Abstract:Chlorophyll fluorescence technique was applied on young nitrogen fixing soybean plants (Glycine max L.) for detecting and assessment of the effects of two environmental stress factors -salinity and enhanced UV-B radiation. Biological nitrogen fixation by legume -Rhizobium symbiosis is important to agricultural productivity and is therefore of great economic interest. Soybean and soy foods attract worldwide attention for their potential health benefits and uses in food manufacturing. Soybean plants were grown u… Show more
“…The averaged fluorescence spectra of leaves of the same nitrogen fixing soybean plants treated with the two NaCl concentrations are displayed in Fig. 18 (Krezhova et al, 2011b). All spectra are normalized to their second maximum, which in this case is at 4 = m = 738 nm.…”
Section: Influence Of the Combined Impact Of Stresses On Soybean Plantsmentioning
“…The averaged fluorescence spectra of leaves of the same nitrogen fixing soybean plants treated with the two NaCl concentrations are displayed in Fig. 18 (Krezhova et al, 2011b). All spectra are normalized to their second maximum, which in this case is at 4 = m = 738 nm.…”
Section: Influence Of the Combined Impact Of Stresses On Soybean Plantsmentioning
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