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  • Latham Hi‑Tech Seeds

    Managing Soil Erosion

    Heavy spring rains causing flooding problems for farmers

    Soil erosion resulting from heavy rainfall events and wind leads to the loss of essential soil nutrients and soil carbon. Eroded soil and the loss of organic matter essential for supporting crop growth can damper corn and soybean production and reduce yield. Across the Corn Belt, an observed 20% increase in rainfall has led to a 40% increase in soil erosion. Record breaking flooding across the Midwest has further exacerbated erosion.

    Identify Soil Erosion

    Gully erosion is one of the most pronounced forms of erosion and its large grooves that form in the soil following heavy rainfall make it easy to identify. Less evident to the naked eye are signs of erosion that can be identified by looking for standing water in the field. Puddles of water seen after a rainstorm that are clouded with sediment suggest erosion is occurring whereas puddles of clear water are a sign of minimal erosion. Lighter colored soil seen overtime is also a sign of erosion but can be more difficult to identify.

    In Iowa, the average rate of erosion has been five tons of soil per acre every year with intense weather events worsening rates, in some cases reaching 100 tons of soil per acre per year. The loss of natural vegetation can lead to greater rates of erosion from both wind and water. Using cover crops and no-till are the most effective methods for reducing and preventing erosion, increasing soil water holding capacity and boosting moisture content.

    Take Action with Promising Solutions

    Annual cover crops such as winter rye can be planted in the fall to preserve the soil over the winter and reduce erosion. PROTECTioN™ Cereal Rye, DRILLER™ Daikon Radish and FIXatioN Balansa Clover can be planted in the late summer and early fall to enrich organic matter and reduce soil loss. Perennial cover crops including legumes and fescue have established root systems that can prevent the loss of soil nutrients to rain or weather erosion. Legumes are also nitrogen fixing and can support crop growth.

    In addition to integrating cover crops and no-till, terracing or planting grasses near waterways can prevent the formation of gullies. Buffer and filter strips can reduce the loss of soil nutrients and runoff of fertilizer and pesticides. Prairie strips can be implemented by planting perennial grasses to protect topsoil and prevent the loss of organic matter. Integrating a combination of these methods with cover cropping can combat soil erosion and offer great protection for your corn and soybean crops.

    Latham Seeds Precision Agronomy Advisors

    January 14, 2020
    Corn, Cover Crops, Crop, Soybeans, Spring, Tech Tuesday, Winter
  • Latham Hi‑Tech Seeds

    #AskTheAgronomist: Phosphorus Application

    1.2.19
    When should you apply phosphorus? Tune in for discussion on planning for 2020.
     
    0:28 — Topic introduction
    1:19 — Ideal conditions for phosphorus application
    3:50 — How does phosphorus move?
    4:48 — Phosphorus application example
    6:34 — Phosphorus usability and root exploration
    8:21 — Phosphorus placement

    Laura Cunningham

    January 2, 2020
    #AskTheAgronomist, Corn, Crop, Fertility, General, Soybeans
    Fertility, phosphorus application
  • Latham Hi‑Tech Seeds

    #AsktheAgronomist: Corn on Corn

    12.12.19 Feature
    Tune in for the top three practices to remember when planting continuous corn. #AskTheAgronomist
    1:25 — Insect protection
    3:20 — Agronomist traits
    5:30 — Fertility and nitrogen rates

    Laura Cunningham

    December 12, 2019
    #AskTheAgronomist, Corn, Crop, Industry News, Seed Technology
  • Latham Hi‑Tech Seeds

    Tips to Increase Your Odds of ROI

    Corn plant ROI graphic

    Bob FoleyGuest blog by Bob Foley, Corn Breeder 

    Like you and I, each corn hybrid responds and reacts to environmental changes. For example, I’m not a bright lights and heavy traffic sort of guy. Vegas is not my happy place. I perform my best in solitude with wide, open green spaces and lots of coffee. Withdraw the coffee, and it affects my demeanor!

    Corn hybrids are similar. Think of a situation when a crop emerged perfectly. If adequate rain doesn’t fall, yield suffers. The inverse is also true. When too much rain falls and nitrogen leaches, yield also suffers. Sometimes weeds develop resistance to herbicide, and yield suffers due to competition for nutrients and water.

