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This model is constructed as a possible approach to forecast for leaf injury under different O3 concentrations and light intensity combinations.
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A common method for determining rates of senescence and leaf injury is the visual scoring of symptoms, classifying individuals on an integer scale from zero to an arbitrary upper value (Gregorio et al. [1997]; Negrão et al. [2011]).
Top dressing of (NH4 2SO4 at 5 6 leaf stage (24 25 June) resulted in leaf injury if fertilizer was trapped on the leaf surface.
Linear correlation shows that Leaf Injury Index (LII) and height increment (H.I).
Figure 3 Chronic ambient O3 exposure reduced the leaf injury index percentage (LII%).
There was a significant difference in the leaf injury index percentages (LII%) of seedlings with and without old leaves after exposure to 150 ppb O3 for 8 hours (p < 0.001).
The extent of leaf area injured (leaf injury index) was mostly explained by the accumulated exposure of ozone (r2 = 0.89; p < 0.05).
Different segregating populations of rice, maize, wheat, and barnyard grass have been studied for diverse waterlogging related characteristics or criteria, such as plant survival, leaf senescence, the extent of stimulation of shoot elongation caused by stress [ 46], waterlogged shoot growth and waterlogged root growth [ 47], adventitious root formation and leaf injury [ 48, 49].
At the 16th day of rewarming, plants were evaluated for freezing tolerance using a visual rating scale based on leaf injuries and ranging from 0 (no freezing injuries) to 5 (all leaflets are yellow and dry: dead plant).
Sweep up all your leaves for leaf mould.
The micropropagated plants showed significantly higher values for leaf area, leaf length, leaf width and leaf dry mass.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com