Assess plant physiology with the Chlorophyll Fluorescence, using the ‘Pulse-Amplitude-Modulation’ principle. PAM fluorometers allow rapid, non-invasive assessment of photosynthetic energy conversion. PAM fluorescence is applicable in the field, greenhouse or laboratory.
- Photosynthesis research
- Plant ecology
- Stress physiology
- Terrestrial / aquatic plants
- Information from whole leaf to single cells
- Detecting phytotoxic compounds
- Algae studies
- Microbial mats
Fluorescence instruments use the “Pulse-Amplitude-Modulation” (PAM) measuring principle. By shining a defined wavelength onto a leaf and then measuring the light emitted at a longer wavelength, the efficiency of the plant biochemistry may be evaluated. PAM fluorometers allow rapid, non-invasive assessment of photosynthetic energy conversion. PAM fluorescence is applicable in the field, greenhouse or laboratory.
A wide spectrum of PAM chlorophyll fluorometers is available for non-intrusive assessment of photosynthesis from single cells to whole leaves.
SenSys supplies Walz products PAM-2500, Monitoring-PAM, Junior-PAM, Dual-PAM-100, Imaging-PAM M-Series, TOXY-PAM, Phyto-PAM, Microscopy-PAM, Microfiber-PAM, Water-PAM, Diving-PAM, Mini-PAM and XE-PAM.
Contact SenSys for further information and detailed specifications.