Lecture 24 - Monitoring Chemicals in the Environment
See Lecture Schedule for
Delivery Date
Learning Objectives
- Understand the importance of tools such as
quality assurance project plans to effective
monitoring of environmental chemicals.
- Describe the elements of a quality assurance
project plan.
- Describe the elements in the development of data
quality objectives.
- Define quality assurance and quality control.
- Explore the arguments of chemical vs. biological
monitoring of chemical in the environment.
- Explore the indicator species concept.
- Understand the critical elements of a
quality-based sampling program.
- Use the NPDES program as case study to
understand a basis and approach to environmental
monitoring.
Advance Reading
- Crosby pp. 14-28
- CDC/NIOSH:
Registry of Toxics Effects of Chemical Substances
(RTECS)
- EPA:
What is the Toxics Release Inventory?
- EPA:
National Recommended Water Quality Criteria
- EPA:
NPDES Permit Program
- EPA:
Whole Effluent Toxicity (WET) Tests
- EPA:
Current Drinking Water Standards
- EPA:
Environmental Test Methods and Guidelines
Resources
Keywords
- MCL, maximum contaminant level
- Analytical method
- Detection limit
- indicator species
- Indicator system
- Data quality objectives
- Quality assurance project plan
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- NPDES, National Pollution Discharge Elimination
System
- Whole effluent toxicity
- TRI, Toxics Release Inventory
- RTECS, Registry of Toxics Effects of Chemical
Substances
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Suggested Reading
- EPA:
National Listing of Fish and Wildlife
Advisories
- EPA:
Polychlorinated Dibenzo-p-dioxins and
Related Compounds Update: Impact on Fish
Advisories
- EPA Region 10:
NPDES Draft Permits for Idaho
- EPA:
Acid Rain Program
- FDA
Pesticide Program Residue Monitoring
1999
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