Day 1Day 2Day 3

Presentations

Day 1

#DaySessionType SeqAuthorTitleLink
111Keynote01ManatschalControls on structural and magmatic variability along rifted margins: From observations to interpretationsmanatschal_id25
211Oral02LundinRifted margins and extension rateslundin_id26
311Oral03HeineGloRiDa - The Global Rifts databaseheine_id27
411Oral04LavierCrustal reheating and mantle upwelling during continental break-up triggered by lithospheric instabilitieslavier_id08
511Oral05ArmitageUpper mantle temperatures during extension and breakuparmitage_id09
611Oral06QuirkConstruction of magmatic rifted marginsquirk_id10
711Oral07GernigonMøre volcanic rifted margin, sea-floor spreading and microcontinent: Insights from new high-resolution aeromagnetic surveysgernigon_id11
811Oral08CollierThe along-strike pattern of magmatism during breakup in the southern South Atlantic: The relative roles of deep mantle plume and lithospheric segmentationcollier_id12
911Oral09ReyContinental Extension and the Geodynamics of Mantle Meltingrey_id28
1012Keynote10EbingerStrain accommodation by faulting and magmatism during rift initiationebinger_id13
1112Oral11SharplesThe Influence of the Nature of Brittle Failure in Numerical Models of Extensionsharples_id14
1212Oral12PhilipponOblique rifts: structure, kinematics and infill. The example of the Main Ethiopian Riftphilippon_id15
1312Oral13PatonWhat lies beneath - do we really know what type of crust SDRs sit upon and does it matter?paton_id16
1412Oral14ClarkContinent-Ocean Transitions, how do they form? An example from Sergipe Alagoas, Brazilclark_id17
1512Oral16IrelandInsights into the evolution of the volcanic margin of Western India and associated intracratonic riftsireland_id19
1612Oral17PerezPassive Continental Margins Formation in the Scotia Sea Basins, Antarcticaperez_id32
1712Oral18TugendSpatial and temporal evolution of rift systems: some implications at the scale of a plate boundarytugend_id31
1812Oral19KhodayarInsights into the mechanism of rift and transform zones for resource explorationkhodayar_id30
1912Oral20LavierDeciphering the rheological, stratigraphic and thermal evolution of magma-poor rifted margins: coupling thermo-mechanical models with observations and interpretations from seismic reflection data.lavier_id24

Day 2

#DaySessionType SeqAuthorTitleLink
121Keynote01HuismansLinking lithosphere deformation and sedimentary basin formation over multiple scaleshuismans_id34
221Oral02KusznirOCT Structure, COB Location and Crustal Type at Rifted Marins from Integrated Quantitative Analysis: Maximising the Value of Deep Long-offset Seismic Reflection Datakusznir_id35
321Oral03GillardTectono-magmatic evolution at distal magma-poor rifted margins: from crustal breakup to lithospheric breakupgillard_id36
421Oral04Perez-GussinyeModes of extension and oceanization at magma-poor margins: An example from the Brazilian-African marginsperez-gussinye_id37
521Oral05HigginsTectono-stratigraphic evolution and variability of the offshore Central South Atlantic basins --- Implications for margin evolution modelshiggins_id38
621Oral06LewisSeismic and stratigraphic expression of heterogeneous crustal deformation during South Atlantic rifting, Campos Basin, Brazillewis_id39
721Oral07CowieThe Palaeo-bathymetry of Base Aptian Salt Deposition on the Northern Angolan Rifted Margin and the Composition of Underlying Basementcowie_id41
821Oral08BumpRifting, Subsidence and Evolution of Benguela Basin, Angolabump_id40
921Oral09Sabato-CeraldiInsights on the Opening of the South Atlantic from the Evolution of the Pre-Salt Lacustrine Carbonatessabato-ceraldi_id42
1021Oral10DrachevLaptev Sea: A Natural Laboratory for Studying Breakup of Continentsdrachev_id43
1121Oral11MazurLaptev Sea – amount and style of continental rifting based on gravity modellingmazur_id57
1222Keynote12BruneNumerical modelling of rift dynamics: Linking observations on fault, basin and global scale.brune_id29
1322Oral13AlveyGulf of Mexico crustal structure and plate kinematics from gravity inversionalvey_id58
1422Oral15LymerA new 3D seismic academic dataset across the west Galicia marginlymer_id60
1522Oral16RestonThe deliberate search for the subtle fault at magma-poor rifted marginsreston_id61
1622Oral17WatremezDeep structure of the Porcupine Basin using seismic refractionwatremez_id62
1722Oral18RobertsThe Morocco-Canaries Atlantic margin – a classic rifted margin or a more complex failed-breakup basin?roberts_id63
1822Oral19BastowContinental breakup, the final stretch: seismic reflection and borehole evidence from the Danakil Depression, Ethiopiabastow_id73
1922Oral19ThompsonGenesis and evolution of the Punta del Este Basin, offshore Uruguay: the relationship between crustal structure and normal-to-oblique rifting during the formation of the South Atlanticthompson_id94

