The LI-6800 is the most advanced photosynthesis measurement system available today, offering high precision, rapid response, and optimized environmental control. It is the leading tool for research in photosynthesis, plant physiology, and ecological studies.
High Precision: Advanced sensors provide accurate measurements of photosynthetic and transpiration parameters.
Environmental Control: Allows precise regulation of CO₂, H₂O, temperature, and light to maintain ideal measurement conditions.
Fast Response: High measurement speed and system responsiveness enable more efficient data collection.
User-Friendly Interface: Large touchscreen display for intuitive operation and real-time data visualization.
Modern, Portable Design: Compact and lightweight for convenient use in both field and laboratory settings.
The LI-6800 delivers key indicators for studying plant photosynthesis and respiration:
Net Photosynthetic Rate (A): Measures the rate of CO₂ assimilation under controlled conditions.
Transpiration Rate (E): Quantifies water loss through stomatal openings.
Stomatal Conductance (gsw): Determines the degree of stomatal aperture, affecting gas exchange.
Intercellular CO₂ Concentration (Ci): Assesses CO₂ fixation efficiency within leaf tissues.
Chlorophyll Fluorescence: Evaluates photosynthetic efficiency through leaf fluorescence responses.
Applications
Aquatic carbon analysis systems are widely used in both research and applied environmental monitoring, including:
Ocean Acidification Monitoring: Track related parameters to better understand acidification trends and their impacts on marine organisms.
Fisheries and Aquaculture Management: Monitor water quality and the health of aquatic species in cultivation environments.
Lakes and Wetlands Research: Evaluate the role of freshwater ecosystems in the global carbon cycle.
Oceanography and Marine Biology: Assess carbon exchange processes and the effects of climate change on marine ecosystems.
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