Quick Links:

Agronomy and Precision Agriculture

Variety Testing and Development


Hello and welcome to the Vetch Lab at Montana State University. I'm Dr. Justin M. Vetch, an Assistant Professor of Agronomy and the principal investigator of this research group. Nestled in the heartland of Montana, our lab is committed to advancing agriculture through innovative research and technology. Our primary areas of focus are Precision Agriculture, Variety Testing and Development, with specialized interests in Hyperspectral Imaging and Large Language Models.

Why Precision Agriculture?

Agriculture is the backbone of Montana's economy, and with an ever-growing global population, the importance of maximizing yield and sustainability has never been more significant. Precision agriculture allows us to optimize field-level management in terms of crop farming. Through detailed, zone-specific data and analytics, we can target areas for improvement, minimize waste, and drive economic sustainability, all while caring for our environment.

Variety Testing and Development

Climate change and increasing threats from pests and diseases underscore the need for developing resilient crop varieties. Our work in variety testing aims to help Montana farmers by identifying crop varieties that are best suited for local soil and weather conditions. In a state where agriculture varies from the semi-arid regions of the east to the more temperate zones in the west, localized variety development is not just a priority; it's a necessity.

Hyperspectral imaging: Monitoring of the future

The application of hyperspectral imaging in agriculture represents a leap forward in our ability to monitor crop health, soil properties, and even predict yields. This technology allows us to non-destructively assess various parameters of soil and plants, enhancing our ability to make informed decisions that were previously limited by traditional methods.

Large Language Models: Democratizing Ag Data

The wealth of data generated in modern agriculture is often underutilized due to its complexity and volume. By employing large language models, our lab aims to make agricultural data more understandable and accessible. Whether it’s farmers looking to understand complex soil analyses or researchers deciphering intricate data sets, our work brings clarity, facilitating informed decision-making for a more sustainable future.We invite you to explore our website, delve into our projects, and get to know the talented individuals who make up our team. Together, we're not just advancing agriculture; we're cultivating a brighter future for Montana and beyond.