📢NEW PAPER by Scarselli et al. @SeisNic@RHULEarthSci :
Regional assessment of gravity-driven deformation offshore Namibia (West Africa)—Styles, distribution and controlling factors
🌎https://t.co/tHNxWU4KuJ
📢NEW PAPER by Preine et al.:
The Hidden Giant: How a rift pulse triggered a cascade of sector collapses and voluminous secondary mass-transport events in the early evolution of Santorini
Online April 6th 🌎https://t.co/eDsgqzWdoO
📢NEW PAPER by Steel et al.:
Reconstructing subsurface sandbody connectivity from temporal evolution of surface networks
Online April 3rd 🌎https://t.co/1O1CziXrUS
📢NEW PAPER by Cao et al.:
Early rifting during marginal basin development: Petrography, microstructure, and detrital zircon U-Pb geochronology of the Lapataia Formation, Argentine Fuegian Andes
Online March 30th 🌎https://t.co/a3Pkv1swrg
📢NEW PAPER by Ortiz et al.:
Siliciclastic sediment volumes and rates of the North Pyrenean retro-foreland basin
Online March 30th 🌎https://t.co/IxDwLrbvSz
📢NEW PAPER by Duan et al.:
Distribution and geological controls of the seabed fluid flow system, the central-western Bohai Sea: A general overview
Online March 29th 🌎https://t.co/UkELBr7tv7
📢NEW PAPER by Micallef et al. #OpenAccess:
Multiple drivers and controls of pockmark formation across the Canterbury Margin, New Zealand
Online March 17th 🌎https://t.co/IgGYq8lDZ7
📢NEW PAPER by Smit et al.:
The occurrence of a palaeo-lithification front in an overpressured basin (Chalk Group) – timing from clumped isotopes and seismic stratigraphic analysis
Online Feb 24th 🌎https://t.co/6JNNKrGdOI
📢NEW PAPER by @AlexTamas_AT et al. #OpenAccess:
Correlating deformation events onshore and offshore in superimposed rift basins: the Lossiemouth Fault Zone, Inner Moray Firth Basin, Scotland
Online Feb 18th 🌎https://t.co/qDYBR9q4uu
📢NEW PAPER by Rajabi et al. #OpenAccess:
Characterising the contemporary stress orientations near an active continental rifting zone: A case study from the Moatize Basin, central Mozambique
Online Feb 12th 🌎https://t.co/vBKrBHrfdL
📢NEW PAPER by Langford et al.:
Burial Wedges -- Evidence for Prolonged Progressive Burial of the Paradox Basin Salt Walls - with a Detailed Example from Gypsum Valley, Colorado
Online Jan 20th 🌎https://t.co/6UC2NM1VHU
📢NEW PAPER by Snedden et al.:
Late Mesozoic Sandstone Volumes Recorded in Gulf of Mexico Subsurface Depocenters: Deciphering Long-Term Sediment Supply Trends and Contributions by Paleo-River Systems
Online Jan 28th 🌎https://t.co/A3nH8r4Mv0
Your regular @BasinResearch new paper blasts fell by the wayside last year...but we're back back! Sorry to all those authors we missed. But check out https://t.co/VmHUV3PUap to catch up with them!
And here's a few of our #OpenAccess papers to entice you!
Congratulations and our deepest thanks to all @BasinResearch outstanding reviewers 2020-21! 👏👏
Read the editorial from EIC Atle Rotevatn (@UiB_Rotevatn) & Deputy EIC Kerry Gallagher, praising the exceptional work of our reviewers here:
https://t.co/Dqay5R75ko
…and Dr Lewis Whiting's paper on the structural and stratigraphic responses to rifting-to-hyperextension through time and space (Irish Atlantic Margin) 🏅👏
https://t.co/VNu6nBnI2J
@iCRAGcentre@UCD_Earth_Sci
Huge congrats to both! 👏👏🏅🏅
2/2
For #WeekendReading we congratulate the two runners-up for the BR Early Career Award 👏
Dr @a_gilmullina's paper on how enormous conterminous sedimentary basins are filled though geologic time (Triassic, Greater Barents) 🏅
https://t.co/UxKEv3NrCr @uibgeo@MoscowStateUniv
1/2
We are delighted to announce Dr Zoë Cumberpatch (@deepwater_zobes) is awarded the @BasinResearch
Early Career Award 2021, for her paper on the feedback between salt movement & sedimentation. Huge congrats!! @wileyearthspace @sedimentology@EAGE_Global
https://t.co/vGZQJxp9vU
Gac, Abdelmalak, Faleide, Schmid & Zastrozhnov (2021) Basin modelling of a complex rift system: the Northern Vøring Volcanic Margin case example. Basin Research. https://t.co/fdJcAiRAog
Have you seen this paper from @DavidCruset and others in @BasinResearch?
It is of course #OpenAccess and reconstructs the fluid flow evolution of a portion of the inverted Pyrenean rift from the Mesozoic extension to the Alpine orogeny.
https://t.co/HOI8EnXaSm