tailieunhanh - Bioaccumulation of heavy metals in water and algae of mukkombu in the river cauvery system, Tiruchirappalli district, Tamil Nadu, India

Today water discharges from industries are the major causes of water pollution resulting in destabilized ecosystems. Hence, it is necessary to monitor the levels of these pollutants as well as develop technologies for the treatment of waste water. Hence, the present study was attempted to analyse the commonly occurring heavy metals in water and organisms in two stations, Musiri and Mukkombu of the River Cauvery. Results indicate that iron recorded the highest levels followed by zinc, copper, lead and cadmium with regard to metal content in organisms, Nitzshua sigma recorded the least metal content, while Spirogyra quininarecorded highest Cu content and Oscillatorialimosa the highest Cd content. However, Chlorella vulgaris recorded the highest content for Pb, Zn and Fe for both the the two Stations, Station-II (Mukkombu) recorded the highest concentration of all the metals in both water as well as organisms. Thus, it is obvious that metals are taken up by algae. | Bioaccumulation of heavy metals in water and algae of mukkombu in the river cauvery system, Tiruchirappalli district, Tamil Nadu, India

• Hoá học
• Heavy metals
• Fresh water river system
• River cauvery system
• Heavy metals in water
• Bioaccumulation of heavy metals
• Heavy metals by cyanobacteria
• Biosorption of heavy metals
• Bio sorption
• Metal absorption
• Heavy metals contamination
• Heavy metals contamination in soil
• Vegetable samples from Jagdalpur
• Respective natural level
• Ground water
• Groundwater resource in Dak Nong province
• Selected heavy metals including arsenic
• Sewage Sludge
• Alkali Treatment
• Biosorbent preparation
• Heavy metals adsorption characteristics
• Equilibrium studies
• Adsorption isotherms
• Food safety
• Heavy metals in poultry eggs
• Chittoor district of Andhra Pradesh
• Agricultural activities
• Pseudomonas putida
• Microbial biosurfactant
• Detoxification of heavy metals
• Organic pollutants in soil
• Nitrogen transformation in soil
• Effect of heavy metals
• Nitrogen transformation
• Soil biological processes
• Summary of Environmental Engineering Doctoral Thesis
• Treatment of heavy metals in water
• Water contaminated with heavy metals
• Manufacturing all kinds of biochar
• Activated carbon from coffee pods
• Calotropis procera
• Soil ecology
• Calotropis procera in drylands
• Environmental advances
• Heavy metals present
• Opuntia ficus indica mucilage
• Fungal isolates obtained
• Selected soil samples
• Ado ekiti metropolis
• Source specific health risk
• Heavy metals in PM2 5
• Automobile effluent
• Eco friendly montmorillonite
• Heavy metal contaminated effluents
• Heavy metals derived from COD analysis wastewater
• Electrolysis using graphite electrode
• Graphite electrode
• Heavy metal
• Natural sciences and technology
• Glutathione s transferase in Nile tilapia fish
• Among tested metals
• 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
• Công nghệ hóa
• Sediment of Nhue
• Tolich Rivers
• Hóa vô cơ
• Kim loại nặng
• Journal of Science and Technology
• Distribution of heavy metals in surface water
• Saigon Dong Nai river
• Sediment and clam
• Suspended particulate matter
• Heavy metals and arsenic
• Aqueous solutions by phragmites australis
• High removal efficiency
• Growing P
• australis
• Studies on distribution and fractionation
• Heavy metals in sediment of Cau river
• Thai Binh River Systems
• The economic and social development activities
• Adsorptive removal of five heavy metals
• Water using blast furnace slag and fly ash
• PH increased adsorption
• Pseudo second order model
• Pollen germination
• Pollen tube length
• Nicotiana tabacum L
• Tobacco plant
• Measurements of heavy metals
• Natural radioactivity levels in water
• Binh Dinh province
• Vegetation around the titanium mining site
• High purity germanium