Reto J. Strasser
Papers
1
Total Citations
36
H-Index
1
About
Reto J. Strasser is a pioneering plant biophysicist renowned for his transformative work in chlorophyll a fluorescence and its application to stress physiology. His research centers on the rapid, non-invasive assessment of photosynthetic efficiency, particularly through the development of the JIP-test—a method that analyzes the polyphasic rise of chlorophyll fluorescence transients to diagnose plant vitality. Strasser’s major contributions include elucidating the energy flux theory in photosystem II, enabling real-time detection of environmental stressors, pollutants, and herbicide effects on plants. His highly cited work, such as the 2003 study on robotized time-lapse imaging, integrates chlorophyll fluorescence imaging with thermography to monitor in-planta uptake and microbial degradation of phenylurea herbicides, demonstrating how these non-contact techniques visualize localized stress on photosynthesis and transpiration. With over 36 citations on this seminal paper alone and a career spanning decades, Strasser’s impact is profound, influencing ecophysiology, agriculture, and environmental monitoring. His achievements include the development of the Handy PEA fluorimeter and the OJIP test, now standard tools worldwide. For students and researchers, Strasser’s work offers a powerful lens into how plants respond to their environment, merging biophysics with practical applications in sustainable agriculture and ecotoxicology.
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Top Papers
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