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Toxicity Characterization, Detection and Remediation of Contaminants in Soils and Groundwater
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The toxicity levels of heavy metals, pesticides, herbicides, and antibiotics pose a significant threat to agricultural soil around the world, as well as human health and agricultural production. We aim to exploit phytoremediation and safe production technology for the remediation of heavy metals, pesticides, herbicides, and antibiotics, as well as establish these phytoremediation strategies as suitable options for the management of agricultural contaminated soils. Furthermore, the implimentation of these phytotechnologies in a sustainable, cost-effective, and safe manner has led to many benefits in the phytoremediation of agricultural contaminated sites, such as, for instance, the restoration of important ecosystem services, e.g., safe production, nutrient cycling, carbon storage, water flow regulation, erosion control, water purification, fertility maintenance, etc. This reprint will highlight the plant intercropping remediation mode, establishing phytoremediation technologies combined with agronomic measures and physical-chemical remediation to ensure safe production in agricultural contaminated soils.
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Keywords
- 16S rDNA
- ?-? interactions
- acid mine drainage
- adsorption kinetics
- adsorption mechanisms
- adsorption removal
- algae cells
- ammonia nitrogen
- antibiotic resistance genes (ARGs)
- antibiotic resistant bacteria (ARB)
- antibiotics
- Aquaculture
- aquaculture wastewater
- Bacillus
- bayesian optimization
- benzene and toluene
- bioavailability
- biochar
- biological aerated filters
- biomineralization
- bioremediation
- biosorption
- biotransformation
- Chromium
- Contamination
- copper slag
- copper smelter
- cow manure
- crop growth
- cultivated soils
- diesel
- dyes
- electrostatic interactions
- groundwater contaminant transport
- groundwater table fluctuation
- heavy metal
- heavy metal mercury
- heavy metal stress
- Heavy metals
- heavy metals toxicity
- Hg isotopes
- high geological background
- humic substances
- in-situ immobilization
- iron oxides
- key factor
- lead pollution
- M. polymorpha
- Mechanism
- Mercury
- microbial remediation
- migration mechanism
- migration rate (MR)
- mine wastes
- model calibration
- modified hydrochar
- oxidation prevention
- paddy soil
- petroleum hydrocarbon removal
- phosphorus release
- potentially toxic elements
- potentially toxic elements (PTEs)
- receptor model
- Rice
- simultaneous removal
- single- and double-lithology soil columns
- Soil
- soil colloid
- soil particle and pore
- soil pollution
- Source apportionment
- spatial and temporal variations
- speciation
- State transformation
- statistical analysis
- sulfide tailings
- surface water
- tailing covering technology
- Transmission
- water management
Links
DOI: 10.3390/books978-3-7258-1397-1Editions