Algal Biochar: Enhancing Phyto-Bioremediation for Heavy Metals Removal

UTILIZING COMPOST AND BIOCHAR IN ENHANCING PHYTOREMEDIATION OF CONTAMINATED SOIL

REDUCING AVAILABILITY OF SOME HEAVY METALS IN A CONTAMINATED SOIL USING PHOSPHATE ROCK AND BENTONITE AMENDMENTS

CHEMICAL REMEDIATION OF CONTAMINATED SOILS WITH HEAVY MEATALS

Biochar and Phosphorus-Loaded Biochar Derived from Wood Chips or Poultry Manure Reduced Availability and Uptake of Cadmium by Plants from Cd-Contaminated Soils

Biochemical Approaches for Mitigating heavy metals in Contaminated Soil Ecosystems: Kinetic Evaluation and Phytostablization Strategies

Enhancing Soil Health and Plant Growth by Mitigating Soil Contamination with Nanobiochar Amendments"

Application Effect of Biochar, Activated Carbon and Microorganisms on Reducing the Phytotoxicity of Cd and Pb

Effect of Biochar on Chemical Behavior and Radish Plant Uptake of Heavy Metals Grown in ‎Polluted Soils

Potential Application of Agriculture by-Products in Heavy Metals Bioremediation