| ABA | abscisic acid; |
| AOX | alternative oxidase; |
| APX | ascorbate peroxidase; |
| ASC | ascorbate; |
| CAM | crassulacean acid metabolism, |
| CAT | catalase; |
| CO2 | carbon dioxide; |
| cys | cysteine; |
| d | day(s); |
| DAF | diaminofluorescein; |
| DAR | diaminorhodamine; |
| DHAR | dehydroascorbate reductase; |
| ELIP | early light inducible protein; |
| Suc/Fru | sucrose to fructose ratio; |
| ETC | electron transport chain; |
| FTR | ferredoxin-dependent TRX reductase; |
| g | grams; |
| GPX | glutathione peroxidase; |
| GPX | glutathione peroxidase; |
| GR | glutathione reductase; |
| GRX | glutaredoxin; |
| GSH | glutathione; |
| GSNO | nitrosoglutathione; |
| GSNOR | S-nitrosoglutathione reductase; |
| GST | glutathione-S transferase; |
| h | hours; |
| H2O | water; |
| H2O2 | hydrogen peroxide; |
| HS | Hoagland solution; |
| HSP | heat shock protein; |
| LEA | late embryogenesis abundant protein; |
| MDA | malondialdehyde; |
| MDHAR | monodehydroascorbate reductase; |
| Met | methionine; |
| MPa | megapascal; |
| MWHC | maximum water holding capacity; |
| NAD+/NADH | oxidized/reduced nicotinamide adenine dinucleotide; |
| NADP+/NADPH | oxidized/reduced nicotinamide adenine dinucleotide phosphate; |
| NO | nitric oxide; |
| NR | nitrate reductase; |
| NTR | NADPH–thioredoxin reductase; |
| NTRC | NADPH-dependent thioredoxin reductase C; |
| O2 | molecular oxygen; |
| O2●− | superoxide anion; |
| ONOO− | peroxynitrite; |
| PDI | protein disulfide isomerase; |
| PEG | polyethylene glycol; |
| PTM | posttranslational modification; |
| PRX | peroxiredoxin; |
| PSI | photosystem I; |
| PUCPs | plant uncoupling proteins; |
| RBOH | respiratory burst oxidase homolog; |
| RLK | receptor-like kinase; |
| RNS | reactive nitrogen species; |
| ROS | reactive oxygen species; |
| RWC | relative water content; |
| SFC | soil field capacity; |
| SOD | superoxide dismutase; |
| SWC | soil water content; |
| TRX | thioredoxin; |
| WAKs | cell wall-associated kinases |