Add to ORKGAvailable online xxx Bottom simulating reflectors (BSRs) seen on seismic reflection profiles are conventionally interpreted as indicators for the base of gas hydrate stability zone (GHSZ) and hence indicate the possible presence of gas hydrate and free gas beneath the seafloor (Dillon and Paull, 1983; Miller et al., 1991). Gas hydrates and their Colwell et al., 2004) or in rifted continental margins (e.g., Holbroo
The presence of gas hydrates offshore of eastern Canada has long been inferred from estimated stabil...
Eine der am häufigsten gestellten Fragen im Bezug auf die Vorhersage der Gashydratverteilung und Qua...
A widespread bottom-simulating reflection (BSR) defining the base of the gas hydrate stability zone ...
Bottom simulating reflectors (BSRs) seen on seismic reflection profiles are conventionally interpret...
Gas hydrate is a solid ice-like compound and is stable at low temperature and high pressure conditi...
Many places where natural gas hydrate occurs have a regionally extensive, bottom-simulating seismic ...
Bottom-simulating reflections (BSRs) identified in seismic data are well documented; and are commonl...
Highlights • Propose that all BSRs are in fact discontinuous in nature. • Challenge the co...
Gas hydrates are a major component in the organic carbon cycle. Their stability is controlled by tem...
Seismic profiles from a venting area on the western margin of Paramushir Island (Sea of Okhotsk) rev...
Highlights • Gas hydrate reported from the Andaman Sea, India after coring and drilling. • ...
The passive eastern Indian margin is rich in gas hydrates, as inferred from the wide-spread occurren...
Along the pacific margin offshore Costa Rica the Bottom Simulating Reflector (BSR) shows a patchy oc...
Historically, the presence of methane hydrate has been inferred on the basis of bottom simulating re...
High-resolution 2D seismic data reveal the character and distribution of up to four stacked bottom s...
The presence of gas hydrates offshore of eastern Canada has long been inferred from estimated stabil...
Eine der am häufigsten gestellten Fragen im Bezug auf die Vorhersage der Gashydratverteilung und Qua...
A widespread bottom-simulating reflection (BSR) defining the base of the gas hydrate stability zone ...
Bottom simulating reflectors (BSRs) seen on seismic reflection profiles are conventionally interpret...
Gas hydrate is a solid ice-like compound and is stable at low temperature and high pressure conditi...
Many places where natural gas hydrate occurs have a regionally extensive, bottom-simulating seismic ...
Bottom-simulating reflections (BSRs) identified in seismic data are well documented; and are commonl...
Highlights • Propose that all BSRs are in fact discontinuous in nature. • Challenge the co...
Gas hydrates are a major component in the organic carbon cycle. Their stability is controlled by tem...
Seismic profiles from a venting area on the western margin of Paramushir Island (Sea of Okhotsk) rev...
Highlights • Gas hydrate reported from the Andaman Sea, India after coring and drilling. • ...
The passive eastern Indian margin is rich in gas hydrates, as inferred from the wide-spread occurren...
Along the pacific margin offshore Costa Rica the Bottom Simulating Reflector (BSR) shows a patchy oc...
Historically, the presence of methane hydrate has been inferred on the basis of bottom simulating re...
High-resolution 2D seismic data reveal the character and distribution of up to four stacked bottom s...
The presence of gas hydrates offshore of eastern Canada has long been inferred from estimated stabil...
Eine der am häufigsten gestellten Fragen im Bezug auf die Vorhersage der Gashydratverteilung und Qua...
A widespread bottom-simulating reflection (BSR) defining the base of the gas hydrate stability zone ...