Combining precision conservation technologies into a flexible framework to facilitate agricultural watershed planning

This paper presents a flexible framework that integrates precision conservation technologies to enhance agricultural watershed planning by efficiently reducing nutrient and sediment losses from farmland. The approach emphasizes improving soil health as a foundation, then applies spatial data (like lidar, soil surveys, and land use information) to prioritize and locate a diverse suite of conservation practices at in-field, below-field, and riparian scales, tailoring scenarios to local conditions. Through a step-wise process, the framework maps opportunities for targeted practices such as controlled drainage, wetlands, grassed waterways, bioreactors, and riparian buffers, fully leveraging GIS-based analysis for scenario development and stakeholder engagement. The authors argue that this adaptable, multi-practice strategy supports voluntary conservation, maximizes ecosystem services (including crop production and water quality), and accommodates landowner and watershed community preferences.