… of hormonal crosstalk that mediate the salt stress response and adaptation in graminaceous
crops. … The detailed mechanisms of hormonal crosstalk during salt stress can be exploited …

… the nongraminaceous plants and strategy II which was prevalent in the graminaceous crops
(… ie Fe 3+ in Fe deficient graminaceous plants. These phytosiderophores facilitate the uptake …

… This is especially true for graminaceous plants, which accumulate Siduring their natural …
crop management practices. By administering appropriate hormones depending on the crop …

… Under such conditions, unlike other graminaceous plants, the absorption of Fe 2+ by the …
and JA pathways show negative crosstalk [73]. Hormone signalling networks in plant defence …

… hormonal cross-talk for elongating cells in the hypocotyl and the proximal root meristem
is presented (Fig. 1). Cross-talk … hormone crosstalk and plant development. Cell 133: 177-191. …

… Here, ABA acts as the hub of the hormonal crosstalk between several stress signalling
cascades [40]. Osmotic stress-responsive gene expression is regulated by ABA-dependent and …

… graminaceous plants is largely determined by internode elongation. Gibberellins (GAs) are
well-known plant hormones … pathway were crosstalk with other endogenous hormones. For …

… vary in different crops as observed in rice and vegetables. SA, ABA and JA cross talk plays an
… In addition, the ever-present hormonal cross talk varies depending on the types of external …

… Because of their inter-crosstalk response, phytohormone … The discovery of PGRs crosstalk
adds a new dimension to … the significance of hormone crosstalk throughout the drought stress …

… delineate an intricate crosstalk/interaction … graminaceous plants such as rice, wheat, maize,
barley and sugarcane absorb Si actively (Si-accumulators), while most dicotyledonous plants …