The “Photosynthesis and Water Balance Analysis” section presents advanced instruments for precise evaluation of plant physiological functions. These systems measure photosynthetic activity, chlorophyll fluorescence parameters (Fv/Fm, Y(II)), stomatal conductance, transpiration, and water exchange dynamics.
Modern fluorometers and porometers are equipped with leaf temperature, humidity, CO₂, and PAR sensors, ensuring accurate results both in the field and in controlled laboratory environments.
Applications include:
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studying the impact of environmental factors on photosynthetic efficiency;
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detecting early stages of abiotic stress (drought, nutrient deficiency, excessive light);
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evaluating photosystem II activity and water-use efficiency;
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performing ecological and agronomic monitoring of vegetation status.
These technologies enable detailed insight into photosynthetic and water-exchange processes in plants, providing valuable tools for scientific research, plant breeding, and environmental biotechnology.
(Their precision and reliability make them indispensable for universities, research institutes, and agrobiological laboratories.)
