With the increase of EC value in soil, the relation between salt tolerant plants and the amount
of H2O2 and peroxidase enzyme activity under salt stress can be classified into 2 groups: group I
(less responsive to salt stress than group II) consisting of 4 plant species: C. quadrangulare, A.
auriculiformis, C. siamea, and A. magium, that showed a slight increase in both the amount of H2O2
and the peroxidase activity; and group II (more responsive to salt stress than group I) consisting of
P. dulce and Albizia lebbeck, that showed increase in both H2O2 content and peroxidase activity in
leaves. The result indicated that C. quadrangulare is the most tolerant plant based on its ability to
With the increase of EC value in soil, the relation between salt tolerant plants and the amount
of H2O2 and peroxidase enzyme activity under salt stress can be classified into 2 groups: group I
(less responsive to salt stress than group II) consisting of 4 plant species: C. quadrangulare, A.
auriculiformis, C. siamea, and A. magium, that showed a slight increase in both the amount of H2O2
and the peroxidase activity; and group II (more responsive to salt stress than group I) consisting of
P. dulce and Albizia lebbeck, that showed increase in both H2O2 content and peroxidase activity in
leaves. The result indicated that C. quadrangulare is the most tolerant plant based on its ability to
การแปล กรุณารอสักครู่..
