Nondestructive Assessment of Plant Material Using Electrical Impedance ID: 2020-009

A groundbreaking handheld probe technology for the nondestructive evaluation of plant health, specifically targeting corn stalks, through electrical impedance.

Technology Overview

This innovative technology employs a handheld probe to perform nondestructive assessments of corn stalks by measuring electrical impedance. By evaluating the internal damage caused by diseases or pests without harming the plant, this method provides a significant advancement over traditional destructive testing techniques. It enables continuous monitoring of plant health by measuring impedance spectroscopy, indicating changes in moisture and detecting physical damage, such as that caused by corn borer pests.

Key Advantages

• Nondestructive evaluation allows for continuous health monitoring of plants
• Enables early detection of internal damage from diseases or pests
• Improves crop management by indicating changes in moisture and physical damage
• Utilizes advanced computational methods for data processing and analysis

Problems Addressed

• Overcomes the limitations of traditional destructive testing methods
• Provides a reliable alternative for assessing plant health without causing damage
• Facilitates early intervention by detecting signs of diseases or pest damage
• Addresses the challenge of continuously monitoring plant health in a non-invasive manner

Market Applications

• Agricultural crop monitoring and management
• Quality control in crop production
• Research and development in plant sciences
• Commercial development opportunities, as evidenced by interest from companies like Corteva/Pioneer

Additional Information

Technology ID: 2020-009
Sell Sheet: Download the Sell Sheet here
Market Analysis: Contact us for a more in-depth market report
Date Published: 28 March, 2025