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  • Latham Hi‑Tech Seeds

    Get an “Early Look” at New Products

    Soybean Plant

    We have an exciting product lineup in store for 2022!

    In September 2020, Bayer CropScience announced the approval of XtendFlex® soybeans for the 2021 growing season. Latham Hi‑Tech Seeds was prepared and launched seven new soybeans in this exciting new technology. We believe this new trait gives farmers an extra tool for battling the ever-increasing problem of herbicide-resistant weeds.

    Soybean Plant

    For the 2022 season, we are introducing these six new XtendFlex products:

    • L 0254 XF – This 0.2 soybean carries the C-gene for Phytophthora, full resistance to Brown Stem Rot and excellent tolerance to Iron Chlorosis. Avoid SCN-infested fields.
    • L 0984 XF – Featuring the Rps3-a gene for Phytophthora, this new 0.9 product also has strong tolerance to SCN, Brown Stem Rot, White Mold and Iron Chlorosis.
    • L 1383 XF – This new Ironclad has L 0982 R2 as a parent! It has the Rps-3a gene, full resistance to Brown Stem Rot and good scores for White Mold, IDC, SCN and Stress.
    • L 1784 XF – L 1858 R2 is a parent of this new 1.7 soybean! It features strong SCN, full resistance to Brown Stem Rot with very good scores for Iron Chlorosis and Stress.
    • L 2786 XF – This new line has the Rps1-c gene for Phytophthora, full resistance to Brown Stem Rot and strong tolerance to SCN, White Mold, Iron Chlorosis and Stress.
    • L 3086 XF – Replacing L 3058 XF, this SCN bean features the Rps1-c gene, full resistance to BSR and great tolerance to White Mold & Stress. It’s a fantastic Ironclad for no-till acres.

    On the Enlist E3® side, we are adding four new soybeans:

    • L 1219 E3 – This 1.2 bean carries the Rps1-c gene for Phytophthora and strong tolerance to SCN, SDS, Stress and Iron Chlorosis. It also has the Excluder gene for high-salt soils.
    • L 1558 E3 – Here’s a 1.5 Ironclad that features the Rps3-a gene for Phytophthora, full resistance to BSR and great scores for SCN, Sudden Death, Iron Chlorosis and Stress.
    • L 2458 E3 – This new E3 line has the Rps1-k gene, full resistance to BSR and strong scores for SCN, Sudden Death, Frogeye, Charcoal Rot, Stress and Iron Chlorosis.
    • L 3479 E3 – Highlights of this new 3.4 bean K-gene for Phytophthora include complete BSR resistance, great SCN tolerance and strong scores for Sudden Death, IDC and Stress.

    Our Product Development Teams have really done their homework for next year! Be sure to check out next month’s blog when we will highlight new corn products for 2022.

    The legacy that we build our product decisions on is based on a foundation of quality and performance. We believe this foundation benefits Latham® dealers and their customers because we provide seed that is bred specifically for their geographies. Rest assured WHY we do what we do will never waiver!

    Mark Grundmeier, Product Manager

    July 14, 2021
    Crop, Season, Soybeans, Summer, Tech Tuesday
  • Latham Hi‑Tech Seeds

    Planting Depth Matters

    Planting Depth 1

    The below is a look at an on-farm planting depth study conducted by our sales representative from southeast Iowa. Photos were taken in the same field, the same location, planted the same day with the same hybrid. The only variation between each is planting depth. The hybrid shown is LH 6477 VT2 PRO planted on May 12 and the photos are from the last week of June.

    Planting depths are as follows:

    1. On top of the ground to ¼-inch planting depth
    2. ¾ to 1-inch planting depth
    3. 1 to 1 ¼-inch planting depth
    4. 2 to 2 ¼-inch planting depth

    Those planted at optimal depth have much better nodal roots and root mass to anchor that plant into the rapid growth stages we’re observing now.

