X Huang, C Betzler, S Wu, A Bernhardt… - Marine and Petroleum …, 2020 - Elsevier
Carbonate platforms form informative archives for paleoclimates and their internal structures can also hold crucial information about the tectonic history and carbonate evolution of the …
L Cao, Q Sun, C Magee - Basin Research, 2023 - earthdoc.org
Structures that facilitate fluid migration are common in sedimentary basins. We document several possible hydrothermal and/or volcanic vents located above a> 157 km2, late …
Seep carbonates tell us where and when CH 4-charged fluids escaped from the subsurface, thus providing qualitative information to reconstruct the activity of petroleum systems. The …
L Wang, F Zhao, E Miramontes - Marine and Petroleum Geology, 2024 - Elsevier
Pockmarks are prominent morphological features formed by fluid escape at the seafloor that provide valuable information on past environmental conditions and ongoing sedimentary …
S Ho, M Hovland, JP Blouet, A Wetzel, P Imbert… - Solid Earth, 2018 - se.copernicus.org
A new type of gas chimney exhibiting an unconventional linear planform is found. These chimneys are termed “Linear Chimneys”, which have been observed in 3-D seismic data …
Shallow seabed depressions attributed to focused fluid seepage, known as pockmarks, have been documented in all continental margins. In this study, we demonstrate how …
S Ao, S Qiliang, C Dizhu, X Zihao - 地质科技通报, 2023 - dzkjqb.cug.edu.cn
Pockmarks are a kind of negative geomorphology formed by overpressure fluid spilling from the seabed. They are widely distributed in various underwater tectonic environments (such …
Seismic imaging techniques are widely used to determine fluid migration pathways in the subsurface. Understanding the timing and distribution of focused fluid migration pathways is …
JP Blouet, A Wetzel, S Ho - Marine and Petroleum Geology, 2021 - Elsevier
At a Pliocene methane seep site in Taiwan characterized by numerous tubular carbonate bodies and bivalves, a half meter-long dolomitic concretion containing a lucinid bivalve …