Table of Contents

Introduction

Summary

Keynote Address—Reflections on Pickle-Jar Ecology

Biotic Monitoring

An Industrial View of Biological Monitoring

Evaluation of an Automated Biological Monitoring System at an Industrial Site

An Electronic System to Monitor the Effects of Changes in Water Quality on Fish Opercular Rhythms

A Biological Monitoring System Employing Rheotaxis of Fish

Rotatory-Flow Technique for Testing Fitness of Fish

An Automatic System for Rapid Detection of Acute High Concentrations of Toxic Substances in Surface Water Using Trout

Rapid Assessment of Water Quality Using the Fingernail Clam, Musculium transversum

Some Monitoring and Analytical Techniques for the Study of Locomotor Responses of Fish to Environmental Variables

A Laser-Based Optical Filtering System to Analyze Samples of Diatom Communities

Automated Measurement of River Productivity for Eutrophication Prediction

Biological Monitoring in Activated Sludge Treatment Process

The Importance of Monitoring Change

Research Related to Biological Evaluation of Complex Wastes

Some Methods for Hypothesis Testing and Analysis with Biological Monitoring Data

Time as a Factor in Biomonitoring Estuarine Systems with Reference to Benthic Macrophytes and Epibenthic Fishes and Invertebrates

Index