microbiologyprocedure.com

Main Index >> Water Pollution Microbiology

Water Pollution Microbiology
Faecal Pollution Indicators
Major Group of Faecal Pollution Indicators
Coliforms
Faecal Streptococci
Clostridium Perfringens
Other Microorganisms
Nuisance Organisms
Slime Forming Bacteria
Iron Bacteria
Sulfur Bacteria
Algae
Microbiological Water Quality Standards
Categories of Water Quality in Distribution System
Recreational Water
Shellfish Farms
Bacteriological Techniques for the Examination of Water
Total Count
Selection of Water Testing Methods for Different Samples
Membrane Filter Method
Membrane Filtration Procedure
Advantages of Membrane Filtration
Limitations of Membrane Filtration
Multiple Tube Test
Multiple Tube Test Procedure
Media for Multiple Tube Test
Comparison of Membrane Filter and MPN Techniques
Advantages of MPN Techniques
Disadvantages of MPN Techniques
Biological and Chemical Oxygen Demands
Biochemical Oxygen Demand
Chemical Oxygen Demand
Relationship between Strength of Sewage and BOD Levels
Eutrophication
 

Water Pollution Microbiology


Water from natural environment, especially the rainwater and groundwater, is of a high quality. But man made activities like discharge of noxious substances, including biocides, oil and sewage, into waterbodies are spoiling the aquatic environments to the maximum. Water pollution is becoming a serious problem now a days owing to the increase in human population and rapid industrialization. Apart from chemical pollutants, microorganisms also contribute to the deleterious effects on aquatic environments. Simply their increased growth in an aquatic ecosystem can affect the ecological balance with complicated consequences as in eutrophication.

A number of pathogenic microorganisms are transmitted through contaminated water. Although various standards have been proposed for the microbiological qualities of waters, maintaining the standards still remains a difficult task in many cases. Microorganisms have also been related to deterioration and corrosion in water distribution systems. However, recent trends in environmental microbiology include the use of microorganisms as fighters of water pollution. Thus, the role of microorganisms in water pollution is not only detrimental but also beneficial, maintaining nature's ecological balance.


Factors Controlling Eutrophication
Nutrients
Source of Nutrients
Light and Temperature Effects of Eutrophication
Controlling Measures of Eutrophication
Ecological Management
Advanced Treatments
Chemical Algicides
Biological Algicides
Destratification
Waterborne Diseases
Source for Waterborne Pathogens
Characterestics of Waterborne Pathogens
Bacterial Diarrhoeal Diseases
Enteric Fever / Gastroenteritis
Shigellosis / Bacillary Dysentery
Cholera
Diarrhoea caused by Campylobacter
Non-Diarrheal Diseases
Legionnaires Disease
Leptospirosis
Viral Diseases
Infectious Hepatitis
Viral Gastroenteritis
Poliomyelitis
Protozoan Diseases
Giardiasis
Amoebiasis
Cryptosporidiosis
Meningoencephalitis
Trematode Diseases
Schistosomiasis
Biofilm
Biocorrosion
Bioremediation
Bioaugmentation