Table 1.
Elicitor molecules and applied concentrations in the drought stress screening experiments.
| Elicitor | Concentration 1 | Concentration 2 | Concentration 3 | References |
|---|---|---|---|---|
| SA | 0.3 mM | 1.0 mMa | 3.0 mM | 83 |
| MeJA | 0.03 mM | 0.1 mMa | 0.3 mM | 83 |
| BABA | 0.1 mM | 0.3 mM | 1.0 mMa | 23 |
| Sacch | 5.4 mM | 16.3 mMa | 54.6 mM | 25 |
| Rib | 0.1 mMa | 0.3 mM | 1.0 mM | 26 |
| Hx | 0.6 mM | 2.0 mM | 6.0 mMa | 27 |
| Si | 16.7 mM | 50.0 mM | 166.7 mMa | 28 |
| MSB | 0.06 mM | 0.2 mM | 0.6 mMa | 30 |
| CHT | 0.3 mM | 0.9 mMa | 2.7 mM | 32 |
| AzA | 0.3 mM | 1.0 mM | 3.0 mMa | 34 |
| ASM | 0.04 mMa | 0.14 mM | 0.5 mM | 22 |
| CaP | 1.3 mM | 4.3 mM | 12.9 mMa | 36 |
| KP | 3.9 mM | 13.0 mMa | 39.0 mM | 24 |
| Thiam | 16.6 mM | 50.0 mMa | 150.0 mM | 37 |
aConcentration leading to the best drought stress tolerance that was used for all the following experiments.