Expressions of gas seepage observable within North Sea seismic and acoustic data include seabed pockmarks, seepage plumes in the water column, acoustic blanking, shallow enhanced reflectors, and shallow seismic chimneys. Three areas were selected for a marine survey i
The seafloor of central Eckernförde Bay is characterised by soft muddy sediments that contain free m...
Sub-seabed gas is commonly associated with seabed depressions known as pockmarks—the main venting si...
© 2015 The Authors. Marine seeps produce underwater sounds as a result of bubble formation and fragm...
Surface and sub-surface expressions of shallow gas in the Netherlands part of the southern North Sea...
A combined high resolution seismic, sub-bottom profiling, and multi-beam echo-sounding survey in the...
The study of seabed fluid flow facilitates assessment of gas hydrate accumulation, submarine geohaza...
The full-covered Side-Scan Sonar and high-resolution seismic survey method is initially used to rese...
The West Delta Deep Marine (WDDM) concession is one of the abundant natural gas resources in the wor...
The release of greenhouse gases from both natural and man-made sites has been identified as a major ...
Tommeliten is a prominent methane seep area in the Central North Sea. Previous surveys revealed shal...
The upward migration of gas through marine sediments typically manifests itself as gas chimneys or p...
The acoustic remote sensing of subsea gas leakage, applied to the monitoring of underwater gas disch...
Subsurface fluid escape structures are geological features which are commonly observed in sedimentar...
Abstract: The Irish Sea has long been known to contain extensive areas of shallow gas accumulation, ...
A shallow gas depth-contour map covering the Skagerrak-western Baltic Sea region has been constructe...
The seafloor of central Eckernförde Bay is characterised by soft muddy sediments that contain free m...
Sub-seabed gas is commonly associated with seabed depressions known as pockmarks—the main venting si...
© 2015 The Authors. Marine seeps produce underwater sounds as a result of bubble formation and fragm...
Surface and sub-surface expressions of shallow gas in the Netherlands part of the southern North Sea...
A combined high resolution seismic, sub-bottom profiling, and multi-beam echo-sounding survey in the...
The study of seabed fluid flow facilitates assessment of gas hydrate accumulation, submarine geohaza...
The full-covered Side-Scan Sonar and high-resolution seismic survey method is initially used to rese...
The West Delta Deep Marine (WDDM) concession is one of the abundant natural gas resources in the wor...
The release of greenhouse gases from both natural and man-made sites has been identified as a major ...
Tommeliten is a prominent methane seep area in the Central North Sea. Previous surveys revealed shal...
The upward migration of gas through marine sediments typically manifests itself as gas chimneys or p...
The acoustic remote sensing of subsea gas leakage, applied to the monitoring of underwater gas disch...
Subsurface fluid escape structures are geological features which are commonly observed in sedimentar...
Abstract: The Irish Sea has long been known to contain extensive areas of shallow gas accumulation, ...
A shallow gas depth-contour map covering the Skagerrak-western Baltic Sea region has been constructe...
The seafloor of central Eckernförde Bay is characterised by soft muddy sediments that contain free m...
Sub-seabed gas is commonly associated with seabed depressions known as pockmarks—the main venting si...
© 2015 The Authors. Marine seeps produce underwater sounds as a result of bubble formation and fragm...