyes to glaze over. In reality, it’s a great technology standard that is working toward having all electronics of all implement brands and colors speak the same language.

In brief, ISO 11783 is an international standard of ‘electronic language’ that is specific to farm equipment. If a piece of equipment is deemed ‘ISO 11783 compatible’ then it can share electronic signals seamlessly with other equipment that is compatible. All compatible equipment/implements will have the same ISO 11783 wiring harnesses and connectors. And a display unit that can control an ISO 11783 sprayer, planter, baler, combine or other implement is called a ‘virtual terminal’.

In a recent Ag Leader Precision Point blog post, the company describes how its INTEGRA is compatible with the ISO 11783 (ISOBUS) Virtual Terminal Standard:

“We’re excited to give growers the option to control additional implements with one tool by offering Virtual Terminal capability on the INTEGRA display,” says John Howard, Product Manager. “Virtual Terminal functionality enables the compliant implement’s user interface to be viewed and controlled on the INTEGRA display. The INTEGRA display has been specifically designed so users can easily toggle between the Virtual Terminal run screen and the advanced mapping, guidance, and control functionality supported on the INTEGRA run screen.”
Virtual Terminal capability allows the ISOBUS compliant implement’s functions to be controlled on the INTEGRA display. Additional capabilities include interface to ISO compliant blockage or seed tube monitoring systems, as well as operation of ISO compliant sprayers and spreaders.

“This is the first step by Ag Leader in providing support for the ISOBUS standard,” says Howard. “Advanced features, including prescription file variable rate application and AutoSwath control, will be supported by future development efforts.”

The bottom line—lower costs within the supply chain and with growers, improved diagnostics and improved functionality. You’ll only need to have one controller in a cab (if all your equipment is ISO compatible), as it will easily plug and unplug into your tractor, sprayer, combine—no matter what brand equipment you are running. Granted, equipment companies who desire to keep their own proprietary electronic communications won’t work in an ISOBUS system, so growers must plan accordingly.

Visit these links for more information.

INTEGRA http://www.agleader.com/products/integra/

Soil Test Service Tests SMS Mobile PC Software

Kurt LawtonAg Leader, Dealers, Insights Weekly, Software, Variable rate

Insights WeeklyThe advent of handheld computers with valuable ag software has been great to collect more in-field data whether it’s recording such things as pest/weed locations, soil sample locations and much more. But if you’re a constant user day after day, that tiny screen can get tough on the eyes.

That is exactly the challenge that John Gullidge and their 20 soil sample gathering crews faced—staring at those tiny screens as each four-wheeler maneuvers over 800 to 1,200 acres a day in the fall. “The rugged military-grade laptops like the Toughbook are much easier to see, we were just looking for a new mobile-type software to try that worked beyond the handheld,” he says.

Gullidge is computer systems manager for KSI Labs in Shelbyville, Ill., one of the largest volume soil sample labs in the U.S. “Since our technology need has outgrown our current hardware/software use, I asked Ag Leader in August 2009 at the Farm Progress Show if they could make their SMS Mobile work on a laptop. And sure enough, this fall we’ve got a crew using the SMS Mobile PC software.”

So far, he likes what he sees with the program. “We can see everything on a large screen; we no longer have to start sampling in the corner of a field; the GPS will automatically access a grower’s farm and field selection that is already loaded; we can easily import shape files from other software applications we get from dealers; we can add changes to fields at any time; it will count how many acres we have covered; we can stagger grid patterns, and much more,” Gullidge says.

Gullidge says so far he uses only the soil sampling capabilities of the SMS Mobile PC software. “I use other software too, but have been very impressed with Ag Leader as a company. Not only is their technical support very good, but they are very open and responsive to ideas and they move quickly with improvements, unlike some companies,” he adds.

Visit these links for more information.

