Combines have been monitoring yield since the mid-90s. Back then, forage yield monitoring was still in development.

However, yield monitors for forage harvesters have made great progress in the last 10 years. We are familiar with the importance of calibrating the yield monitors on combines, and now need to pay similar attention to forage harvesters.

To build a yield map, your harvester’s electronics combine mass-flow (throughput), harvested width, speed and location.

Corn growers are constantly looking for ways to maximize profit. Planter condition is one of the most controllable variables that influence profitability.

Research studies have shown that planter maintenance impacts the quality of stand establishment. In 2000, researchers conducted a study which showed an average yield improvement of 4.2 bushels per acre due to planter calibration.

Protecting fields from insect damage is a critical component of silage corn production. Leaves, stalks and ears all contribute to silage tonnage, so keeping them intact and free from insect damage helps improve overall yield and quality.

Protection from rootworm damage helps keep plants healthy and standing through harvest, especially with silage grown in a corn-after-corn growing environment.

Reading labels isn’t just important when you’re watching your diet.

Knowing how to read your alfalfa seed tag also can reap big dividends, not only in managing seed costs but also to ensure you have a strong stand.

A common joke of the times was: Two dairy farmers are talking about the merits of the Jersey versus the Holstein. The Holstein dairyman would say, “You can put a dime in the bottom of the milk pail and then milk your little Jersey cow into the pail, and when you are finished, you can still see the dime!”