Project #2574

Study to Compare Current Fecal Bacteria Monitoring With Fecal Coliphage Monitoring on an Equivalent Volume Basis

Research Investment

$25,000

Completion Year

1999

Completed

Principal Investigator

William

Yanko

Research Manager

Kenan Ozekin, PhD

Contractor

Peter Huck and Associates Inc.

Abstract

Compares conventional bacterial indicators and proposed bacteriophage indicators for assessing potential fecal contamination of groundwater. Research partner: USEPA. Ended in 2000. A report of partial findings is available to Foundation subscribers.

Diversifying Water Portfolios through Stormwater Capture and Use: Contributing to a Water Resilient Future

Study to Compare Current Fecal Bacteria Monitoring With Fecal Coliphage Monitoring on an Equivalent Volume Basis

Abstract

Microbial Monitoring of Vulnerable Public Groundwater Supplies

Characterizing Groundwater Recharge: A Comprehensive Isotopic Approach

Detection of Caliciviruses in Water Samples

Advancing Safety and Reliability to Protect Public Health: Identifying Quantitative Reductions of Viral Pathogens and Surrogates for Water Reuse Applications

Rapid Detection and Quantitation of Active Microorganisms

Wastewater-Based Epidemiology and Clinical Surveillance for Antimicrobial Resistance

Diversifying Water Portfolios through Stormwater Capture and Use: Contributing to a Water Resilient Future

Diversifying Water Portfolios through Stormwater Capture and Use: Contributing to a Water Resilient Future

Study to Compare Current Fecal Bacteria Monitoring With Fecal Coliphage Monitoring on an Equivalent Volume Basis

Abstract

Related Projects

Microbial Monitoring of Vulnerable Public Groundwater Supplies

Characterizing Groundwater Recharge: A Comprehensive Isotopic Approach

Detection of Caliciviruses in Water Samples

Advancing Safety and Reliability to Protect Public Health: Identifying Quantitative Reductions of Viral Pathogens and Surrogates for Water Reuse Applications

Rapid Detection and Quantitation of Active Microorganisms

Wastewater-Based Epidemiology and Clinical Surveillance for Antimicrobial Resistance

Diversifying Water Portfolios through Stormwater Capture and Use: Contributing to a Water Resilient Future