SMS Mobile PC http://www.agleader.com/products/sms-mobile/

Video on SMS Mobile PC http://www.agleader.com/2010/07/19/sms-mobile-pc/

KSI Laboratories http://ksilab.com/

Toughbook Computers http://www.panasonic.com/business/toughbook/why-toughbook-reviews.asp?cm_mmc=PCSC_Toughbook-_-HomepagePromos-_-PageBottom-_-ToughbookReviews

Then Versus Now

Melissa SandfortAgricultural Anthropology

Each fall, we cruise past fields where combines are busy harvesting crops, averaging 200 bushels per acre at 6 mph with a 6- or 12-row corn head. We have augers and grain bins and yield monitors and so many numbers our computers, not our notepads, are full to the brim. Now let’s rewind about 80 years.

I have to preface this week’s walk by providing you with some background. My grandfather, now 88, has an entire semi trailer full of antiques behind his shop. He has purposefully and meticulously cleaned each and every piece and proudly displays them for anyone interested in learning a bit more about “how things used to be” on the farm. I myself find this very interesting.

So this past weekend, I held a little piece of farming history in my hand (literally) and wanted to share it with you. We came across a palm corn husking hook, which sparked my interest, so I converted grandpa into a hand model for the morning. As you can tell, these are hands that have seen a bit of hard work.

You see, back in the 1930s, you would hold the corn shank in your left hand and rake the hook across the husks, break the ear loose from the shank, and toss each ear into a wagon. Corn cobs would then go in the corn crib to dry. The average field size was 80 acres (or a quarter at 160 acres). If you were fast, you could pick 100 bushels a day…taking you about 75 days to harvest that 80-acre field. The job required a lot of hand labor and a simple year’s harvest would take the entire fall and winter.

Now go sit in your big green air-conditioned combine, turn on your satellite radio, and smile because that was then.

Until our next history lesson…

Farm Equipment Manufacturers at AG Connect Expo

Cindy ZimmermanAg Connect Expo

The Farm Equipment Manufacturers Association (FEMA) will be a key sponsor of the 2011 AG CONNECT Expo, the second international agricultural event of the Association of Equipment Manufacturers (AEM). FEMA, based in St. Louis, Missouri, represents primarily privately-owned, specialized manufacturers of agricultural equipment and also endorsed the inaugural AG CONNECT Expo, held in 2010.

AG CONNECT Expo is slated for January 8-10, 2011 at the Georgia World Congress Center in Atlanta, Georgia. The event is a world-class trade show, offering not only the latest innovations, products, services and technology and access to industry experts, but also quality learning and networking opportunities.

FEMA president John McCoy of Orthman Manufacturing in Lexington, Nebraska says they are “proud to be a key sponsor” of AG CONNECT Expo and pointed out that many shortliners are family-run companies. “Our companies create quality manufacturing jobs, playing a critical role in driving the economy in many rural communities. Inside the Innovation Square Pavilion at AG CONNECT, producers can see many of these innovative, regional manufacturers in one place. AG CONNECT Expo is the kind of business development opportunity our members can really benefit from by exhibiting their products and services,” McCoy said.

Executive vice president of the Farm Equipment Manufacturers Association, Vernon Schmidt, said, “Attendees at AG CONNECT Expo are eager to see the wide range of new products manufactured by our members. Innovation is an area where our members really shine. From the first moldboard plow to the latest in Global Positioning Systems (GPS), members of the Farm Equipment Manufacturers Association have a long history of bringing innovation to the market, providing choice and all at a price farmers and ranchers can afford.”

Martin Richenhagen, chairman, president and CEO, AGCO Corp. in Duluth, Georgia, and the 2011 AG CONNECT Expo Chairman, said, “We are very pleased to have the Farm Equipment Manufacturers Association play such an important role with AG CONNECT Expo. As a key sponsor, their leadership participates on the show’s management committee and provides important strategic direction for the show. With the support of the Farm Equipment Manufacturers Association, AG CONNECT Expo has even more value to offer agriculture producers coming to Atlanta in January of 2011.”

Discount registration for the 2011 AG Connect is still available on-line for a limited time – just $20 with discounted pricing on education sessions.

USDA Data Collection Goes Hi Tech

Cindy ZimmermanData Collection, USDA

Straight from the USDA Blog we find out that the National Agricultural Statistics Service (NASS) will begin using iPads to collect data in 2011. They have already been testing them in the field, as NASS interviewer Don Phillips is pictured here using an iPad for data collection for the September Agricultural Survey.