    Many of the practices we implement to push ROI (return on investment equates to yield) have both positive and negative impacts: planting early, pushing populations, field drying, and adopting traits. Each of these practices can swing the outcome pendulum either way:

    • Planting Conditions. Planting remains the most critical first step of a great corn crop. You need fit soil conditions. Just the right mix of not too dry or not too wet, no slabbing, and no wet holes allows you to plant better and seedlings to emerge faster. Planting depth and spacing is also key, so it’s important to check periodically.

    • Planting Population. It’s critical to plant a hybrid thick enough to maximize returns, but there is also a point of diminishing returns. If the plants don’t receive enough food or water, yield suffers. Consider that every ear you make comes from its own “production plants,” and each plant needs to run at its optimum. Planting population must reflect your field’s history, food availability and soil
    type(s).

    • Field Drying. This choice combines many things, including cost to dry, availability of dryer and storage, as well as your marketing commitments. Pushing a hybrid’s relative maturity (RM) means you’ll harvest it later, which could allow you to experience in triplicate when it comes to field drying versus standability.

    • Adopting Traits. Everyone has his or her own position on farming with or without traits, and I tend to be like Switzerland in this conversation. I just want good hybrids. However, I do believe the adoption of traits has changed the way we steward our farms. We don’t walk the fields like we used to and scout for weeds, insects and disease. The concept of “I paid for traits to protect my crop” has somewhat given us permission to stop walking the fields (even more so after pollination). That’s a huge gamble! Without walking the field – or even flying the field – we usually aren’t aware of trouble spots in a field until we sit in the combine seat.

    Give a “seat at the table” to emergence, population, standability, traits, yield and genetics. Deal them in, too, because they respond to your management decisions. What can you learn from the 2019 crop that could be a game changer for 2020? Due to the unpredictable outcome of our decisions, it’s always best to play the odds by planting multiple hybrids and relying on multiple experiences. One plot, one year, one environment or one hybrid is not a covered bet. Spread the risk by relying on tried and true practices. Making minor adjustments here and there can reap huge payouts. Making drastic changes, however, is like pushing all your chips in before seeing the cards dealt.

    Like I said, I’m not a Vegas kind of guy. I’m all about increasing my odds – and yours – of winning.

    Laura Cunningham

    December 10, 2019
    Corn, Crop, Tech Tuesday
  • Latham Hi‑Tech Seeds

    #AskTheAgronomist: Product Placement 2020

    12.5.19

    It’s time to begin planning for 2020. Tune in as we discuss product placement and 3 important factors to consider! #AskTheAgronomist

    :34 — Product placement for 2020 introduction
    2:07 — Product placement can affect yield by 19 to 20%
    3:05 — Use 2019 yield data cautiously
    5:50 — Defensive hybrids vs. Offensive hybrids
    8:45 — Keep plans in place and stay the course
    11:15 — Population placement

    Laura Cunningham

    December 5, 2019
    #AskTheAgronomist, Corn, Crop
  • Latham Hi‑Tech Seeds

    #AskTheAgronomist: Fall Fertilizer

    11.14.19


    Tune in for today’s #AskTheAgronomist as we discuss Fall fertilizer application.

    • 0:20 — Crop Report Update
    • 1:30 — Topic Introduction
    • 1:40 — Soil sampling and fertility
    • 4:15 — Know critical test levels
    • 5:15 — Yearly fertilizer application
    • 7:15 — Corn and soybean must-haves
    • 10:15 — Organic manure advantage
    • 12:00 — Know your pH levels

    Laura Cunningham

    November 14, 2019
    #AskTheAgronomist, Agronomics, Corn, Crop, Fertility, Soybeans
  • Latham Hi‑Tech Seeds

    #AskTheAgronomist: Population Test Analysis

    10.31 feature image

    Is 40,000 plants per acre the answer every time? Tune in for a deeper dive into our LH 5245 VT2 PRO RIB hybrid and the results from our population test. #AskTheAgronomist

    0:25 Crop Report Update
    1:28 Population test introduction
    2:30 LH 5245 VT2 PRO RIB hybrid introduction
    4:15 Low population to high population and flex
    5:20 Yield Estimates
    7:00 How does LH 5245 VT2 PRO RIB flex?
    8:13 Stalk quality
    10:43 Final thoughts

    Laura Cunningham

    October 31, 2019
    #AskTheAgronomist, Corn, Crop
  • Latham Hi‑Tech Seeds

    Tar Spot

    Tar Spot Dean Malvick, Universtiy of Minnesota Extension plant pathologist

    What is Tar Spot?

