Precision Agriculture

All Precision Agriculture Content

Aerial photo of a field revealing crop productivity within a specified management zone.

Creating Management Zones Using Electrical Conductivity

The first step to practicing zone management is to identify the variations that control yield. There are various methods for characterizing soil variations within a field, and among them, electrical conductivity measurement is one of the most-reliable.

Sample USDA NRCS Web Soil Survey output. Orange boundaries mark different soil zones on a satellite photo.

Precision Agriculture and Zone Management

Precision agriculture tools can address the variations in a production system to enhance plant growth and crop yield. Zone management controls the variable rate of inputs for optimal performance within a defined field zone.

a man posing for a headshot in a dark suit and tie

SDSU Welcomes Ali Nafchi to Precision Agriculture Team

July 09, 2021

The South Dakota State University Department of Agronomy, Horticulture and Plant Science, along with SDSU Extension, has named Dr. Ali M. Nafchi to serve as an Assistant Professor and Extension Specialist in Precision Agriculture.

Farmer calibrating a yield monitor insde a combine cab.

Calibrate Your Combine Yield Monitors!

The equipment associated with precision farming is a considerable investment and is a great tool for gaining knowledge about your farming operation. The yield monitor is often overlooked as the critical piece of equipment when the crops are ready for harvest.