    Planting Depth 1
    Comparison of planting depth using hybrid LH 6477 VT2 PRO planted May 12 at the same field and location.
    Planting Depth 2
    On top of the ground to ¼-inch planting depth
    Planting Depth 3
    ¾ to 1-inch planting depth
    Planting Depth 4
    1 to 1 ¼-inch planting depth
    Planting Depth 5
    2 to 2 ¼-inch planting depth

    July 14, 2021
    Agronomics, Corn, Crop, From the Field, Season, Summer
  • Latham Hi‑Tech Seeds

    #AskTheAgronomist: Pollination and Silk Growth, Part 2

    Hqdefault (1)

    In Part 2 of this series on pollination and silk growth, Latham’s Pre-Commercial Product Manager Bob Foley further explains how the silk to pollen interaction translates into final yield. Watch Part 1 of the series here.

    July 14, 2021
    #AskTheAgronomist, Agronomics, Corn, Crop, Season, Summer
  • Latham Hi‑Tech Seeds

    #AskTheAgronomist: Pollination and Silk Growth, Part 1

    Hqdefault

    Latham Pre-Commercial Manager Bob Foley explains silking and pollen growth with a look at development over a multiday time frame. Knowing the stages of growth can help you understand how various stressors affect your crop. Watch Part 2 of the series here.

    July 14, 2021
    #AskTheAgronomist, Agronomics, Corn, Crop, Season, Summer
  • Latham Hi‑Tech Seeds

    #AskTheAgronomist: Fungicide Considerations in Dry Weather

    Maxresdefault

    To apply fungicide or not to apply fungicide? This question is on the minds of many growers as we continue through a relatively dry growing season. Precision Agronomist Phil Long discusses the pros and cons of fungicide in both corn and soybeans.

    July 7, 2021
    #AskTheAgronomist, Agronomics, Corn, Crop, Drought, Fungicide, Season, Soybeans, Summer, Weather
  • Latham Hi‑Tech Seeds

    The SoyShield Plus Saltro Difference

    SW Iowa Comparison

    These photos, submitted from a field in southeast Iowa, show a side-by-side comparison of Latham SoyShield Plus with Saltro against eight competitor entries. Click here for more information on Latham’s Seed Treatment offerings.

    SW Iowa Comparison 2
    Eight competitor entries.
    SW Iowa Comparison
    Latham SoyShield Plus with Saltro.

    July 2, 2021
    Agronomics, Crop, Seed Treatment, Soybeans
  • Latham Hi‑Tech Seeds

    #AskTheAgronomist: Mid-Season Soybean Pests

    IMG 2926

    It’s time to start looking between rows to see what stressors, outside of dry weather, may be impacting your soybean crop. In this week’s #AskTheAgronomist, Latham Precision Agronomist Phil Long shares how to identify and address mid-season pests such as soybean aphids, soybean gall midge and spider mites.

    June 30, 2021
    #AskTheAgronomist, Agronomics, Crop, Insects, Season, Soybeans, Summer
  • Latham Hi‑Tech Seeds

    #AskTheAgronomist: Long-Term Heat Stress in Soybeans

    Maxresdefault

    In part two of our #AskTheAgronomist series on heat stress, Precision Agronomist Phil Long covers how hot, dry conditions affect soybean growth and decision-making moving forward.

    June 22, 2021
    #AskTheAgronomist, Agronomics, Crop, Drought, Season, Soybeans, Summer, Weather
  • Latham Hi‑Tech Seeds

    Invest in a Tissue Test

    IMG 0484

    Leaving no yield in the field is always an important goal, but it’s especially important when commodity prices are as strong as they are. It literally pays to harvest more tonnage! In-season testing will verify whether your growing plants’ nutritional needs are all met, which helps your alfalfa and corn silage crops reach their full potential.

    It’s more challenging to determine actual alfalfa and corn silage yield and correlate yield to plant nutrient removal than it is to do so for corn or soybeans. A more accurate way to determine soil and plant needs for alfalfa is in-season soil sampling combined with plant tissue sampling.

    The chart below provides examples of tissue sampling methods. You will find a link to full descriptions here: www.dairylandlabs.com/agronomy-services/plant-tissues. I like to add this layer of fidelity on at least a few acres as it gives me a sense that I have done my best. The lab results you get will indicate if a nutrient is still lacking and the amount to supplement. NOTE: It’s helpful to provide a soil sample (at least 10 cores) from area of tissue sample.

    Tissue Sampling

    For Best Results

    Modern alfalfa plant genetics have a lot of capacity to yield, but plant nutrition is key to achieving those top yields. Potash, phosphorus, boron and sulfur are key nutrients. The top yield-driving nutrient is potassium. Split-applying potassium to alfalfa tends to provide the best results.

