Phosphate solubilizing bacteria (PSB)-assisted phytoextraction can enhance the removal of
toxic metals by plants from contaminated soil. Here, we investigated the promotion effects of …

Lead (Pb) is a major contaminant among heavy metals in the soil environment that has
negative impacts on the growth of plants, which ultimately cause health risk via entering into …

In our study, we tested two poplars, Populus beijingensis and Populus cathayana, as model
species for their potential for phytoremediation by measuring changes in biomass, pigments …

Purpose Phytophthora blight caused by Phytophthora capsici (Pc) is one of the most
economically destructive soilborne diseases of pepper (Capsicum annum L.) on a global …

Lead (Pb) is recorded as the second most hazardous pollutant of the environment. Previous
cases of Pb bioremediation has been reported using single biosystem, but very few reports …

The combination of ectomycorrhizal (ECM) fungi and plant growth promoting bacteria
(PGPB) has considerable potential in forestry. Here we report on the combined effects of …

The plant growth promotion characteristics of a heavy-metal-resistant strain of Bacillus
edaphicus NBT was characterized. The strain was also evaluated for promoting plant growth …

Soil is an important residence under various biotic and abiotic conditions. Contamination of
soil by various means has hazardous effects on both plants and humans. Soil contamination …

Phytotechnologies for the management of lands contaminated with potentially toxic
elements (PTEs) are considered as gentle alternatives to conventional remediation …

Soil bacteria are a new phytoremediation system for the removal of heavy metals from soils.
In this study, fifteen soil bacteria were isolated from root nodules of lentil growing in heavy …