Phenotyping is a key field in plant research, precision agriculture, crop breeding and agricultural quality control. Its purpose is to measure, document and analyse the physical and physiological expression of plants under different environmental conditions, and to connect the plant’s genetic data with its actual performance in the field, greenhouse or laboratory.
Advanced phenotyping systems enable fast, accurate and often non-destructive measurement of important parameters such as growth rate, leaf area, plant colour and health, chlorophyll content, photosynthetic efficiency, stomatal conductance, gas exchange, water stress, and plant response to heat, cold, drought, salinity, disease and changing light conditions. These measurements make it possible to identify differences between varieties, evaluate the effect of agricultural treatments, improve growing processes and make data-based decisions.
This category includes a wide range of products and solutions for phenotyping and plant research, including systems for measuring photosynthesis, chlorophyll fluorescence, stomatal conductance, gas exchange, water stress, colour analysis, imaging, environmental sensors, plant monitoring systems and software for data collection and analysis. Some systems are designed for point measurements of individual leaves or plants, while others are suitable for continuous monitoring or high-throughput measurement of multiple samples for research and comparison purposes.
The equipment is suitable for use in universities, research institutes, seed companies, agricultural laboratories, greenhouses, breeding centres, trial stations and organisations involved in the development of advanced agricultural solutions. The use of phenotyping systems helps researchers and agronomists gain a deeper understanding of how plants respond to their environment, improve crop yields, identify stress resistance and develop more efficient, stable and healthy crops.
