Collections and Lists
-
Conditional Probability Analysis: EPT Taxa Richness < 9 vs. Percent Fines for Mid-Atlantic Highland Streams
This section provides examples of stressor-response associations and species sensitivity distributions for common stressors.
-
Parties to the 2015 Administrative Order on Consent
Parties to the Red Hill 2015 Administrative Order on Consent including United States Navy, Defense Logistics Agency, Hawai'i Department of Health, and the United States Environmental Protection Agency, Region 9.
-
Unspecified Toxic Chemicals
This page includes an into on the unspecified toxic chemicals module, candidate causes, ways to measure toxic chemicals, simple and detailed conceptual diagrams for toxic chemicals, toxic chemicals module references and literature reviews.
-
Urbanization - Riparian/Channel Alteration
Introduction to riparian and channel alteration associated with urbanization, summary of how riparian urbanization affects channel morphology, summary of how urbanization affects riparian hydrology, overview of stream burial associated with urbanization.
-
Urbanization - Wastewater Inputs
Intro to wastewater inputs associated with urbanization, overview of combined sewer overflows, overview of how wastewater inputs can contribute to enrichment or eutrophication, overview of how wastewater inputs can affect reproduction by stream fauna.
-
Urbanization - Water and Sediment Quality
This page shows water and sediment quality issues associated with urbanization, it gives an overview of conductivity as an indicator and shows how this affects nitrogen loading, and their effects on stream biota.
-
Learn About Stressors
This is the introductory page to the stressors module.
-
Urbanization - Physical Habitat
Introduction to physical habitat changes associated with urbanization, overview of how urbanization can lead to channel enlargement, summary of how road crossings can affect stream ecosystems, summary of how urbanization can alter streambed substrates.
-
Flow Alteration
Introduction to the flow alteration module, when to list flow alteration as a candidate cause, ways to measure flow alteration, simple and detailed conceptual model diagrams for flow alteration, flow alteration module references and literature reviews.
-
Urbanization - Cited References
This page contains the references to the urbanization module as part of the CADDIS volume on sources, stressors and responses.
-
Learn About Responses
This is the introductory page to the responses module, if there had been one.
-
Urbanization
Home page for the urbanization module.
-
Linear Regression: EPT Relative Abundance vs. Percent Sands and Fines for Minnesota Streams
This section provides examples of stressor-response associations and species sensitivity distributions for common stressors.
-
Quantile Regression: Chironomid richness vs. Metal Toxicity Units
This section provides examples of stressor-response associations and species sensitivity distributions for common stressors.
-
CADDIS Volume 3. Examples and Applications: Galleries - Linear Regression: EPT Taxa Richness vs. Metal Toxicity Units for Colorado Streams
This section provides examples of stressor-response associations and species sensitivity distributions for common stressors.
-
Quantile Regression: Non-insect Relative Abundance vs. Percent Sands and Fines for Minnesota Streams
This section provides examples of stressor-response associations and species sensitivity distributions for common stressors.
-
Conditional Probability Analysis: EPT Taxa Richness < 18 vs. Turbidity in Oregon Coastal Streams
This section provides examples of stressor-response associations and species sensitivity distributions for common stressors.
-
Quantile Regression: EPT Taxa Richness vs. Percent Sands and Fines for Minnesota Streams
This section provides examples of stressor-response associations and species sensitivity distributions for common stressors.
-
Linear Regression: EPT Taxa Richness vs. Percent Sand and Fines for Minnesota Streams
This section provides examples of stressor-response associations and species sensitivity distributions for common stressors.
-
Quantile Regression: EPT Relative Abundance vs. Percent Sands and Fines for Minnesota Streams
This section provides examples of stressor-response associations and species sensitivity distributions for common stressors.