Short husking is best described as “corn ears outgrowing their husks.” It results in more exposure of the ear tips to environmental conditions and increases the potential for reduced grain quality.
Categories: Agronomy, Agronomy Talk
Tags: harvest, corn, stalk lodging, short husking, heat stress, drought stress
Ears on the ground prior to harvest is frustrating and often misunderstood. Pest damage, weather stress, reduced nitrogen (N) uptake, and genetics can all contribute to dropped ears. However, identifying the causal agent may help you implement strategies and management practices to minimize ear drop in the future.
Tags: harvest, corn, Agronomy, Ear Drop, Corn Yield Limiter
Planting delays, poor ear formation, and lack of standability are just a few reasons why some farmers may want to consider taking their corn crop for silage. When making this decision, there are a few factors to keep in mind. These include how to optimize silage quality, tonnage, agronomics, and pricing of the crop.
Tags: Agronomy, Silage, harvesting for silage, tonnage, milk line
The initiation of flowering on a soybean means that the plant is transitioning into the reproductive growth stage. Most full-season soybeans enter reproductive growth approximately 45 to 55 days after planting. Double crop soybeans will typically enter reproductive growth approximately 34 to 38 days after planting. During this time, the plant has the ability to compensate for any plant injury or adverse growing conditions. Soybeans are prolific flower producers, although more than half are typically aborted prior to pod development.
Tags: soybeans, Agronomy, soybean growth, soybean growth stages, soybean development
Corn rootworm (CRW) is a pest that, if left unmanaged, can cause economic damage in most of the Corn Belt. Damage can result from root-feeding while they are in larval form and from adult beetles clipping silks during pollination.
Tags: corn, Agronomy, Beck's Agronomy, corn rootworm, corn pests, beetles, corn root damage
Green snap, also called brittle snap, is the breakage of a corn plant usually prior to tassel during the rapid growth period of corn from about the V5 (5 visible leaf collars) – R2 (silk).
Tags: corn, Agronomy, Agronomy Talk, GREEN SNAP, brittle snap
Iron deficiency chlorosis (IDC) is a physiological disorder caused by a lack of iron in the soybean plant which creates the “chlorosis” symptoms. Plants with IDC have yellowing (chlorosis) beginning between the veins and progressing to a generally chlorotic canopy. Other symptoms include reduced plant growth and ultimately, lower yields. Yield reductions from IDC are a primary limitation for some farmers in certain fields.
Tags: soybeans, Agronomy, Agronomy Update, IDC, iron
Crown rot infections are caused by both fusarium and pythium species. These fungi enter the plant via the root system during periods of prolonged saturation, predominately between the V2 and V7 growth stage. Because these fungi persist in higher moisture environments, infections are more prevalent in wetter soils, tighter clay soil textures, higher magnesium soils, and ponded areas of fields. While these infections occur early in corn development, they can persist much longer as the visual signs are not easily detected until later in the grain fill period.
Tags: corn, Beck's Agronomy, Corn Disease, crown rot
Tar Spot is a relatively new disease in the US but is one that can cause severe yield loss if conditions are right.
Tags: Beck's Agronomy, Beck's, Corn Disease, tar spot
Corn foliar diseases can have similar symptoms. See below for a refresher on 6 of the most common foliar diseases in Beck's marketing area. For help with a specific situation, or to learn more about management options, reach out to your local Beck's representative.
Tags: corn, Agronomy, Beck's Agronomy, Corn Disease, Agronomy Talk, Gray leaf spot, Northern corn leaf blight, southern rust, Common Rust, foliar corn diseases, brown spot, goss's wilt
Sudden Death Syndrome (SDS), caused by Fusarium virguliforme, is a soybean disease that has grown in importance for farmers over the past 20 years. Today, it is ranked second only to soybean cyst nematode (SCN) as the most detrimental cause of annual damage to soybean yields. As the soybean-growing region has expanded to the North and the West, SDS continues to spread to new fields and to larger areas of fields that have already been infected. The severity of SDS damage varies from area to area and field to field, but yield reductions associated with SDS typically range anywhere from 20 to 70%.
Tags: soybeans, Soybean Diseases, Sudden Death Syndrome, SDS
White Mold (a.k.a. sclerotinia stem rot) is a disease caused by the pathogen Sclerotinia sclerotiorum, and if present, can devastate soybean yield. Farmers are often faced with making management decisions that leave them choosing between what is best for disease management and what is best for maximum yield potential.
Tags: soybeans, White Mold, Disease, SEED TREATMENT, fungicides, infection
Broad areas of the Corn Belt have experienced one of the most challenging planting season in recent memory. Farmers did what they do best, and bided their time for a planting window. Corn acres from South Dakota to Ohio were planted weeks later than what is typical. And while many farmers are already worn out from the extended planting season, most are more nervous about what’s to come.
The good news is that late planted acres still have great yield potential. If Mother Nature starts cooperating, this season has abundant hope of producing competitive yields.
Tags: corn, Scouting, Pollination, Nitrogen, insect pressure, Disease, Agronomy Talk, Delayed planting, late-planted corn
Tissue testing is an excellent tool for fine-tuning your nutrient management plans and helping to push yields to the next level. Tissue sampling should be done regularly to identify and track any deficiencies or imbalances, and it can also be used as a method for diagnosing problems within a field.
Tags: nutrient deficiency, Tissue Testing. Soil Sampling, Nutrients, Nutrient Management
Most farmers can't remember a planting season that has been any more challenging than 2019.
Tags: Agronomy, PFR, Delayed planting, Products, yield potential, APP, Prevent Plant, input costs
For some farmers this year, their acres will likely not be planted in row crops and decisions will have to be made regarding how to manage them. Weed control will be a key management practice for those acres, however, simply killing the weeds and keeping the ground bare could lead to consequences in the following year due to a condition called fallow syndrome.
Tags: Cover Crops, fallow syndrome, mycorrhizae, flooding
What exactly does Beck’s Escalate® yield enhancement system protect your seed against?
Think of our Escalate system as a toolbox. We don’t necessarily know what the weather will bring each spring, but we know we are equipped with a full toolbox that can help us combat whatever Mother Nature throws our way.
Tags: Disease, SEED TREATMENT, ESCALATE, insecticides, fungicides
Take a walk with Field Agronomist and Herbicide Specialist, Austin Scott, through a Tennessee corn field and learn more about increased black cutworm pressure.
Tags: corn, Agronomy, Black Cutworm, insect pressure
Any disease requires three things to flourish: a viable host, suitable environmental conditions, and the presence of a pathogen. When we attempt to manage a disease, we must manage one of these three factors in order to be successful.
Tags: Pythium, Phytophthora, seed, fusarium, seedling disease, disease management, root rot, stem rot
There are many reasons a corn crop may fail. In some years it’s a late frost and in others, soil surface crusting. Regardless of the reason the stand fails, it is important to destroy the original crop before replanting. Yield losses can occur if just 5,000 of the original corn plants remain to compete with the new stand. Therefore, it is imperative to successfully eradicate as much of the existing stand as possible.
Tags: corn, tillage, herbicides, terminating corn, failed corn