We report the first direct decomposition of the fluorescence lifetime heterogeneity during
multiphasic fluorescence induction in dark-adapted leaves by multi-frequency phase and …

PAM fluorescence of leaves of cherry laurel (Prunus laurocerasus L.) was measured
simultaneously in the spectral range below 700 nm (sw) and above 700 nm (lw). A high …

Chlorophyll a fluorescence rise (FLR) measured in vivo in dark-adapted plant tissue
immediately after the onset of high light continuous illumination shows complex O–K–J–I–P …

Recently, the long-standing paradigm of variable chlorophyll (Chl) fluorescence (Fv) in vivo
originating exclusively from PSII was challenged, based on measurements with green algae …

Green leaves illuminated with photosynthetically active light emit red fluorescence, whose
time-dependent intensity variations reflect photosynthetic electron transport (the Kautsky …

The general principles involved in chlorophyll fluorescence quenching analysis by the
saturation pulse method are presented, outlining the rationale for using the empirical …

Paper describes chlorophyll a fluorescence measurements in algal cells, and intact plant
leaves and isolated chloroplasts. It focuses on amplitude and 10μs-resolved kinetics of …

Using a combination of modulated and non-modulated light with synchronized detection it
has been possible to monitor State 1–State 2 transitions in intact leaves as changes in the …

Chlorophyll (Chl) a fluorescence induction (transient), measured by exposing dark-adapted
samples to high light, shows a polyphasic rise, which has been the subject of extensive …

Paper describes principles and application of a novel routine that enables the quantitative
analysis of the photochemical O–J phase of the variable fluorescence F v associated with …