The National Agricultural Statistics Service (NASS), will take a technological leap forward in 2011 by using Apple’s new iPad as the data entry device to collect survey responses. This is an exciting step forward from the old pencil to paper method, still in use today. The iPad, coupled with NASS’s unique approach to computer assisted personal interviewing (CAPI), will revolutionize the NASS survey process and will open the door for future innovative opportunities.

To improve response rates and increase accuracy of survey results, NASS contracts field enumerators to make personal contact with selected survey participants. Historically, face to face interviews were conducted using paper questionnaires, but the diminishing cost of personal enumeration devices and the increased capabilities of broadband technology enabled NASS to explore data collection using iPads and personal Wi-Fi devices.

The iPad contributes significant benefits to the process. The size of the screen, the ability to select landscape or portrait mode and the fonts resizing option allow enumerators to control how much of a survey page they see at one time. The portability of the device is also an important asset. Producers are extremely busy and mobile and the iPad, weighing only 1.5 pounds, can be easily carried and used in corn fields, feedlots and back roads. The producer doesn’t even have to leave the tractor to answer the survey.

The iPad’s unique operating system allows NASS to maintain a high level of security on the device. Through the use of cloud computing technology, no data are stored on the device. If the device is broken, lost or stolen, data are not compromised.

Get Out and VOTE!

Cindy ZimmermanGeneral

voteHopefully everyone reading this will be wearing one of these “I Voted” stickers by the end of today – well, assuming your polling place has them. Mine didn’t this morning and I was quite disappointed. It’s kind of like getting ashes on Ash Wednesday – wearing it is a reminder to others of what day it is.

Much is being made about this year’s election, with many calling it one of the most significant in our lifetime. Fact is, every election year is significant. Voting is the single most important act we can perform as citizens of a free country.

Take advantage of it and VOTE – NOW!

Ag Drainage Mgmt Coalition Names Reetz Exec Director

Kurt LawtonAg Group, Company Announcement, Conservation, Irrigation, sustainability

The Agricultural Drainage Management Coalition (ADMC) has named Dr. Harold F. Reetz, Jr. its new executive director. ADMC is dedicated to educating farm, drainage, conservation, and regulatory groups about the latest drainage water management system technologies, which can help benefit crops and reduce nutrient enrichment of surface water. Its members include equipment manufacturers, drainage contractors, and state commodity associations. The coalition recently coordinated a three-year demonstration of controlled drainage management in Illinois, Indiana, Iowa, Minnesota and Ohio.

Reetz is an independent agronomy consultant based in Monticello, Ill., with long experience in research and education, from his role as an extension and research corn specialist at Purdue University to a 28-year post as a regional agronomist with the Potash and Phosphate Institute/International Plant Nutrition Institute. Reetz was one of the founders of the Certified Crop Adviser program, has served as first vice chair of the Conservation Technology Information Center, serves on the Executive Committee of the National Association of Conservation Districts, and is an active member of the American Society of Agronomy, the Crop Science Society of America and the Soil Science Society of America.

“We are delighted to have Harold in the role of ADMC’s executive director,” says ADMC president Charlie Schafer. “He brings a combination of research expertise and on-the-ground practicality that will help the coalition continue to help advance the understanding of drainage water management systems and communicate that knowledge to many audiences. Harold’s interest in high-yield cropping systems and precision agriculture also make an excellent tie-in with the next frontier in crop production and environmental protection – the management of agricultural drainage water.”

ADMC conducts training sessions and serves as a clearinghouse for information on drainage water management systems. The group’s web site, www.admcoalition.com, features cost-benefit analyses of drainage management systems, guidance on drainage regulations, and data from many of the 19 on-farm demonstrations conducted as part of the Midwest project.

Reetz says he is eager to help ADMC develop even more outreach and educational programs.

“Having grown up on a grain and dairy farm in east-central Illinois, I have known the value of a good drainage system all my life, and I am intrigued by the possibilities for managing those systems for better water efficiency for the crops and better control of water quality downstream,” he says.