tailieunhanh - Heavy metal accrual in soils and crops grown in the peri urban areas of Jabalpur district of Madhya Pradesh, India using geospatial techniques

The findings of present study suggested that the pH in soils neutral to slightly alkaline safe in electrical conductivity and low to medium in organic carbon content. Metals concentration was below the permissible limits at 200,400,600 and 800 m, from both side of Omati Nala, in rainy and winter seasons, respectively. In water, pH ranged from to and EC under permissible range. However, Pb and Cr were comparatively higher than the Indian permissible limits. The concentration of Ni, Cr and Cd in rice, wheat and Brinjal was higher than the limit given by WHO/Indian standard. The transfer factor was recorded for these metals in order of Brinjal, followed by the Spinach and Tomato. Result revealed that, the pH had negatively correlated with OC (r=*) and Cr (r=**) in rainy season and similar relationship with EC(r=**), OC (r=**), Cd (r=**) and Pb (r=**) in winter season. While, it had significant positive relationship with Cr (r=**). In winter season, the EC had positive and significant relationship with OC (r=*), Cd (r=**) and Pb (r=**). In rainy and winter seasons, the OC showed significant positive relationship with Ni (r=**), Cd (r=*) and Pb (r=*) and Cd (r=**) and Pb (r=*) respectively. The Cd in soil showed significant and positively related with Ni and Cd content in plant. | Heavy metal accrual in soils and crops grown in the peri urban areas of Jabalpur district of Madhya Pradesh, India using geospatial techniques

• Hoá học
• Heavy metal
• Transfer factor clustering
• Peri urban areas of Jabalpur
• Geospatial techniques
• Heavy metal accrual in soils
• Crops grown
• Review on heavy metal residues
• Indian milk
• Impact on human health
• Contamination of food chain
• Heavy metal in the animal body
• BMC Genomics
• Nickel tolerance
• Rhizobial biogeography
• Heavy metal resistance
• Heavy metal efflux
• Fixing nitrogen
• Multi metal tolerant halophilic bacteria
• Heavy metal remediation
• Heavy metals
• Multi metal tolerance
• Halophilic bacteria
• Journal of Chemistry
• Metal bounded biomolecules
• Heavy metal pollution
• Metal binding peptides
• Plexiglass slides
• Paddy soil
• Paddy rice
• Open landfill in southern Viet Nam
• Heavy metal concentrations in paddy soil
• Initial survey of heavy metal concentrations
• Honeybee products as potential bioindicators
• Heavy metal contamination in northern Vietnam
• Semi rural area
• Contamination of heavy metals
• Heavy metal contamination
• Vietnam Journal of Science and Technology
• Study on synthesis of MnFe2O4 GNPs
• MnFe2O4 GNPs composite
• Application on heavy metal removal
• Heavy metal absorption
• Vietnam Journal of Earth Sciences
• Heavy metal pollution in abandoned Giap Lai pyrite mine
• The surrounding water and soil
• Post closure remediation measures
• Vietnam Journal of Chemistry
• Possible removal of heavy metal
• Selective rare earth ions
• Polymeric and nano composite materials
• Desirable properties of polymer
• Toxic heavy metal ion
• Potential toxic heavy metal contamination
• Roadside soil
• Urban soils are significant environmental issue
• Chemical industry
• Evaluate heavy metal pollution in the air obtained
• Moss technique in Hanoi and its surrounding region
• Barbula Indica moss
• Heavy metal elements
• Statistical analysis including principal component analysis
• Evaluating the growth capacity of sweet sorghum and grain sorghum
• Heavy metal absorption of sweet sorghum
• Heavy metal absorption of grain sorghum
• The seedling stage
• The plant decreased
• Coal mined soil
• Jaintia Hills
• Sunflower and asparagus
• Heavy metal polluted soils
• Environmental advances
• Novel multi sample
• Urban heavy metal contamination appraisals
• Heavy metal removal
• Magnetic coffee grain
• Magnetic modification
• Heavy metal ion
• Synthetic waste water
• Non industrial areas
• Water and fodder between industrial
• Heavy metal contamination in soil
• Environmental components
• Tree species
• Icap spectrophotometer
• Dalbergia sissoo collected
• Heavy metal accumulation
• Heavy metal tolerance
• Indigenous bacteria isolated
• Petroleum contaminated soil sediments
• Their aromatic hydrocarbon degradation potential
• Salvinia molesta
• Biological control
• Biological control of heavy metal pollutants
• Water by Salvinia molesta
• Lemon balm
• Antioxidant system
• Non essential heavy metals
• Atomic absorption spectrophotometer
• DPPH scavenging activity
• Potentially harmful heavy metals
• Cultured clams and oysters
• Harmless metabolites
• Saccostrea glomerata
• Air pollution of metal elements in Hanoi
• Air pollution of metal elements in Hung Yen
• Air pollution of metal elements in Dong Nai
• Chemical flocculants
• Nano OH material
• plating wastewater
• Ferromagnetism nano oh materials
• Heavy metal ions
• Metal processing
• Activated carbon
• Macadamite activated by H3PO4
• Zn2+ heavy metal handling ability
• Capable of handling Zn2+ best