Statistical Analysis of Ecotoxicity Studies, , Wiley, Henrik Holbech, John W. Green, Timothy A. Springer,Industrial chemistry and chemical engineering,Industrial chemistry and manufacturing technologies, Guide to Statistical Analysis of Ecotoxicity Studies; Resource to Statistical Analysis of Ecotoxicity Studies; Text on Statistical Analysis of Ecotoxicity Studies; Understanding Statistical Analysis of Ecotoxicity Studies; purpose of toxicity experiments; Continuous response; Quantal response; Count response; Ordinal response; Regulatory context for toxicity experiments; Extrapolation to human toxicity; Hierarchy of models for simple toxicity experiments; Maximum Allowable Toxic Concentration; Biological meaning of NOEC; Statistical Models for NOEC/LOEC; Binomial Probability Density Function with parameters n and p; Poisson Probability Density Function with parameters n and p; Assessing Data for Meeting Model Requirements; Bayesian Methodology; Regression Models and Percent Effect; The Gamma-Poisson or Negative Binomial Distribution,, , United States, en-UShttps://www.wiley.comGuide to Statistical Analysis of Ecotoxicity Studies; Resource to Statistical Analysis of Ecotoxicity Studies; Text on Statistical Analysis of Ecotoxicity Studies; Understanding Statistical Analysis of Ecotoxicity Studies; purpose of toxicity experiments; Continuous response; Quantal response; Count response; Ordinal response; Regulatory context for toxicity experiments; Extrapolation to human toxicity; Hierarchy of models for simple toxicity experiments; Maximum Allowable Toxic Concentration; Biological meaning of NOEC; Statistical Models for NOEC/LOEC; Binomial Probability Density Function with parameters n and p; Poisson Probability Density Function with parameters n and p; Assessing Data for Meeting Model Requirements; Bayesian Methodology; Regression Models and Percent Effect; The Gamma-Poisson or Negative Binomial Distribution, [BLURB],[CITY],,books, ebooks, biblet, Book2look