Sixth Underwater Science Symposium – Out of Print

Collected papers

Ringbound, 2003
104 pp, Colour, 67 figures and tables
Order Reference C29   This book is currently out of print

Contents

• HOLOMAR: A Holographic System for Subsea Recording and Analysis of Plankton and Other Marine Particles
• Benthic Long–Term Observatories Based on Lander Technology
• Developments to a Deep–Sea Lander for Studies within the Oxygen Minimum Zone of the Pakistan Margin
• AUV Freshwater Distribution Surveys in Deep Fjords
• Survey Autonomous Semi–Submersible (SASS) Technology
• The SOC–BP ROV Collaboration Scheme: The Benefits To Science Of Industrial Collaboration Using Remotely Operated Vehicles
• Mapping Of Deep–Water Corals and Fishery Impacts in the Northeast Skagerrak, Using Acoustical and ROV Survey Techniques
• Marine Mammals as Platforms for Oceanographic Sampling: Salinity and Temperature Structure of a Freezing Arctic Fjord Monitored by White Whales (Delphinapterus leucas)
• Pop–Up Ears in The Ocean–Passive Acoustic Monitoring of Whale Behaviour, Distributions and Their Underwater Acoustic Environment
• Moorings to Investigate Inter–Annual Variability in Krill Abundance and Water–Mass Physical Characteristics of South Georgia
• Use of an Automated Recording System to Monitor Spionid Worms Spawning in a Sub–Antarctic Station
• In–Situ Evaluation of Contaminant Behaviour in Near–Shore Sediments–Approach for the Pathway Ranking for In–Situ Sediment Management (PRISM) Program
• Scanning the Seafloor: A Novel Sediment Profile Camera; Lander Techniques for Deep–Ocean Biological Research
• Subsea Hydraulic Production Control System Optimisation: A Rationale for Sizing Valve Tree Actuators
• Hand–Held Computer Technology, Optical Sensors and CAN Networks: The Future to Make Oceanographic In–Situ Measurements?
• The Isis ROV: A New Resource for UK Underwater Science; Alternative Method for Short Rigid Jumper Retaining
• The New NERC Scientific Research Vessel (RRS Charles Darwin Replacement)–A User’s Perspective
• Recent Technological Advances and Their Application to Deep–Sea Biological Research in Japan
• Flock Distortion: A Role for Collective Robotics in Ocean Mapping
• Monitoring Environmental Variability Around Cold–Water Coral Reefs Using a Benthic Photo Lander
• In–Situ Investigations of Behaviour and Physiology in Deep–Sea Animals Using Autonomous Lander Vehicles
• ASSEM: Array of Sensors for Long–Term Seabed Monitoring of Geohazards
• The Deep–Sea Community at the Galicia Bank (NW Spain), Its Abiotic Environment and the Settlement Experiment; Standalone Subsea Data Monitoring System