Deleted Journal, Journal Year: 2024, Volume and Issue: 6(6)

Published: June 13, 2024

Abstract Rapid industrialization, modern farming practices, and other human activities are contributing significant amounts of harmful heavy metals to the environment. These can accumulate magnify through food chains, posing substantial risks health. Recognizing global environmental threat its health implications, researchers have developed cutting-edge methods address metal contamination. Phytoremediation stands out as foremost method, offering effectiveness suitability. Combining plant growth-promoting rhizobacteria (PGPR) with phytoremediation be a viable option for minimizing PGPR enhances growth aids in cleanup chemical synthesis, secretion chelating agents, redox reactions, acidification. This review conducted comprehensive online search across peer-reviewed electronic databases using specific keywords related phytoremediation. included 129 relevant articles initially identified 187 outcomes were represented schematic sketches in-depth tables. The selected focused on potential phytoremediation, emphasis contribution rhizo endophytic bacteria accelerating benefits There is little information available about mechanisms involved plant-PGPR relationships accumulation. causes effects toxicity environment examined this review, along usage different biological strategy reduce contamination prevent from migrating into edible parts. Finally, these prospects will provide some perspectives future studies agriculture offer possibility major breakthroughs knowledge expansion allocation trial sites transfer technology farmers better way.

Language: Английский