Camera Technology: Capturing the Unseen in Plant Phenotyping

Diverse Imaging Technologies

WIWAM’s phenotyping platforms incorporate several non-invasive plant imaging technologies:

• RGB imaging: Standard digital color imaging for assessing visual traits
• Infrared imaging: Thermographic imaging for measuring leaf temperature
• Hyperspectral imaging: Obtaining reflectance spectra within visible and near-infrared ranges
• Fluorescence imaging: Measuring photosynthetic activity and GFP excitation

Hyperspectral Imaging: Unveiling the Invisible

Our state-of-the-art hyperspectral imaging systems allow researchers to explore various spectral bands, enabling detailed analysis of plant health, nutrient absorption, and early disease detection. This technology can identify subtle changes in plant physiology indicative of stress factors before they become visible to the naked eye, enhancing predictive analysis and informed decision-making.

Seamless Integration and Compatibility

WIWAM has developed proprietary APIs that facilitate seamless integration with various camera technologies. This compatibility ensures our phenotyping systems can adapt to diverse research settings and requirements, enhancing the utility of existing protocols and allowing for the incorporation of new imaging technologies as they become available.

Expanding Research Possibilities

The flexibility and sophistication of WIWAM’s camera technology enable researchers to push the boundaries of plant observation and measurement. From detailed morphological studies to intricate biochemical analyses, our cameras provide the tools necessary for comprehensive and nuanced plant assessments, opening new avenues for exploring plant behavior and response under various conditions.

WIWAM’s Commitment to Innovation

Our dedication to integrating advanced camera technology into phenotyping systems represents WIWAM’s commitment to enhancing plant science. By providing researchers with tools to see more deeply and clearly, we empower them to achieve breakthroughs in understanding plant life, redefining what’s possible in agricultural and environmental research.