Can precision agriculture help rebuild soil while protecting it from further erosion? Our white paper, Driving Regenerative and Sustainable Agricultural Practices with Precision, explores this through a case study titled "Maintaining Soil Cover and Managing Phosphate to Reduce Erosion and Runoff." In hummocky landscapes, eroded hilltops can lead to poor seed placement, low plant populations, and exposed soil that is vulnerable to further erosion. In our case study, variable rate seeding was used to increase crop establishment in vulnerable areas, while phosphate rates were adjusted by SWAT zone based on soil P supply and expected yield removal. The goal was to build ground cover, support soil health, and minimize excess phosphate and runoff. 🌱THE RESULT: Over time, increased crop roots and biomass can improve soil health and reduce seedling mortality, allowing seeding rates to eventually return to normal. This is a practical example of using field specific data to improve crop establishment while protecting soil. Read the full case study in our white paper here: bit.ly/4dmmWVD #SWATMAPS #precisionag #regenerativeag