http://www.loc.gov/mods/v3 http://www.loc.gov/standards/mods/v3/mods-3-2.xsd
1 online resource (256 pages) illustrations
Cover -- Title -- Copyright -- Contents -- Preface -- Acknowledgements -- 1 Review of the site survey technique -- 1.1 Introduction -- 1.2 Historical background -- 1.3 High resolution seismic site surveys -- 1.4 Digital seismic site surveys -- 1.5 Analogue site surveys -- 1.6 Sonar swath bathymetry -- 1.7 Autonomous underwater vehicles -- 1.8 Remote-operated vehicles -- 1.9 Environmental site survey techniques -- 1.10 Gravity and magnetics -- 1.11 Seismic refraction -- 1.12 Pipeline surveys -- 1.13 Marine archaeological surveys -- 1.14 Positioning systems -- 1.15 Site survey grids -- 1.16 Project planning and preliminaries -- 1.17 Survey vessels -- 1.18 Reporting -- 2 High resolution digital site survey systems -- 2.1 Digital recording systems -- 2.2 Texas Instruments digital field system (DFS) Mk V -- 2.3 Sercel SN 358 digital recording system -- 2.4 TTS-2 -- 2.5 OYO DAS-1A -- 2.6 Geometrics Strativisor NX seismic recorder -- 2.7 Digital systems tests -- 2.8 Sparker seismic energy sources -- 2.9 High frequency seismic airgun sources -- 2.10 Other site survey seismic energy sources -- 2.11 Source fire control systems for site surveys -- 2.12 Streamers for site surveys -- 2.13 Onboard processing -- 2.14 Digital site survey interpretation -- 2.15 Contractual work standards -- 3 Analogue site survey systems -- 3.1 Categories of analogue systems -- 3.2 Echosounders -- 3.3 Sidescan sonars -- 3.4 Sonar swath bathymetry -- 3.5 Autonomous underwater vehicles -- 3.6 Sub-bottom profilers -- 3.7 Boomers and sparker profilers -- 3.8 Multi-electrode sparkers -- 3.9 Analogue recorders and filters -- 3.10 Seismic refraction survey -- 3.11 Site survey discussion -- 4 Non-seismic site survey techniques -- 4.1 Gravity corers and seabed sampling -- 4.2 Shearvane penetrometers -- 4.3 Vibrocorers -- 4.4 Underwater photography -- 4.5 Current meters -- 4.6 Engineering tests and cone penetration -- 4.7 Remote-operated vehicles -- 4.8 Gravity survey -- 4.9 Marine proton magnetometers -- 4.10 Marine caesium vapour magnetometers -- 5 Positioning systems -- 5.1 Introduction -- 5.2 Principles of GPS operation -- 5.3 Co-ordinate systems -- 5.4 Geoids, ellipsoids, datums and shifts -- 5.5 GPS differential mode principles -- 5.6 Real-time kinematic (RTK) GPS -- 5.7 DGPS errors -- 5.8 Skyfix, Veripos and Starfix -- 5.9 DGPS quality control -- 5.10 Supervisory quality control systems -- 5.11 Integrated navigation systems -- 5.12 Acoustic positioning systems -- 6 Safety -- 6.1 Safety reviews -- 6.2 Documentation -- 6.3 Health and safety policy -- 6.4 Incident and accident reporting policy -- 6.5 Cranes and lifting gear -- 6.6 Working conditions and working practices -- 6.7 Fire protection equipment -- 6.8 Vessel safety and survival equipment -- 6.9 Training and emergency response procedures -- 6.10 Seismic operations -- 6.11 Electrical equipment and emergency power supplies -- 6.12 Helicopter operations -- 6.13 Personnel competence assurance -- 6.14 Environmental monitoring -- Glossary and notation -- Index.