In summary, the application of AT was effective in managing
moderate, but not severe, drought stress, especially under high
[CO2] (2000molmol−1). This synergic effect of AT and high [CO2]
was also found for root respiration under the more stressful conditions
(8 d of drought). Leaf w was less affected by drought at high
[CO2], and withATapplication,w values were higher than for nonsprayed
leaves. Total soluble sugars showed a significant response
after application of AT, but only when moderate stress was imposed
at ambient [CO2], and spraying with AT augmented the amino acid
accumulation under water stress. Under severe drought, proline
accumulation was greatly decreased by the application of AT. In
conclusion, our findings imply that negative effects on pepper photosynthesis
resulting from drought can be mitigated by AT under
higher [CO2].
In summary, the application of AT was effective in managing
moderate, but not severe, drought stress, especially under high
[CO2] (2000molmol−1). This synergic effect of AT and high [CO2]
was also found for root respiration under the more stressful conditions
(8 d of drought). Leaf w was less affected by drought at high
[CO2], and withATapplication,w values were higher than for nonsprayed
leaves. Total soluble sugars showed a significant response
after application of AT, but only when moderate stress was imposed
at ambient [CO2], and spraying with AT augmented the amino acid
accumulation under water stress. Under severe drought, proline
accumulation was greatly decreased by the application of AT. In
conclusion, our findings imply that negative effects on pepper photosynthesis
resulting from drought can be mitigated by AT under
higher [CO2].
การแปล กรุณารอสักครู่..

In summary, the application of AT was effective in managing
moderate, but not severe, drought stress, especially under high
[CO2] (2000molmol−1). This synergic effect of AT and high [CO2]
was also found for root respiration under the more stressful conditions
(8 d of drought). Leaf w was less affected by drought at high
[CO2], and withATapplication,w values were higher than for nonsprayed
leaves. Total soluble sugars showed a significant response
after application of AT, but only when moderate stress was imposed
at ambient [CO2], and spraying with AT augmented the amino acid
accumulation under water stress. Under severe drought, proline
accumulation was greatly decreased by the application of AT. In
conclusion, our findings imply that negative effects on pepper photosynthesis
resulting from drought can be mitigated by AT under
higher [CO2].
การแปล กรุณารอสักครู่..
