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Federated Co-ops News
Federated Co-ops, Inc. offers a wide range of agronomic services but near the top of that list each spring are custom services:
- traditional dryfertilizer and ag lime application,
- variable rate fertilizer and ag lime application,
- pesticide application, and
- top dress application with highboy spreaders.
Federated's highly trained professional applicators are among the best in the industry, but they need a few important pieces of information to do their jobs:
- Scheduling info - the earlier growers schedule application services, the better Federated can stay on top of demand.
- Well-mapped fields - either by growers themselves or through Federated using the Surety Mapping System - will ensure that applicators show up at the right fields with the right products, at the right time. A good map "tremendously reduces missed fields" and "eliminates questions about the correct fields," said Craig Peterson, Federated agronomist at the Ogilvie location.
- Identification and locations of special features adjacent to fields - anything that could be adversely affected by the products being applied: vegetable and flower gardens, organic farms, vineyards, beehives, etc.
- Information on what will follow application to help with timing and application windows.
And last, but certainly not least, Federated needs each grower's current (2017) signed Product Service Policy on file before products can be applied or delivered.
Talk to your Federated Agronomist with any questions about custom application, and call your nearby Federated location to schedule applications.
Why do we always tell growers to wait to plant until soil temperatures are 50 degrees and the extended forecast looks good (for 24-48 hours)?
Kevin Carlson, Federated's senior agronomist answered this question:
The first 24 to 48 hours after planting corn are extremely important to seedling health and for optimum stand establishment. Corn seed needs to take up roughly 30% of its weight in water prior to germination. Since the corn seed can take up water under that 50-degree mark, the potential problems start: If the soil is cold, the corn kernels take up cold water and begin to swell. If the conditions are too cold, the cell tissues become less elastic and may rupture during the swelling process.
Even if the cell tissue does not burst with the cold water, other chilling injury symptoms can occur including:
- stunting or death of the seminal root system,
- deformed elongation of the mesocotyl (corkscrew effect),
- delayed emergence,
- complete failure of emergence,
- leafing out underground.
The nearly guaranteed results of cold soil at planting are poor germination and a thin stand count. Once the soil temp reaches that 50-degree critical level, the above stated problems start to disappear.
Thus, the million-dollar question: Do you wait? Feel free to discuss the answer with your Federated Agronomist.
"Planting depth in corn is very important," said John Swanson, Federated Agronomist at the Ogilvie location. It's a given to adjust planters first thing in the spring, but "we really should be making adjustments [on the planters] as we change soil types or as planting conditions change," said Swanson, adding that "shallow placement of seed increases the risk of poor nodal root establishment."
He further explained: "The mesocotyl is the portion of the corn shoot below ground between the seed and the crown of the plant. The crown is the base of the corn plant from which the permanent roots grow. We need to be sure we plant deep enough or the roots develop too close to the surface and we can end up with what is known as rootless corn . . . the condition where the permanent or secondary roots do not grow from the crown."
The end result is a serious stand-ability issue because the necessary roots for proper support are missing. "This is why we say, said Swanson, "in corn it is better to error deep on your planting rather than shallow."
Swanson indicated that a planting depth of 2 in. is optimal for corn in most situations in east central Minnesota and western Wisconsin, but as shallow as 1.75 in. is acceptable on tight clay soils, or as deep as 2.25 in. on sandy soils.
Check planting depth regularly and make planter adjustments as conditions vary. Talk to your Federated Agronomist with any planting questions.
Pre-emerge herbicides on soybeans are gaining ground. Enlite®, from Dupont®, helps fight the battle against tough, glyphosate-resistant weeds and weeds that get too large, too fast, such as waterhemp, lambsquarter, and giant and common ragweed.
"While post-emerge herbicides remain standard, what used to be true only in corn has proven true in soybeans: waiting to kill weeds with only post-emerge herbicides is a sure way to give up yield," said Bruce Carlson of DuPont.
Waterhemp, which is now commonly glyphosate resistant, is one of Enlite's primary targets as this tough weed emerges all season long, grows very quickly (1-1.25 in./day), and produces prolific seeds (2500+/plant) that remain viable for several years.
Enlite offers two modes of action (with three active ingredients), can be used in any tillage system, and can be applied up to two weeks ahead of planting and up to three days after planting. (It must be applied before soybeans crack the soil surface.) Enlite also provides excellent burndown and long residual control on many annual and perennial weeds. Its effectiveness on broadleaves and early grasses means a wider window for post treatments. Enlite is applied at 2.8 oz./ac., alone pre-emerge, or in a tank mix with glyphosate if weeds are present (see fact sheets).
Contact your Federated Agronomist to learn more about the benefits of Enlite pre-emerge herbicide on soybeans.
Tom Rausch, Federated's safety director, reminds everyone that farm accidents are usually avoidable with a little extra care, and proper attention to equipment and the people who use it.
Stay aware, and use this simple checklist throughout the growing season.
- Is all farm equipment in proper working order, with all parts properly secured?
- Are machinery safety guards and other protective features kept in place?
- Is equipment turned off, hydraulics lowered, and keys removed before leaving equipment unattended?
- Is proper eyewear worn when working on equipment?
- Is loose clothing removed or tucked in securely when approaching any moving parts on machinery?
- Are product labels intact - and read before use?
- Are chemicals locked up and out of reach of children?
- Are children kept away from tractors and machinery and not allowed to operate or ride as passengers on any equipment?
- Are equipment operators - growers, family members, hired hands - getting enough sleep so they are alert on the job?
- Is there a plan in place in case of accidents or injury - who to call, etc.?
Federated looks forward to serving growers all the way to harvest! Safety is no accident.
