Table 2.
Plants | Plastic Types | Time (Days) |
Media | Accumulation | Reference |
---|---|---|---|---|---|
Z. mays | PS (NH2, COOH) | 28 | Soil | Both types of plastic accumulate in leaves and further transport to the roots. | [46] |
L. sativa | PS NPs (0.1 and 1 mg L−1) | 35 | Soil | NP uptake by plant leaves by stomata and translocation downwards to the plant. | [47] |
C. sativus | PS (100, 300, 500, 700 nm) | 65 | Hydroponics | PS uptake by the root and future transport to the leaves, flower, and fruit through the stem. | [42] |
A. cepa | PS (0.01, 0.1, 1 g L−1) | 72 h | Hydroponics | PS enters different cellular compartments. | [44] |
A. thaliana | PS (SO3H, NH2) | 35 | Soil | Positive-charge NPs have a great effect on the root and their uptake and internalization as compared to negative-charge particles. | [40] |
T. aestivum, L. sativa | NPs 0.2 and 2 μm | 20 10 |
Sandysoil, hydroponics | PS enters the root through crack-entry mode and through transpiration, which pulls PS transport from root to shoot. | [41] |
L. sativum | MPs and NPs (103–107 P mL−1) | 72 h | Filter paper | Microplastic accumulates in the pores of the L. sativum seed and delays germination. | [49] |