Trial Data
Dive into the Science: Access exclusive insights where we blend university-backed crop trial data with our own on-farm experiments. Discover how this fusion of research and real-world application drives our agricultural innovation and sustainable practices.
University Crop Trials
On Farm Trials
2023 Wheat Results
| Varitey | Yield (Bu/Ac) |
|---|---|
| Crescent AX | 61.8 |
| Byrd CL Plus | 57.4 |
| WB 4792 | 57.3 |
| KS Territory | 55.9 |
| KS Dallas | 54.1 |
| WB 4422 | 54 |
| Windom SF | 53.1 |
| Avery | 52.1 |
| Langin | 51.3 |
| Amplify SF | 49.7 |
| WB 4483 | 48.5 |
Harvest Lab 3000
The HarvestLab 3000 sensor enables an accurate measurement and documentation of dry matter, starch, protein, neutral detergent fiber, and acid detergent fiber in different crop types. For better fertilization planning in the next season, operators can use the HarvestLab 3000 sensor to determine and document the nutrient values taken off the field during harvest.
On Farm Nitrogen Gradient Trial with Harvest Lab 3000:
When fertilizing our wheat, we aim for a nitrogen application of 125 lbs of nitrogen per acre. This is reached through a combination of residual N determined from soil testing, starter applied at planting, and top dressing in the spring. To learn more about the impact that N application rate has on protein in the harvested wheat, we set up N gradient strip trials on three different wheat varieties that we carry. The N gradient strip trials that we performed are as follows:
- 80 lbs of N — remove 12.7 gals of 32-0-0 from top dress
- 95 lbs of N — remove 8.5 gals of 32-0-0 from top dress
- 110 lbs of N — remove 4.2 gals of 32-0-0 from top dress
- 125 lbs of N (typical application goal)
- 140 lbs of N — add 4.2 gals of 32-0-0 to top dress
- 155 lbs of N — add 8.5 gals of 32-0-0 to top dress
- 170 lbs of N — add 12.7 gals of 32-0-0 to top dress
Our goal is to determine the best N rate to recieve the highest return in terms of yield and consistant protein. We are expecting to see variations between varieties in how they respond to N rates to help steer our customers in the right direction to achieve their individual goals on their operation. Below shows our first year results from harvest of 2023. Stay tuned to see 2024 results that will begin to give us some tangible direction and information to begin meeting our goals.
Through the use of the protein maps generated by the Harvest Lab 3000 at wheat harvest, we are going to explore using those maps to create N removal maps from growing that crop. With the assumption that that field was fertilized to 125 lbs of N per acre, we will be able to make a prescription map to variable rate fertilize our dryland corn acres. Trials for this will begin during the 2024 growing season.
Terramar
TERRAMAR is a highly soluble combination of biologically converted kelp and leonardite (a carbon source) that can be used by growers to augment a balanced crop nutrition system. Intended for foliar use in row crops, TERRAMAR delivers increased nutrient uptake and enhanced stress mitigation, which can optimize plant health and contribute to enhanced yield.
Key Benefits:
- Enhances nutrient uptake and provides key carbon derivatives for additional energy to optimize plant performance
- Improves crop tolerance to abiotic stressors such as heat, drought, cold and salt
Product Features:
- Foliar applications deliver a unique set of highly active, metabolite-based compounds for quicker absorption through the leaf tissue of the plant
- Compatible with key crop inputs, including liquid fertilizers, insecticides, herbicides and fungicides, for maximum application flexibility
On Farm Terramar Trial:
- Drilled Sep. 17-Oct. 6, 2022
- In-furrow starter program: 5 gpa 10-34-0 + 3.3 gpa 32% + 1.7 gpa 12-0-0-26
- GSP herbicide program applied May 10th, 2023: 1 oz. Patriot + 4 oz. Willowood TEB 3.6SC + 1.5 oz Premier 90 +
6 oz. Loveland 2,4-D LV 6 - GSP herbicide program vs GSP + 1 qt. Terramar
- Harvested July 16-28, 2023
This growing season, we’re planning on continued Terramar trials across multiple wheat varieties to deepen our understanding of its impact. By assessing its effects on various genetics, we aim to uncover which varieties stand to benefit most from Terramar. Stay tuned as we delve into this innovative approach to enhance wheat cultivation.