Fig 1.
Response of plants with different treatments to drought stress and AMF colonization.
Fig 2.
Effect of drought and AMF on the chlorophyll content of plants with different treatments.
Table 1.
Effect of drought and AMF on the relative water content of plants and soil in different treatments.
Table 2.
Effect of drought and AMF on gas exchange parameters of plants in different treatments.
Table 3.
Various Chl a transient parameters in different treatments.
Fig 3.
Chl a transient curve ‘in different treatments.
Each experiment was repeated thrice.
Fig 4.
Effect of drought stress and AMF colonization in different treatments on the quantum yields of energy conversion in PSII where a Y(II) is the quantum yield of PSII, b Y(NO) is the yield of non-regulated energy dissipation, c Y(NPQ) is the yield of regulated energy dissipation, d ETRII relative electron transport rates in PSII with the application of a saturation pulse.
Fig 5.
Effect of drought stress and AMF colonization in different treatments on the quantum yields of energy conversion in PSI where a Y(I) is the quantum yield of PSI, b Y(NA) is the quantum yield of non-photochemical energy dissipation caused by acceptor-side limitation, c Y(ND) is the quantum yield of non-photochemical energy dissipation caused by donorside limitation, d ETRI relative electron transport rates in PSI with the application of a saturation pulse.
Fig 6.
The response of Pm (the maximal change in the P700 signal) and Pm′ (the maximal change in the P700 signal in a given light) in different treatments plants with the application of a saturation pulse.