How spectroscopy is transforming precision agriculture and farming

Added on 25 February 2025

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How spectroscopy is transforming precision agriculture and farming

All Images Credit: Avantes

A growing population and shifting climate patterns are directly impacting both agriculture and horticulture. As demand for food rises, unpredictable weather conditions can lead to total crop failures. In response, more farmers and industry leaders are adopting precision agriculture and vertical farming to enhance efficiency and sustainability.

Spectroscopy has become a key technology in agriculture, driving efficiency, saving time, and maximizing production. Its potential to shape the future of farming is vast. This article highlights one of its most impactful applications: precision crop control.

Precision Crop Control

Precision crop control involves monitoring, evaluating, and responding to crops to provide exactly what they need for optimal health and productivity. This approach encompasses several key applications, with spectroscopy playing a crucial role.

Plant Health Monitoring

Spectroscopy in Disease Research

Plant health is a top priority for farmers, as it directly impacts yield. Spectroscopy offers a powerful tool for early disease detection, helping to prevent outbreaks before they spread. Near-infrared (NIR) spectroscopy, in particular, provides a cost-effective and accurate method for identifying diseases in leaves and crop canopies.