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MONITORING-PAM
Fluorometer for Long-term Monitoring of Photosynthesis
The chlorophyll fluorometer MONITORING-PAM is designed for unattended, long-term and multi-site monitoring of chlorophyll fluorescence in air or underwater. At each measuring site, compact and robust emitter-detector units measure modulated chlorophyll fluorescence and perform saturation pulse analysis.
Depending on system configuration, up to seven sites per MONITORING-PAM system can be measured simultaneously. At each site, photosynthetically active radiation (PAR) at sample level is recorded so that relative electron transport rates can be derived from PAR data and photochemical yields of photosystem II.
Monitoring photosynthesis in a grapevine leaf. Picture by courtesy of S. Tittmann and ...
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Monitoring photosynthesis in conifer needles. Picture by courtesy of Albert ...
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Monitoring of acclimation to low temperatures (Holly, Ilex aquifolium ...
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Surveillance of photosynthesis of the dinoflagellate Symbiodinium living ...
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MONI-HEAD/S Measuring Head of the AQUATIC versions recording photosynthesis of an ...
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MONI-HEAD/S Measuring Head of the AQUATIC versions. Close-up with titanium sample clip.
General Features MONITORING-PAM
The multi-site chlorophyll fluorometer MONITORING-PAM operates several emitter-detector heads in parallel. A clip attached to each head positions the sample at defined distance and angle. Two types of emitterdetector heads are available which are specially designed for long-term operation in the field or under water.
Each emitter-detector head is equipped with a blue power LED. Based on exact timing of function, this LED provides modulated fluorescence excitation light, actinic light and saturation flashes. A lens focuses the LED radiation on the sample, and collects fluorescence. Maximum saturation pulse intensity at sample level exceeds 8500 μmol m-2 s-1.
