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Lead Transformation to Pyromorphite by Fungi
Young Joon Rhee
, Stephen Hillier
,
Geoffrey Michael Gadd
(Lead / Corresponding author)
Research output
:
Contribution to journal
›
Article
›
peer-review
105
Citations (Scopus)
Overview
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Keyphrases
Fungi
100%
Pyromorphite
100%
Metallic Lead
66%
Chloropyromorphite
66%
Lead Metal
66%
Soil Fungi
33%
Structural Materials
33%
Incomplete Knowledge
33%
Lead Minerals
33%
Mycogenic
33%
Fungal Activity
33%
Biogeochemistry
33%
Soil Contamination
33%
Contaminated Environment
33%
Rock Phosphate
33%
Geochemical Significance
33%
Lead in Soil
33%
Chemical Form
33%
Microbial Survival
33%
Contaminated Land
33%
Microbial Transformation
33%
Phosphate Amendment
33%
Inorganic Phosphorus
33%
Organic Phosphorus
33%
Lead Oxalate
33%
Biotic Components
33%
Phosphate Cycle
33%
Industrial Materials
33%
Environmental Pollutants
33%
Apatite
33%
Phosphoric Acid
33%
Earth and Planetary Sciences
Lead (Metal)
100%
Organic Phosphorus
50%
Soil Pollution
50%
Industrial Material
50%
Contaminated Land
50%
Geochemistry
50%
Inorganic Phosphorus
50%
Phosphoric Acid
50%
Calcium Phosphate
50%
Oxalic Acid
50%
Biogeochemistry
50%
Phosphate Rock
50%