    Tar Spot Dean Malvick, Universtiy of Minnesota Extension plant pathologistTar Spot is a corn fungal disease that has been infiltrating the Midwest within the last few years. Tar spot has the capability to severely impact yields up to 30%. Concern about the intensity of this fungus grows as researchers learn more about it. We urge farmers to scout their fields through harvest for tar spot since this fungus can survive over winter year to year.

    Tar Spot Identification

    Tar spot will show up as small, raised blacks spots, on the upper and lower corn leaves. The raised black spots are also known as stromata. If severe enough, it can spread to leaf sheaths and husks. Typically, it will start lower in the canopy and move upward. Tar spots are usually accompanied with a yellow halo or fish-eye effect around the black spots. Note the stromata, cannot be rubbed off unlike a common or southern rust pustule.

    The Importance of Scouting

    This corn fungus has nearly made it across Iowa and is continuing to spread in Wisconsin, Illinois, Indiana and Missouri. Tar Spot likes cool temperatures and humid conditions, with prolonged leaf wetness or heavy dew and will concentrate towards the middle of the field. It can cause lodging and hasten maturity.

    Final Thoughts

    This is one of the variables in farming we continue to learn about. Scout now and start planning for next season. Product selection is key when fighting these variables year to year and important to integrate into your plan for the next growing season.

    “Threats of Tar Spot Complex disease of maize in the United States of America and its global consequences” (Mottaleb et al. 2018).
    “Threats of Tar Spot Complex disease of maize in the United States of America and its global consequences” (Mottaleb et al. 2018).

    Team Latham

    October 29, 2019
    Agronomics, Corn, Crop, Disease, Fall, Season, Spring, Summer, Tech Tuesday
  • Latham Hi‑Tech Seeds

    #AskTheAgronomist: Scout for Tar Spot this Fall

    10.24.19
    Could Tar Spot be the next Gray Leaf Spot? Tune in for our #AskTheAgronmist discussion!!
     
    0:25 Crop report update
    1:21 Tar spot topic introduction
    2:10 Identification of tar spot
    3:25 Favorable tar spot conditions
    5:05 Where to find tar spot in your fields
    6:25 The spread of tar spot
    9:35 How does tar spot survive through winter
    10:45 Take home points on tar spot
    Pictured above is vulnerable areas in the Midwest for Tar Spot. “Threats of Tar Spot Complex disease of maize in the United States of America and its global consequences” (Mottaleb et al. 2018).
    Pictured above are vulnerable areas in the Midwest for Tar Spot. “Threats of Tar Spot Complex disease of maize in the United States of America and its global consequences” (Mottaleb et al. 2018).

    Laura Cunningham

    October 24, 2019
    #AskTheAgronomist, Agronomics, Corn, Crop, Disease, Fall, Spring, Summer
  • Latham Hi‑Tech Seeds

    #AskTheAgronomist: High Moisture Corn in October

    10.10.19 Ask The Agronomist

    How many points per day does corn dry down in October? Tune in to find out!

    :25 — Topic introduction
    :50 — Crop report update
    1:50 — High moisture corn in October – how long should you wait?
    4:30 — Example 1: LH 5965 VT2 PRO planted May 15
    6:25 — Example 2: LH 5245 VT2 PRO planted June 4
    7:33 — What happens if frost hits before black layer?
    10:08 — Final thoughts

    Loss of Grain after first frost
    Data is sourced from the University of Wisconsin.

    Laura Cunningham

    October 10, 2019
    #AskTheAgronomist, Corn, Crop, Fall, Season
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(641) 692-3258

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