In-situ Root Imaging - Redefining Below Ground Research
Understanding root dynamics has always been a challenge — until now. NuTech introduces a state-ofthe-art, non-destructive root observation system capable of visualizing in-situ root growth and monitoring the movement of even the finest root hairs. This advanced platform combines high-resolution imaging, automated data capture, and precision environmental control, providing researchers with unprecedented insights into root–soil–water interactions and plant physiological responses. A new era in below-ground phenotyping begins with NuTech.
About RZ-141
The RZ-141 consists of a control unit, a highdefinition imaging module, high-definition cables, a positioning ruler, and a positioning handle. This system captures high-resolution images of roots and rhizosphere microorganisms across different seasons. It is robust, durable, lightweight, and portable, equipped with a “Smucker” positioning handle for precise positioning. The system is suitable for microrhizotrons installed horizontally, vertically, or at an inclined angle. The accompanying professional image acquisition software facilitates rapid setup, image capture, and ICAP naming. The software adjusts the imaging area based on the diameter of the micro-rhizotron and includes nonlinear calibration functionality to eliminate the curved effect of the micro-rhizotron.
System Features
- In-situ Monitoring: Continuously monitors individual fine roots from birth to death without disturbing their growth process.Â
- Multispectral Imaging: Enables detailed imaging of roots under varying lighting conditions.
- High-precision Analysis: Quantifies various root indicators in conjunction with professional root analysis software.
- Real-time Imaging: Provides real-time imaging of living roots, fulfilling qualitative screening and quantitative research objectives. It achieves fast imaging without the need for white balancing, efficiently capturing images.Â
- Durable and Portable: The instrument is sturdy, lightweight, and portable, equipped with a “Smucker” positioning handle for precise positioning and suitable for various installation angles.
- Wide Applicability: Suitable for research and teaching in disciplines such as agronomy, biology, ecology, cultivation science, and horticulture, as well as in field or greenhouse environments. Parameters such as length, weighted average width, maximum width, minimum width, standard deviation of width, weighted average angle, maximum length, minimum length, standard deviation of angle, surface area, projected area, etc.