    Alfalfa will remove 50 to 55 pounds of potassium per dry matter (DM) ton, so a total of 300 pounds may be removed per acre in one season. A split application of 150 pounds of potash per acre will help avoid any leaching potential. NOTE: Alfalfa consumes more potash than it needs, a condition called luxury consumption. If you apply more than 200 pounds of potash per acre in one application, there is a high potential for luxury consumption. The plant can only use a certain amount for yield, but an alfalfa plant will continue to consume as much potash as it can. Potash will increase plant tissue concentrations. As a result, it can cause negative animal health issues when the forage is fed.

    To maintain maximum animal health, as well as plant health, it’s important to study both data from your field and from your alfalfa plants. Mosaic® fertilizer has a great nutrient removal chart, which correlates expected yield with critical nutrient removal rates.

    Maintaining peak nutrition keeps alfalfa plants healthier, so they live longer. More live plants when you plan to rotate to corn can provide up to 100 pounds of nitrogen credit or even greater. It pays to keep alfalfa happy!

    June 16, 2021
    #AskTheAgronomist, Agronomics, Alfalfa, Corn Silage, Crop, Season, Summer, Tech Tuesday
  • Latham Hi‑Tech Seeds

    Walk Fields for a Better Bottomline

    Soybeans June 28 2017

    The 55 mile-per-hour drive-by is one of the most common ways farmers check how crops are doing, but there are some things you just can’t see from the pickup. It really can pay to walk through fields.

    Call your Latham® Dealer and ask him or her to walk through your Latham products. That way you can both monitor how the products are doing. You can note whether you need to adjust which products are planted on each field next year.

    Crop Health and Uniformity

    Corn: Uniform stand and growth stage are more important than seeing dark green seedlings. There is a direct relationship between the amount of productive leaf area and yield. How healthy are the plants in general? How many leaves does a plant have compared to its neighboring plants? Leaves are the factory that produces the ear, so you want leaves to stay green and unimpeded by insects or diseases, which decrease the leaves production. Take stand counts and compare those counts to the counts you get when you walk fields in August for yield estimates.

    Soybeans: Soybean yield is all about the August rains and potential pods. What is there to see now? The row should be closed by R1 (beginning flower) or as close to it as possible. The second most important thing to evaluate in June is how many nodes it has before R1. Our soybeans are all indeterminate, which means they keep putting on more nodes after R1. Your goal is for soybeans to produce as many nodes as possible, so you get as many pods as possible. Early planted soybeans should show more nodes than fields planted later.

    Early Season Stressors

    Corn: Be sure to bring a shovel. Dig some plants up and evaluate whether the nodal root system is developing well, or whether it has hit any compaction or shows signs of insect feeding. By this time, Corn Rootworm larvae are getting started. Although you won’t see the full extent of their damage, which is closer to pollination, this is still a great time to compare different corn traits and potentially in-furrow insecticide treatment. If your roots aren’t healthy, the plant won’t yield to its full potential regardless how green it looks on top. Note foliar diseases like Anthracnose or insect damage because you will want to follow up on those areas closer to pollination.

    Soybeans: The shovel should go into the soybean field, too. Dig some plants and evaluate what the roots look like. Brush off the soil, and use your knife to split some of the nodules. You should see some that are red (producing nitrogen) and some that are green (getting ready to produce nitrogen). The lateral roots off the main taproot should reach across 30-inch rows by now. Although they are very small, Soybean Cyst Nematodes should be a focus at this point in the season. They are often confused with nutrient deficiencies, so take a deeper look. Wash some roots or send some samples to your land grant university because SCN can rob 20% of your yield without you even knowing it. Planting the right genetics protects yield.

    Remember: Green above ground and white below ground or inside the stem means the plant is healthy. Use the Data Forward App or another tool to record specific areas of a field, so you can come back to those spots later in the season and again the following year. Noting trends from season to season will guide you into better management. Field-by-field planning leads to higher profits.

    Team Latham

    June 16, 2021
    #AskTheAgronomist, Agronomics, Corn, Crop, Soybeans, Tech Tuesday
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131 180th Street | Alexander, IA 50420

(641) 692-3258

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