Soil type, drainage and organic matter usually aren’t consistent throughout a field, calling for different hybrids in different areas. Just think how great crop performance could be if we all had the capability to place the correct seed on each acre!

Multi-hybrid capabilities allow you to plant two hybrids in the same row and switch as environments change, but it often requires a large investment to make multi-hybrid planting a reality. Split planting can be an easy, economical option for conducting on-farm research if there isn’t excessive variability in your soils. Split planting can be an effective way to generate powerful data to confirm your seed placement decisions in fields with only a few different soil types as digital farming has made this process more efficient.

There are many different insights we can gather by split planting. We can test different hybrids. We can test hybrids of different relative maturity to see effects on either yield or grain moisture. We also can use split planting to test different trait packages or seed treatments.

Although split planting can be a great on-farm research practice, don’t plant too many different hybrids in one field. Planting numerous hybrids creates lots of variables, making it difficult to make informed decisions. Gathering accurate insight starts with taking the time to enter the data correctly because someday you will want to review multiple years of this data.

We’re conducting split-planter research through Data Forward. If you want to learn more about conducting your own on-farm research, contact your Latham Precision Agronomy Advisors.

With today’s cutting-edge technology, there isn’t much we can’t monitor in the cab. The ability to monitor the planter, sprayer, fertilizer applicator or combine is a great record-keeping asset, plus it allows us to make more informed decisions.

Original Equipment Manufacturers (OEM) and a few after-market companies have built technology platforms to generate important information on our farms. Most of these companies have their own proprietary cloud-based data storage, so we can access information remotely and have that data at our fingertips.

One main advantage of machine-generated, cloud-based service is access to information anytime and anywhere, using a mobile device or PC. If you’re operating multiple pieces of machinery in the field, you can connect remotely to see where the other machine has been in the field. You also can get an average of the machine-generated data produced by all machines. For example, say you are operating two planters in the same field. Both planters have swath control, so both planters know the GPS coverage patterns for each machine. One planter can shut off swath sections and communicate that function to the other planter, which prevents overlapping coverage between machines.

Collecting data and seeing your field maps in real-time view allows you to make management decisions as you pass through the field. Later we can upload these real-time view maps into Data Forward and take a deeper dive into what looks good and what could use improvement.

Sharing critical information with your agronomic advisors is very important. You can save time and help your agronomic advisors make better recommendations by sharing your files through a cloud-based platform. You can share field data from your entire operation, one farm, or a single field.

Latham Hi‑Tech Seeds is an independent company, and Data Forward is an independent precision ag platform. We work with any precision ag system and its cloud-based services. The cloud makes the process of pulling data from the cloud into Data Forward seamless. We can then work on cleaning up the raw data and create a plan. Our plan might include soil sampling, precision ag hardware investments, product placement, fertility recommendations, satellite imagery and more.

Your Latham Precision Agronomy Advisors are here to support you with making these decisions, even if it is choosing which machine- generating platform would be the best fit for your operation.