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Application of the Tissue Residue Approach in Ecological Risk Assessment
Keith G. Sappington
, Todd S. Bridges
, Steven P. Bradbury
, Russell J. Erickson
, A. Jan Hendriks
, Roman P. Lanno
, James P. Meador
, David R. Mount
, Mike H. Salazar
, Doug J. Spry
Natural Resources Research Institute
Research output
:
Contribution to journal
›
Review article
›
peer-review
44
Scopus citations
Overview
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Keyphrases
Ecological Risk Assessment
100%
Tissue Residue Approach
100%
Tissue Residues
42%
Ecological Assessment
28%
Response Data
28%
Exposure Concentration
28%
Criteria Development
28%
Highly Sensitive
14%
Impact Assessment
14%
Assessment Development
14%
Chemical Exposure
14%
Exposure Time
14%
Assessment Approach
14%
Response-ability
14%
Bioaccumulative
14%
Highly Effective
14%
Most Vulnerable
14%
Chemical Properties
14%
Relative Strength
14%
Ecological Risk
14%
Relative Uncertainty
14%
Relationship Model
14%
Multiple Lines of Evidence
14%
Toxicity Assessment
14%
Risk Impact
14%
Organic Chemicals
14%
Toxicological Effects
14%
Toxicity Data
14%
Potential Exposure
14%
Ecological Criteria
14%
Response Relationship
14%
Highly Exposed
14%
Chemical Stressors
14%
Water Quality Criteria
14%
Bioaccumulation Model
14%
Environmental Criteria
14%
Exposure Characteristics
14%
Biotic Ligand Model
14%
Sediment Criteria
14%
Bivalve Molluscs
14%
Toxicological Models
14%
Specific Applications
14%
Reducing Uncertainty
14%
Across Species
14%
Assessment Types
14%
In Situ Bioassay
14%
Earth and Planetary Sciences
Ecological Risk Assessment
100%
Ecological Assessment
100%
Field Study
50%
Environmental Criterion
50%
Bioaccumulation
50%
Bioassay
50%
Agricultural and Biological Sciences
Vulnerable Species
100%
Bioassay
100%
Bioaccumulation
100%
Pharmacology, Toxicology and Pharmaceutical Science
Tissue Residue
100%
Toxicological Effect
10%
Toxicity Assessment
10%
Bioaccumulation
10%
Food Science
Toxicological Effect
100%