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Titlebook: Applications of Chlorophyll Fluorescene; Hartmut K. Lichtenthaler Book 1988 Kluwer Academic Publishers 1988 Chloroplast.environment.photos

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Employment and Wage Policies 1956–65e. This transient inhibition of photosynthesis in intact leaves is very important as concerns the explanation of the mechanism of paraquat resistance. In the present study a solid-state device for measurement of the DF is described, which is suitable for studies of photosynthesis and stress physiology under field conditions.
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Measurement and Analysis of Chlorophyll Fluorescence in Plants Using Modulated Actinic Illumination1 Hz. Based on measurements of the phase shift between the modulated actinic light and the fluorescence changes, we suggest that this high-frequency component is mainly attributable to photochemical quenching. At lower frequencies a strong deviation of linearity is observed.
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Characterization of Paraquat-Resistant Conyza Leaves Through Delayed Fluorescencee. This transient inhibition of photosynthesis in intact leaves is very important as concerns the explanation of the mechanism of paraquat resistance. In the present study a solid-state device for measurement of the DF is described, which is suitable for studies of photosynthesis and stress physiology under field conditions.
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In Vivo Chlorophyll Fluorescence as a Tool for Stress Detection in Plantsx/fo), the vitality index (fluorescence decrease ratio, Rfd-values), the stress adaption index Ap, the fluorescence spectra (ratio F690/F735) and the photochemical Q- and non-photochemical E-quenching (qQ and qE). Some examples of the measurement of these parameters under stress conditions are given.
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