Decoupling Soil Heavy Metal Availability from Plant Uptake under Microplastic Contamination: Evidence from Soil–Plant experiments and Density Functional Theory Modeling

Abeer Aitta; Tamer Elsakhawy; Ahmed Roumia; Abdelmageed Rabei; Hassan El-Ramady; Mohammed Shams

doi:10.21608/ejss.2026.463216.2524

Q2 2026

Decoupling Soil Heavy Metal Availability from Plant Uptake under Microplastic Contamination: Evidence from Soil–Plant experiments and Density Functional Theory Modeling

Abeer Aitta · Tamer Elsakhawy · Ahmed Roumia · Abdelmageed Rabei · Hassan El-Ramady · Mohammed Shams

10.21608/ejss.2026.463216.2524 389 Views 0 Citations

Citations

389

Views

Abstract not available for this publication.

Cite this Article (APA)

Abeer, A., Tamer, E., Ahmed, R., Abdelmageed, R., Hassan, E., Mohammed, S. (2026). Decoupling Soil Heavy Metal Availability from Plant Uptake under Microplastic Contamination: Evidence from Soil–Plant experiments and Density Functional Theory Modeling. Egyptian Journal of Soil Science. https://doi.org/10.21608/ejss.2026.463216.2524