Day 3

#DaySessionType SeqAuthorTitleLink
13OralSarkarSedimentation history of the Northern Guaymas rift in the Gulf of Californiasarkar_id48
231Keynote01WhiteDeep-Water Margins, Dynamic Topography and Sequence Stratigraphywhite_id33
331Oral02JapsenPost-rift development of passive continental margins: Source areas that act as sinks and sinks that act as sourcesjapsen_id64
431Oral03RoubyMeso-Cenozoic Source-to-Sink analysis of the African margin of the Equatorial Atlanticrouby_id23
531Oral04AlvesSediment starved or accommodation-nourished basins during North Atlantic continental rifting?alves_id49
631Oral05RüpkeThe promises and pitfalls of integrating geodynamic with petroleum system modelingruepke_id44
731Oral06ScotchmanThe relationship between rifting history and petroleum systems in the North Atlanticscotchman_id50
831Oral07JacksonHow do normal faults grow?jackson_id70
931Oral08GawthorpeTectono-stratigraphic evolution of multi-phase riftsgawthorpe_id69
1031Oral09ZalánThe Spectrum of Types of Passive Margins and their Differentiated Petroleum Potentialzalan_id22
1132Keynote10RønnevikExploration of mature areas on the Norwegian Continental Shelf since 2000ronnevik_id51
1232Oral11LohrThe Role of Rift Transection and Punctuated Subsidence in the SW Atlantic Marginlohr_id52
1332Oral12SharpTectono-stratigraphic evolution of the onshore Namibe-Benguela-Kwanza basins, Angola – implications for margin evolution modelssharp_id65
1432Oral13HollisStructural and stratigraphic controls on diagenesis within carbonate platforms in rift basinshollis_id66
1532Oral14SallerPre-Salt Stratigraphy and Depositional Systems in the Kwanza Basin, Offshore Angolasaller_id45
1632Oral15RohaisRift dynamic based on a stratigraphic architecture and paleogeographic basin-scale study: Example of the Gulf of Suez (Egypt)rohais_id53
1732Oral16BorsatoSimilarities of rifting to seafloor spreading between the Red Sea and South Atlanticborsato_id67
1832Oral17CaseyCretaceous Deformation of the Demerara and Guinea Plateaus during South Atlantic Openingcasey_id68
1932Oral18Tapan SinhaCrustal architecture and nature of continental breakup along a transform margin: a case study from East Africa transform margin (Tanzania-North Mozambique)tapan_sinha_id71
2032Oral19LongleyA Methodology for Exploration in Mature Rift Basins - why play mapping integrated with well failure analysis matters - an example from the Rift Systems of the North Carnarvon Basin, North West Shelf, Australia.longley_id72

