Farmland management with precision agriculture, spatial analysis, and smart resource management — from the bottom of the roots to the top of the crop.
The physical work that keeps the farm moving — equipment operation, tile drainage installation, irrigation management, soil sampling, trucking, erosion control structures, and every hands-on task from planting through harvest. We put the right machine in the right place at the right time.
A complete digital picture of every acre — GIS mapping, multispectral imagery, yield maps, soil test data, variable-rate application records, test plot results, and historic trend analysis. We turn raw field data into spatial intelligence that drives better decisions year after year.
The business side of the operation — grain marketing and commodity sales, USDA program enrollment and compliance, income and expense tracking, lease management, and financial reporting. We manage the information so landowners and operators have a clear view of where the money goes and where it comes from.
A full year of precision agriculture — scroll to explore
Poultry litter is applied to the fields prior to planting — delivering macronutrients and micronutrients ahead of spring planting while the ground is firm enough to support equipment.
Italian Ryegrass is one of the most competitive winter weeds during the growing season in wheat and in the early corn fields. A targeted herbicide application knocks it back before it can tiller and steal nutrients from the developing crop.
Agricultural lime is spread on fields with low soil pH before the growing season begins — correcting acidity so that fertilizer investments later in the year are not lost to nutrient tie-up in the soil.
Fields destined for corn get a "burndown" application to terminate any remaining weed growth before the planters roll — giving the field a clean start and reducing early-season competition.
When soils reach consistent planting conditions, the planters go to work — executing variable-rate seeding prescriptions that match population to each field's productivity zones, acre by acre.
At Feekes growth stage 10.5.1 a fungicide application protects wheat from Fusarium head blight and leaf diseases during the critical pollination window — preserving grain fill and reducing mycotoxin risk at harvest.
As corn reaches V4–V6, in-season nitrogen is sidedressed using variable-rate maps — delivering the bulk of the season's N budget at the growth stage when the crop's uptake rate is accelerating most rapidly.
Herbicide is applied to corn before the canopy closes — targeting broadleaf weeds, vines, and grasses that compete directly with the crop during the critical early growth period.
Wheat is cut as it reaches harvest moisture — combines run long days to capture the crop at peak quality before rain or humidity that can downgrade quality.
Immediately behind the combine, herbicide goes on soybean ground — burning down weeds emerged in the late-season wheat or in the stubble and applying residual herbicide setting up a clean seedbed before the planters follow.
Double-crop soybeans go in right behind wheat harvest making the third cash crop in a 24-month rotation — variety selection and seeding rate are optimized for the shorter growing season, with every day of planting date preserved as potential yield.
Post-emergent herbicide and any needed insecticide passes are made on soybeans while the canopy is still open — controlling weed pressure and insect feeding before they can impact pod set.
July heat and drought stress during pollination and grain fill can cut corn yields sharply. Irrigation is scheduled to keep soil moisture at levels that protect kernel set through the critical growth period.
Wheat and any stored corn is hauled to market or contracted delivery points — managing cash flow and clearing storage space ahead of the fall corn and soybean harvest. Loads of grain are moved throughout the year for the optimum market conditions.
A fungicide application at R3 pod fill protects soybeans from frogeye leaf spot and other late-season diseases that can strip yield during the critical weeks when pods are sizing and filling.
Early corn comes off in August as it reaches black layer and dries toward harvest moisture — as with all crops yield monitor data is recorded field-by-field and point-by-point. Once this is mapped, analysis and comparison can begin.
August drought stress during pod fill is the most damaging moisture deficit a soybean crop can face. Irrigation keeps beans supplied through R5–R6 seed fill, when every day of adequate moisture translates directly into bushels.
Fertilizer is applied ahead of wheat seeding — giving phosphorus and potassium time to move into the root zone before the seedling emerges and begins drawing on soil nutrients through the fall.
Corn harvested above target moisture is run through the grain dryer to reach safe storage levels — managing fuel costs and drying time against the risk of spoilage in the bin.
Soybeans are cut as they reach harvest moisture — as with other crops, the combine's yield monitor captures data field-by-field, building a spatial record of performance that feeds directly into future years' management decisions.
Wheat is drilled at the optimal seeding date for the region — balancing early establishment against Hessian fly risk, with seeding rate and variety matched to expert advice from researchers.
Soil cores are pulled across harvested fields and sent to the lab — keeping the nutrient map current so that the next cycle's variable-rate fertility prescriptions are built on fresh, accurate data.
Watersheds and contours are evaluated and maintained after harvest and before the winter rains — protecting topsoil through the winter months when fields are bare and heavy rainfall can move soil that took decades to build.
With harvest complete and storage full, grain is trucked to contracted buyers through the winter months — timing movements to basis and price targets while managing bin space and cash flow into the new year.
The management decisions made here are grounded in data — not assumptions. Soil sampling, imagery, yield monitor data, and spatial modeling are some of the tools we use to build a complete picture of each farm's potential.
Farm-specific, field-specific, site-specific.
That picture drives prescriptions, not guesswork. Whether it's adjusting seeding populations by zone, targeting topographic or agronomic improvements, or identifying which acres are costing more than they return, our goal is the same: turn information into action that improves profitability and conserves the land for the next generation.
Contact us to discuss how precision management can work on your land.
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