Add to ORKGSeveral bioassay methods have been developed since the US EPA/COE (United States Environmental Protection Agency/ Army Corps of Engineers) testing protocol was devised, involving a great variety of test species. The amphipods and the polychates are now beginning to be used routinely as standard bioassay organisms for assessing the toxicity of marine sediments for regulatory purposes. The present review has confirmed the potential of both the amphipods and the polychaetes for sediments toxicity bioassays
Within the framework of a Weight of Evidence (WoE) approach, a set of four toxicity bioassays involv...
the ecological effects of chronic sediment toxicity in the estuarine amphipod Leptocheirus plumulosu...
The acute toxicity of sediment samples from Santos Estuary was evaluated by using sediment toxicity ...
Summary: Amphipods are a diverse and important group of invertebrates contributing to the functionin...
The review first details the development of the test procedures with Hyalella azteca which historica...
Sediment toxicity tests play an important role in prospective risk assessment for organic chemicals....
Few species are standardized and have been used as test organisms around the world inecotoxicologica...
Sediment toxicity testing has become a crucial component for assessing the risks posed by contaminat...
Dredge material from an entrance waterway to the port of Rotterdam and sediments from the North Sea ...
This note provides a general overview of a new 28-day chronic sublethal sediment bioassay designed f...
The incorporation of toxicological data from bioassays can improve the present system of sediment qu...
The acute toxicity of sediment samples from Santos Estuary was evaluated by using sediment toxicity ...
An underlying assumption of laboratory-based toxicity tests is that the sensitivity and exposure of ...
Sediments are evaluated for toxicity by measuring mortality in a single cohort of amphipods in eithe...
Short‐term sediment toxicity tests that only measure effects on survival can be used to identify hig...
Within the framework of a Weight of Evidence (WoE) approach, a set of four toxicity bioassays involv...
the ecological effects of chronic sediment toxicity in the estuarine amphipod Leptocheirus plumulosu...
The acute toxicity of sediment samples from Santos Estuary was evaluated by using sediment toxicity ...
Summary: Amphipods are a diverse and important group of invertebrates contributing to the functionin...
The review first details the development of the test procedures with Hyalella azteca which historica...
Sediment toxicity tests play an important role in prospective risk assessment for organic chemicals....
Few species are standardized and have been used as test organisms around the world inecotoxicologica...
Sediment toxicity testing has become a crucial component for assessing the risks posed by contaminat...
Dredge material from an entrance waterway to the port of Rotterdam and sediments from the North Sea ...
This note provides a general overview of a new 28-day chronic sublethal sediment bioassay designed f...
The incorporation of toxicological data from bioassays can improve the present system of sediment qu...
The acute toxicity of sediment samples from Santos Estuary was evaluated by using sediment toxicity ...
An underlying assumption of laboratory-based toxicity tests is that the sensitivity and exposure of ...
Sediments are evaluated for toxicity by measuring mortality in a single cohort of amphipods in eithe...
Short‐term sediment toxicity tests that only measure effects on survival can be used to identify hig...
Within the framework of a Weight of Evidence (WoE) approach, a set of four toxicity bioassays involv...
the ecological effects of chronic sediment toxicity in the estuarine amphipod Leptocheirus plumulosu...
The acute toxicity of sediment samples from Santos Estuary was evaluated by using sediment toxicity ...