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Heat Stress Injury in Relation to Membrane Lipid Peroxidation in Creeping Bentgrass

Xiaozhong Liua and Bingru Huanga

a Dep. of Horticulture, Forestry and Recreation Resources, Kansas State Univ., Manhattan, KS, 66506 USA



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Fig. 1 Leaf photochemical efficiencies (Fv/Fm) of two creeping bentgrass cultivars as affected by high temperature (HT). Vertical bars indicate LSD values (P = 0.05) for treatment and cultivar comparisons at a given day

 


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Fig. 2 Leaf chlorophyll contents of two creeping bentgrass cultivars as affected by high temperature (HT). Vertical bars indicate LSD values (P = 0.05) for treatment and cultivar comparisons at a given day

 


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Fig. 3 Cell membrane permeabilities in leaves and roots of two creeping bentgrass cultivars as affected by high temperature (HT). Vertical bars indicate LSD values (P = 0.05) for treatment and cultivar comparisons at a given day

 


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Fig. 4 Malondialdehyde (MDA) contents in leaves and roots of two creeping bentgrass cultivars as affected by high temperature (HT). Vertical bars indicate LSD values (P = 0.05) for treatment and cultivar comparisons at a given day

 


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Fig. 5 Superoxide dismutase activities in leaves and roots of two creeping bentgrass cultivars as affected by high temperature (HT). Vertical bars indicate LSD values (P = 0.05) for treatment and cultivar comparisons at a given day

 


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Fig. 6 Catalase activities in leaves and roots of two creeping bentgrass cultivars as affected by high temperature (HT). Vertical bars indicate LSD values (P = 0.05) for treatment and cultivar comparisons at a given day

 


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Fig. 7 Peroxidase activities in leaves and roots of two creeping bentgrass cultivars as affected by high temperature (HT). Vertical bars indicate LSD values (P = 0.05) for treatment and cultivar comparisons at a given day

 





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