Posters

# DaySessionTypeSeqAuthorTitleLink
110Poster (Student)10LodhiaUplift histories and sedimentary flux at passive margins: Examples from Africalodhia_id46
210Poster (Student)14Bayrakci3D joint refraction-reflection travel-time tomography of the Galicia 3D wide-angle datasetbayrakci_id47
310Poster (Student)06RowlandsNew insight into a dynamic early rift system and associated break-up volcanics; 3- dimensional geometry of Seaward Dipping Reflections (SDRs) in offshore Uruguayrowlands_id18
410Poster (Student)07ColemanStructural Styles associated with Fault-Propagation Folds in Salt-Influenced Rift Basins: Halten Terrace, Offshore Norwaycoleman_id54
510Poster09SwartThe geology of the Namibe Basin, Angolaswart_id55
610Poster (Student)08Illsley-KempActive Rifting at an Incipient Oceanic Spreading Centre: A Study of Local Earthquake Data in Northern Afarillsley-kemp_id56
710Poster (Student)04DavyContinental hyper-extension and mantle exhumation at the ocean-continent transition, West Iberia: new insights from wide angle seismic.davy_id59
810Poster (Student)03McDermottThe use of velocity analysis of long-offset seismic data to interpret the seaward-dipping reflectors imaged along the Argentinian and Uruguayan rifted marginsmcdermott_id76
910Poster (Student)02ChenSeimic Structure of the Crust and Upper Mantle of Porcupine Basin from Wide-Angle Datachen_id77
1010Poster (Student)13MageeLateral magma flow in sill-complexes: towards a paradigm shift in volcanologymagee_id83
1110Poster (Student)12PernerDepositional systems and palaeothermal history in an active rift-graben setting and its effect on hydrocarbon systems, Upper Rhine Graben, Germanyperner_id85
1210Poster (Student)01PrivatSedimentology and architecture of early post-rift submarine lobe deposits; the Los MoUes Formation, Neuquén Basin, Argentinaprivat_id86
1310Poster (Student)15BeniestThermal reconstruction in extension tectonics: coupling geodynamic modelling with petroleum system modelling, the South Atlantic conjugate margins as a case studybeniest_id89
1410Poster (Student)05CresswellUntangling the faults: Using 3D data at the Galicia margin to determine faulting historycresswell_id94
1510Poster (Student)11ShmelaInvestigation of scaling properties of fault populations in the central Kenya riftshmela_id95

