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The Mobilization, Speciation and Transformation of Organic and Inorganic Contaminants in Soil-Groundwater Ecosystems
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This Special Issue explores research on soil and groundwater management and environmental sustainability. Thirteen articles highlight methodologies and technologies to address pollutant dynamics, groundwater protection and urban planning. The Special Issue aims to provide practical solutions and foster collaboration among professionals dedicated to environmental sustainability and resilience.
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Keywords
- attenuation
- Biodegradation
- black soil area
- BTEX mineralization
- carbonate dissolution and precipitation
- China
- cloud model
- coastal areas
- contaminants distribution
- contaminated site
- CRITIC
- Denitrification
- Ecological Engineering
- Entropy
- entropy weight–analytic hierarchy process
- environmental selenium
- EOR
- flood disaster
- geo-environment
- GIS-based DRASTIC model
- Groundwater
- groundwater pollution
- integrated mix method
- iron reduction
- Keshan disease
- loess area
- low-salinity water
- Mann–Kendall test
- mass fluxes
- Mechanism
- Model
- monitored natural attenuation
- multilayer underground space
- n/a
- NMR
- organic contaminants
- pathogenic microbiota
- petroleum-contaminated site
- protection strategy
- remediation technology
- rocky desertification
- Rongcheng
- silica nanofluids
- simulated in situ experiment
- Sponge City
- suitability
- suitability assessment
- suitability evaluation
- surface karst spring
- toluene
- underground drainage
- urban construction
- vulnerability assessment
- wettability alteration
- Xiongan New Area
- Xiong’an new area
- Zhengzhou
Links
DOI: 10.3390/books978-3-7258-1833-4Editions