Stéphane Rondenay
Online via Zoom meeting https://uib.zoom.us/j/309859064?pwd=MWliSWgwVHlrakV2Q24xRkxqU2RyQT09What causes volcanic gaps in subduction zones? Insights from South central Alaska
What causes volcanic gaps in subduction zones? Insights from South central Alaska
Deep-water syn-rift sedimentary response to alternating Late Quaternary palaeoenvironments in the Gulf of Corinth (Greece) Relatively few detailed studies exist of rift axis depositional systems and the controls on their sedimentology and stratigraphy. Cores from the IODP Expedition 381 (Corinth …
Faulting at near-surface conditions: an example from unconsolidated deposits in the Central Apennines
"Geology fieldwork in the High Arctic – some pictures taken during the 2021 Sequence Stratigraphy course on Svalbard” By Flávio Norberto de Almeida Junior “Picture report from new remote seismic stations on Svalbard - how we worked against fog, ice, …
Flávio Norberto de Almeida Junior, Felix Halpaap: Field trip reports Read More »
Coupling crustal-scale rift architecture with rifted margin salt tectonics: a geodynamic modelling approach Many rifted passive margins are associated with widespread and thick evaporite (i.e., salt) deposits, and pronounced syn-and post-rift salt tectonics. The majority and largest salt basins known-to-date …
Large Igneous Provinces, hydrovolcanism and paleoenvironments/paleohydrology: lessons from the Paraná Basin in South Brazil In many continental flood basalt provinces (CFBPs), primary mafic volcaniclastic deposits have been shown to be significant counterparts of better-known effusive (lava flow) facies, a notion …
Quaternary basin fill and evolution of the North Sea Basin: A synthesis of sequence stratigraphy and basin modeling techniques by Baig, Irfan; Faleide, Jan Inge; Aagaard, Per; Chuahan, Teena; Hjelstuen, Berit Oline Blihovde & Sejrup, Hans Petter
Preliminary results from IODP Expedition 396 – Mid Norwegian Continental Margin Magmatism
Potential temperature and depth-dependent extension control melt volume at Atlantic volcanic margins Breakup volcanism along rifted passive margins is highly variable in time and space. The factors controlling magmatic activity during continental rifting and breakup are not resolved and controversial. …
Topography during Pangea Breakup - Case of the South Atlantic Central Segment - 2-D thermo-mechanical modelling and implications for salt basin formation In this study we use observations from the central South Atlantic conjugate margins to constrain the structural style …