Gas Hydrate: Environmental and Climate Impacts
Giustiniani, Michela||Vargas Cordero, Ivan de la Cruz||Tinivella, Umberta||Vasilev, Atanas
Gas Hydrate: Environmental and Climate Impacts
English[eng]
ocean acidification||risk assessment||modeling||molecular composition||ecosystem||thermogenic gas||Eastern Mediterranean||temperature increase||geohazards||São Paulo Plateau||geohazard||hydrate dissociation||climate change||BSR||thawing||multidisciplinary||clathrites||earthquake||modelling||methane cycle||permafrost||global change||methane||biogenic gas||salt migration||subaqueous permafrost||slope stability||Chilean margin||magnetic data||mantellic source||active margin||Arctic shelf||environmental impact||Amazon fan||methane emission||seismic interpretation||seep-carbonates||Bouguer anomaly||potential methods||gravimetric data||methane stability||northern Apennines||Santos Basin||natural gas hydrate||carbon dioxide||blue growth||gas seeps||seepage||Chile Triple Junction||isotopic composition||gas hydrates||gas hydrate||Miocene||Levant Basin
Gas Hydrate: Environmental and Climate Impacts
English[eng]
ocean acidification||risk assessment||modeling||molecular composition||ecosystem||thermogenic gas||Eastern Mediterranean||temperature increase||geohazards||São Paulo Plateau||geohazard||hydrate dissociation||climate change||BSR||thawing||multidisciplinary||clathrites||earthquake||modelling||methane cycle||permafrost||global change||methane||biogenic gas||salt migration||subaqueous permafrost||slope stability||Chilean margin||magnetic data||mantellic source||active margin||Arctic shelf||environmental impact||Amazon fan||methane emission||seismic interpretation||seep-carbonates||Bouguer anomaly||potential methods||gravimetric data||methane stability||northern Apennines||Santos Basin||natural gas hydrate||carbon dioxide||blue growth||gas seeps||seepage||Chile Triple Junction||isotopic composition||gas hydrates||gas hydrate||Miocene||Levant Basin