Non-contact plant growth measurement method and system based on ubiquitous sensor network technologies

Area of Science:

• Agricultural Engineering
• Sensor Technology
• Plant Physiology

Background:

• Traditional plant growth measurement methods can be invasive and labor-intensive.
• Accurate, real-time monitoring of plant development is crucial for agricultural research and management.
• Ubiquitous Sensor Network (USN) technology offers potential for remote and automated data collection.

Purpose of the Study:

• To develop and validate a non-contact system for precise plant growth measurement.
• To utilize infrared sensors and USN technology for real-time data acquisition.
• To enable remote monitoring and analysis of plant stem development.

Main Methods:

• Implementation of fixed-type and rotary-type infrared sensor-based measurement devices.
• Non-contact measurement of plant stem radius for real-time data capture.
• Data transmission via USN technology to a remote application server for analysis.

Main Results:

• The system successfully generated plant stem diameter, cross-sectional area, and thickening patterns.
• Non-contact measurement ensured no damage to plant tissues during data collection.
• Field experiments validated the system's performance against established measurement data.

Conclusions:

• The proposed non-contact infrared sensor system effectively monitors plant growth parameters.
• USN integration facilitates remote data analysis and accessibility for stakeholders.
• This technology offers a promising, non-destructive approach to plant growth monitoring in various applications.