Soil, Black shale, APCS-MLR model, Spatial characterization, Source resolution, Lou Shao Basin
Stibnite, Antimony pollution, Iron, Antimony oxidizing bacteria, coupling effect
Stibnite, Antimony pollution, Iron, Antimony oxidizing bacteria (AOB), Dissolution and oxidation, Coupling effect, Mechanism
Lou-Shao Basin, high geological background, potential toxic heavy metals, rhizosphere and non-rhizosphere soil, crops, Risk assessment
High geological background, Black shale, Soil heavy metal pollution, Pure rock influence assessment, Source analysis
Groundwater, PMF-SOM Model, Heavy metals, Source apportionment, health risk assessment
High geological background, Black shale, Yangtze river basin, Potential toxic heavy metals, Body size difference, Health risk assessment
High geological background, Black shale, Yangtze River tributary basin, Body size difference, risk assessment
high geological background, potential toxic heavy metals, rhizosphere and non-rhizosphere soil, crops, ditribution，risk assessment
Black rock system background, Long-term daily intake, Potentially toxic elements, Food safety, Health risk assessment
Village water environment，Rainwater runoff, Toxic heavy metal elements，Spatial distribution，Source analysis，Health risk assessment
Bedrock, soil, APCS-MLR model, Spatial characteristics, Source analysis
Root system soil, Black shale, APCS-MLR model, Spatial characterization, Source resolution, Quantification of sources
Village water environment, Rainwater runoff, Toxic heavy metal elements, Source analysis, Health risk assessment
Bedrock, Soil, APCS-MLR model, Spatial characteristics, source analysis
Geological background, Health risk, Spatial distribution, Internal pollution, Groundwater
High geological background, Black shale, Natural Weathering, Atmospheric Deposition, Toxic Metal Elements
Granite hilly and slope soils, Spatial distribution, Geological accumulation index, Heavy metal source analysis
