Derek Thompson, a Noble County Farmer and NRCS District Conservationist, shared about life on the farm and the return on investment of incorporating conservation practices onto his operation in an interview with the Allen County Soil and Water Conservation District.

Thompson is a third generation farmer of a 1,000-acre grain and dairy farm. His family’s conservation journey started in the ’70s when his father tried out a no-till corn planter from the Noble County SWCD. Although not lead adopters, the Thompson family now incorporates no-till and VRT soil management into all their acreage because of their return on investment, time savings, and the pride that comes with restoring the soil and the land. Their other conservation practices include sidedressing nitrogen, buffers along ditches, grass waterways, cover crops, and planting green.

Although being a District Conservationist with the Natural Resource Conservation Service (NRCS) has played a role in the farm’s conservation journey, Thompson believes they would have still ended up exactly where they are even without his involvement with NRCS.

Watch the full interview below!

Soil testing is a valuable way for farmers, gardeners, and those with lawns to know what nutrients are already available in their soil, as well as what nutrients should be added. Not knowing what is already available in your soil, makes it easy to over-apply or under-apply fertilizers. Over application can cause negative impacts on water quality if runoff transfers the excess nutrients to waterways. Having too few nutrients in your soil can impede plant growth.

No matter what you’re growing, getting a soil test is important!

On Friday, May 14th, the Allen County SWCD and Purdue Extension partnered to teach soil testing to the first grade students at Washington Elementary School in downtown Fort Wayne. The students did an excellent job listening!

James Wolff from Purdue Extension and Joelle Neff & Ben Taylor from the Allen County SWCD demonstrating soil testing and soil textures to the 1st grad class at Washington Elementary School.

The class learned the importance of getting a soil test. Their faces lit up as they answered questions about how we can protect our water systems by keeping excess nutrients out of them. Excitement filled the school grounds as teachers, students, and agency staff chose different locations to collect soil samples. Each student was able to pick a sampling location.

Soil testing in groups around Washington Elementary School’s property.

The first graders not only learned about soil testing, but they also learned about the different textures of soil. Students felt examples of sand, silt, and clay, as well as play a game that taught them the different properties of these textures. Sand is the largest particle with lots of surface area. It feels course when rubbed between your fingers. It allows for good drainage and doesn’t hold water or nutrients very well. Silt is the medium-sized particle. It feels smooth like baking flour when wet. It doesn’t stick together, so it still has good drainage, but it is small enough to hold water and nutrients. Clay is the smallest soil texture. It sticks together when wet, giving it a sticky texture. Much of the soil in Northeast Indiana has a heavy clay content. Clay does not drain water easily, sometimes remaining waterlogged and causing root rot in plants. On the other hand, clay soils are excellent at holding nutrients.

If you knew all this, congrats! You are smarter than a first grader, but don’t stop there! Keep learning about Conservation Practices like soil testing.

This demonstration was sponsored by the Natural Resources Conservation Service (NRCS) through our Urban and Small Farms Program. The USDA is an equal opportunity provider and employer.

January 2021

An update on the SWCD and USGS partnership: Edge of Field Project. This project collaborates with local farmers to collect water samples for an estimate five years to measure nutrients, sediment, and other critical elements for USGS research.

In January 2021, the SWCD staff were trained how to collect samples and send the collection and other information to USGS. Information is collected and sent after significant rain/snow fall events when water has entered the systems.

The systems are built on the land of cooperating landowners and farmers, at no cost to the farmer. USGS incurs all of the installation costs and other necessary elements. USGS is always looking for new sites to host these Edge of Field sites. Contact our office if you would like more information about this project.

A water sample collected from a tile in Grabill, Indiana. These samples were packaged and sent to Wisconsin for processing.
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