Additional file 2. The values of fluorescence parameters Y(NO), Fv/Fm and NPQ obtained from ice-plant leaf images without registration. Figure 1. The fluorescence parameter Y(NO) value changes in C3 and CAM common ice plant leaves obtained from ice-plant leaf images without registration. Figure 2. The fluorescence parameter Fv/Fm value changes in C3 and CAM common ice plant leaves obtained from ice-plant leaf images without registration. Figure 3. The fluorescence parameter NPQ value changes in C3 and CAM common ice plant leaves obtained from ice-plant leaf images without registration
Abstract: Fluorescence imaging represents a non-invasive tool for revealing and understanding spatia...
Plant leaves grow and change their orientation as well their emission of chlorophyll fluorescence in...
Abstract Background Freezing tolerance is an important factor in the geographical distribution of pl...
Additional file 1. Illustration of the results of tests for automatic registration of fluorescence i...
Abstract Background Chlorophyll fluorescence analysis is one of the non-invasive techniques widely u...
Image analysis is increasingly used in plant phenotyping. Among the various imaging techniques avail...
Small fraction of the light energy absorbed by the leave is emitted in the form of the fluorescence....
Several imaging techniques have provided valuable tools to evaluate the impact of biotic stress on h...
International audienceBACKGROUND: In order to select for quantitative plant resistance to pathogens,...
Background: Image analysis is increasingly used in plant phenotyping. Among the various imaging tech...
Quantitative analysis of chlorophyll fluorescence transients and quenching has evolved rapidly in th...
Chlorophyll fluorescence imaging has now become a versatile and standard tool in fundamental and app...
Chlorophyll fluorescence is a rapid, non-destructive and inexpensive technique that has been used su...
Additional file 12. Digital image showing a maize plant being evaluated by IMAGING-PAM. For the meas...
Different biotic stresses yield specific symptoms, owing to their distinct influence on a plant's ph...
Abstract: Fluorescence imaging represents a non-invasive tool for revealing and understanding spatia...
Plant leaves grow and change their orientation as well their emission of chlorophyll fluorescence in...
Abstract Background Freezing tolerance is an important factor in the geographical distribution of pl...
Additional file 1. Illustration of the results of tests for automatic registration of fluorescence i...
Abstract Background Chlorophyll fluorescence analysis is one of the non-invasive techniques widely u...
Image analysis is increasingly used in plant phenotyping. Among the various imaging techniques avail...
Small fraction of the light energy absorbed by the leave is emitted in the form of the fluorescence....
Several imaging techniques have provided valuable tools to evaluate the impact of biotic stress on h...
International audienceBACKGROUND: In order to select for quantitative plant resistance to pathogens,...
Background: Image analysis is increasingly used in plant phenotyping. Among the various imaging tech...
Quantitative analysis of chlorophyll fluorescence transients and quenching has evolved rapidly in th...
Chlorophyll fluorescence imaging has now become a versatile and standard tool in fundamental and app...
Chlorophyll fluorescence is a rapid, non-destructive and inexpensive technique that has been used su...
Additional file 12. Digital image showing a maize plant being evaluated by IMAGING-PAM. For the meas...
Different biotic stresses yield specific symptoms, owing to their distinct influence on a plant's ph...
Abstract: Fluorescence imaging represents a non-invasive tool for revealing and understanding spatia...
Plant leaves grow and change their orientation as well their emission of chlorophyll fluorescence in...
Abstract Background Freezing tolerance is an important factor in the geographical distribution of pl...