Stability of in situ immobilization of trace metals with different amendments revealed by microbial 13C-labelled wheat root decomposition and efflux-mediated metal …
H Kaplan, S Ratering, P Felix-Henningsen… - Science of The Total …, 2019 - Elsevier
The aim of the present study was to prove the long-term efficiency of the amendments
zerovalent iron grit, zeolite, and Divergan® for trace metal remediation in heavily …
zerovalent iron grit, zeolite, and Divergan® for trace metal remediation in heavily …
Stability of in situ immobilization of trace metals with different amendments revealed by microbial 13C-labelled wheat root decomposition and efflux-mediated metal …
H Kaplan, S Ratering, P Felix-Henningsen, S Schnell - 2019 - cabidigitallibrary.org
The aim of the present study was to prove the long-term efficiency of the amendments
zerovalent iron grit, zeolite, and Divergan® for trace metal remediation in heavily …
zerovalent iron grit, zeolite, and Divergan® for trace metal remediation in heavily …
[引用][C] Stability of in situ immobilization of trace metals with different amendments revealed by microbial 13C-labelled wheat root decomposition and efflux-mediated …
H Kaplan, S Ratering… - Science of the Total …, 2019 - ui.adsabs.harvard.edu
Stability of in situ immobilization of trace metals with different amendments revealed by
microbial 13C-labelled wheat root decomposition and efflux-mediated metal resistance of …
microbial 13C-labelled wheat root decomposition and efflux-mediated metal resistance of …
Stability of in situ immobilization of trace metals with different amendments revealed by microbial 13C-labelled wheat root decomposition and efflux-mediated metal …
H Kaplan, S Ratering, P Felix-Henningsen… - The Science of the …, 2018 - europepmc.org
The aim of the present study was to prove the long-term efficiency of the amendments
zerovalent iron grit, zeolite, and Divergan® for trace metal remediation in heavily …
zerovalent iron grit, zeolite, and Divergan® for trace metal remediation in heavily …
Stability of in situ immobilization of trace metals with different amendments revealed by microbial 13C-labelled wheat root decomposition and efflux-mediated metal …
H Kaplan, S Ratering… - The Science of the …, 2019 - pubmed.ncbi.nlm.nih.gov
The aim of the present study was to prove the long-term efficiency of the amendments
zerovalent iron grit, zeolite, and Divergan® for trace metal remediation in heavily …
zerovalent iron grit, zeolite, and Divergan® for trace metal remediation in heavily …