primary quinone electron acceptors of PSII QA
(1–VJ) and the
ratio of (1–VI)/(1–VJ) which express the efficiency with which
an electron from the intersystem electron carriers moves to
electron acceptors in the reduced end at the PSI acceptor
side, decreased with increasing drought intensity, and this
decrease was more pronounced in 100% light compared
to 60 and 25% sunlight (Fig. 4-A, C and E). However, (in
Fig. 4-B, D and F) when leaf RWCs were >75%, Fv/Fm, (1–VJ)
and (1–VI)/(1–VJ) showed little differences under these
three light conditions among leaves with identical RWCs
(Fig. 4-B, D and F).
primary quinone electron acceptors of PSII QA(1–VJ) and theratio of (1–VI)/(1–VJ) which express the efficiency with whichan electron from the intersystem electron carriers moves toelectron acceptors in the reduced end at the PSI acceptorside, decreased with increasing drought intensity, and thisdecrease was more pronounced in 100% light comparedto 60 and 25% sunlight (Fig. 4-A, C and E). However, (inFig. 4-B, D and F) when leaf RWCs were >75%, Fv/Fm, (1–VJ)and (1–VI)/(1–VJ) showed little differences under thesethree light conditions among leaves with identical RWCs(Fig. 4-B, D and F).
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