All abstracts

# DaySessionTypeSeqAuthorTitleLink
111Keynote01ManatschalControls on structural and magmatic variability along rifted margins: From observations to interpretationsmanatschal_id25
211Oral06QuirkConstruction of magmatic rifted marginsquirk_id10
311Oral07GernigonMøre volcanic rifted margin, sea-floor spreading and microcontinent: Insights from new high-resolution aeromagnetic surveysgernigon_id11
411Oral08CollierThe along-strike pattern of magmatism during breakup in the southern South Atlantic: The relative roles of deep mantle plume and lithospheric segmentationcollier_id12
512Keynote10EbingerStrain accommodation by faulting and magmatism during rift initiationebinger_id13
612Oral11SharplesThe Influence of the Nature of Brittle Failure in Numerical Models of Extensionsharples_id14
712Oral12PhilipponOblique rifts: structure, kinematics and infill. The example of the Main Ethiopian Riftphilippon_id15
812Oral13PatonWhat lies beneath - do we really know what type of crust SDRs sit upon and does it matter?paton_id16
912Oral14ClarkContinent-Ocean Transitions, how do they form? An example from Sergipe Alagoas, Brazilclark_id17
1012Oral16IrelandInsights into the evolution of the volcanic margin of Western India and associated intracratonic riftsireland_id19
1112Oral20LavierDeciphering the rheological, stratigraphic and thermal evolution of magma-poor rifted margins: coupling thermo-mechanical models with observations and interpretations from seismic reflection data.lavier_id24
1211Oral02LundinRifted margins and extension rateslundin_id26
1311Oral03HeineGloRiDa - The Global Rifts databaseheine_id27
1411Oral09ReyContinental Extension and the Geodynamics of Mantle Meltingrey_id28
1512Oral19KhodayarInsights into the mechanism of rift and transform zones for resource explorationkhodayar_id30
1612Oral18TugendSpatial and temporal evolution of rift systems: some implications at the scale of a plate boundarytugend_id31
1712Oral17PerezPassive Continental Margins Formation in the Scotia Sea Basins, Antarcticaperez_id32
1811Oral04LavierCrustal reheating and mantle upwelling during continental break-up triggered by lithospheric instabilitieslavier_id08
1911Oral05ArmitageUpper mantle temperatures during extension and breakuparmitage_id09
2022Keynote12BruneNumerical modelling of rift dynamics: Linking observations on fault, basin and global scale.brune_id29
2121Keynote01HuismansLinking lithosphere deformation and sedimentary basin formation over multiple scaleshuismans_id34
2221Oral02KusznirOCT Structure, COB Location and Crustal Type at Rifted Marins from Integrated Quantitative Analysis: Maximising the Value of Deep Long-offset Seismic Reflection Datakusznir_id35
2321Oral03GillardTectono-magmatic evolution at distal magma-poor rifted margins: from crustal breakup to lithospheric breakupgillard_id36
2421Oral04Perez-GussinyeModes of extension and oceanization at magma-poor margins: An example from the Brazilian-African marginsperez-gussinye_id37
2521Oral05HigginsTectono-stratigraphic evolution and variability of the offshore Central South Atlantic basins --- Implications for margin evolution modelshiggins_id38
2621Oral06LewisSeismic and stratigraphic expression of heterogeneous crustal deformation during South Atlantic rifting, Campos Basin, Brazillewis_id39
2721Oral08BumpRifting, Subsidence and Evolution of Benguela Basin, Angolabump_id40
2821Oral07CowieThe Palaeo-bathymetry of Base Aptian Salt Deposition on the Northern Angolan Rifted Margin and the Composition of Underlying Basementcowie_id41
2921Oral09Sabato-CeraldiInsights on the Opening of the South Atlantic from the Evolution of the Pre-Salt Lacustrine Carbonatessabato-ceraldi_id42
3021Oral10DrachevLaptev Sea: A Natural Laboratory for Studying Breakup of Continentsdrachev_id43
3121Oral11MazurLaptev Sea – amount and style of continental rifting based on gravity modellingmazur_id57
3222Oral13AlveyGulf of Mexico crustal structure and plate kinematics from gravity inversionalvey_id58
3322Oral15LymerA new 3D seismic academic dataset across the west Galicia marginlymer_id60
3422Oral16RestonThe deliberate search for the subtle fault at magma-poor rifted marginsreston_id61
3522Oral17WatremezDeep structure of the Porcupine Basin using seismic refractionwatremez_id62
3622Oral18RobertsThe Morocco-Canaries Atlantic margin – a classic rifted margin or a more complex failed-breakup basin?roberts_id63
3722Oral19BastowContinental breakup, the final stretch: seismic reflection and borehole evidence from the Danakil Depression, Ethiopiabastow_id73
3822Oral19ThompsonGenesis and evolution of the Punta del Este Basin, offshore Uruguay: the relationship between crustal structure and normal-to-oblique rifting during the formation of the South Atlanticthompson_id94
3931Keynote01WhiteDeep-Water Margins, Dynamic Topography and Sequence Stratigraphywhite_id33
4031Oral05RüpkeThe promises and pitfalls of integrating geodynamic with petroleum system modelingruepke_id44
4132Oral14SallerPre-Salt Stratigraphy and Depositional Systems in the Kwanza Basin, Offshore Angolasaller_id45
423OralSarkarSedimentation history of the Northern Guaymas rift in the Gulf of Californiasarkar_id48
4331Oral03RoubyMeso-Cenozoic Source-to-Sink analysis of the African margin of the Equatorial Atlanticrouby_id23
4431Oral04AlvesSediment starved or accommodation-nourished basins during North Atlantic continental rifting?alves_id49
4531Oral06ScotchmanThe relationship between rifting history and petroleum systems in the North Atlanticscotchman_id50
4632Keynote10RønnevikExploration of mature areas on the Norwegian Continental Shelf since 2000ronnevik_id51
4731Oral09ZalánThe Spectrum of Types of Passive Margins and their Differentiated Petroleum Potentialzalan_id22
4832Oral11LohrThe Role of Rift Transection and Punctuated Subsidence in the SW Atlantic Marginlohr_id52
4932Oral15RohaisRift dynamic based on a stratigraphic architecture and paleogeographic basin-scale study: Example of the Gulf of Suez (Egypt)rohais_id53
5031Oral02JapsenPost-rift development of passive continental margins: Source areas that act as sinks and sinks that act as sourcesjapsen_id64
5132Oral16BorsatoSimilarities of rifting to seafloor spreading between the Red Sea and South Atlanticborsato_id67
5232Oral17CaseyCretaceous Deformation of the Demerara and Guinea Plateaus during South Atlantic Openingcasey_id68
5331Oral08GawthorpeTectono-stratigraphic evolution of multi-phase riftsgawthorpe_id69
5431Oral07JacksonHow do normal faults grow?jackson_id70
5532Oral12SharpTectono-stratigraphic evolution of the onshore Namibe-Benguela-Kwanza basins, Angola – implications for margin evolution modelssharp_id65
5632Oral13HollisStructural and stratigraphic controls on diagenesis within carbonate platforms in rift basinshollis_id66
5732Oral18Tapan SinhaCrustal architecture and nature of continental breakup along a transform margin: a case study from East Africa transform margin (Tanzania-North Mozambique)tapan_sinha_id71
5832Oral19LongleyA Methodology for Exploration in Mature Rift Basins - why play mapping integrated with well failure analysis matters - an example from the Rift Systems of the North Carnarvon Basin, North West Shelf, Australia.longley_id72