Our annual meeting was held on April 6th 2017 at the Northern Lights Ballroom in Milaca, MN. At the meeting there was a vote to update our Articles of Incorporation and By-Laws. The patrons voted 94% in favor of the update and they will be effective immediately. See attached updated Articles and By-Laws. The patrons also voted to elect four board members; Craig Mold, Mark Carlson, Ross Gerth and Clark Anderson.Their term is for three years.As part of the By-Law changes, the newly elected board members will be the nominating committee for one year to identify future board members.At the meeting, Mike McMahon the CEO, reviewed the results for 2016. The co-op had a very successful year and it was driven by success in all three divisions; Agronomy, Energy and Retail. Mike reviewed the investment made by the co-op to help drive growth and efficiencies. The key highlights discussed by divisions were;
Mike also discussed the importance of all three divisions working together as one team. He encouraged the patrons to leverage the web site to trade with the co-op to help reduce administrative cost. He asked the patrons to help identify any future customers. Importantly, the more customers the co-op secures, the greater leverage the co-op will have with their suppliers to help drive down cost.The co-op will return over $3.7 million to the patrons which equates to over 8.2% of patrons purchase for 2016. The board also approved to retire old equity up to 1987. This payout is an additional $3 million. This is possible because of the strong financial position the co-op is in due to the great support of the patrons.
- Agronomy: New fertilizer plant in Ogilvie, New fertilizer mixer in Rush City, New liquid Fertilizer plant in Osceola. The Agronomy division has double their business in the last 8 years.
- Energy: Investment in routing software to improve service, Purchased two new propane delivery trucks, purchased a new fuel truck. The team added over 850 incremental customers in 2016
- Retail: Purchased a new store in Mora, MN which will be a convenience store and country store, Purchased a new store in Scandia, MN which will be a franchise Super America with a country store.
Abdon Peterson retired from the Federated Board of Directors after 37 years being part of the co-op system. He has been a pivotal part of the co-ops success and direction. His work and commitment will be missed by his fellow board of directors as well as all the associates of the co-op. In the picture, Craig Mold, the President of the Board, is recognizing Abdon for his years of service. We wish Abdon health and happiness as he moves to his next chapter of his life.
Crop nutrition is made easier with MicroEssentials. "Everything is all in one pellet," said Ron Paulson, manager of Federated's Isanti location. MicroEssentials, by Mosaic, is a starter fertilizer that combines all the nutrients in one granule -- which, as Paulson put it, "is the whole deal that delivers uniform nutrient distribution."
The traditional method of adding sulfur, phosphorous, and zinc to starter fertilizer doesn't ensure that nutrients are evenly spread across the field, but MicroEssentials solves that problem with a patented Fusion technology (see video below).
MicroEssentials contains 12% nitrogen, 40% phosphorus, 10% sulfur, and 1% zinc. It includes two forms of sulfur, both the quick-acting sulfate that plants need early, and the long-lasting elemental sulfur that won't be gone with the first heavy rains (especially in sandy soils).
Paulson noted that "MicroEssentials offers a yield advantage, too," based on field testing. It's crop nutrition for the 21st century that works. Contact your Federated Agronomist to learn more.
Many agronomy publications talk about soil health, fertility, soil management, and natural additives to improve soil health," said Craig Gustafson, Federated's eastern division agronomy manager, but what is healthy soil?
To understand what makes soil healthy, it's necessary to understand what destroys soil health. "That could be a long list of possibilities," said Gustafson, and he went on to describe what can improve soil health:
- Tillage. While working the soil is important, don't overwork it. Multiple tillage trips across the field in the spring disrupts soil microbes. These are living organisms that make nutrients available to your crop, which translates into yield. Overworking the soil also increases the possibility of erosion and soil loss, reduces water holding capacity, and increases the possibility of compaction.
- Soil Acidity (or pH). Acidic soils are like battery acid; living organisms cannot survive inside a battery. Such is your soil; beneficial soil microbes cannot survive in acidic soil conditions. The loss of soil microbes means a loss of the natural mode of transportation for crop nutrients to the plant roots. When this take place, soil health is reduced and so is yield. The addition of a high-quality ag lime will sweeten the soil.
Soil health is measured through a soil health test. Gustafson offered an example from his own farm in Osceola, WI. He pulled a five-acre composite soil sample in the fall of 2015. "The last time this field was tilled was 1999, and it has been in a corn and soybean rotation. [The soil health test] looks just like a normal soil test with the addition of what is called a Soil BRAN test. This is the measurement of biological respiration and nitrification." (See attached soil health assessment from Midwest Laboratories.)
So then, Gustafson mused, "What do I do with the information? Great question." He continued, "Soil health testing is relatively a new tool in the tool box, and we are still learning how to interpret the results. Next step would be to resample this area in the fall of 2018 and compare." Healthy soil is undeniably the best soil.
For further information regarding soil health, contact your nearest Federated Agronomist and discuss crop management options to improve soil health.
"And," Gustafson added, "think safety this spring as the planting season arrives."
Getting out in the alfalfa fields early offers the best opportunity to evaluate the stand. Look for winterkill now so that remedies can be put in place yet this spring.
Duane Droogsma, Federated Agronomist at the Rush City location, defined how to evaluate the stand:
- Are there at least five healthy plants per square foot?
- Are there 10-15 healthy shoots or buds per plant?
- Dig down; do the roots look healthy? (Roots that are gray and water-soaked, or brown, dehydrated, and stringy are indicators of winter kill.)
If 50% or more of a field shows signs of damage, it's time to discuss remedies, such as rotating into corn or soybeans. And, whether damaged or healthy, it's important to fertilizer alfalfa annually with potash (boron and some form of sulfur), Droogsma said.