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Posters GD7.1/GMPV8.7/SM4.15/TS9.12

GD7.1/GMPV8.7/SM4.15/TS9.12

The structure and evolution of the oceanic lithosphere: interplay between magmatic, tectonic and hydrothermal processes at spreading ridges (co-organized)
Convener: Nuno Mendes Simao 
Co-Conveners: Catherine A. Rychert , Schlindwein Vera , L. Ruepke , Timothy Reston , Javier Escartin 
Session details
Orals
 / Wed, 11 Apr, 08:30–12:00  / Room -2.47
Posters
 / Attendance Wed, 11 Apr, 17:30–19:00  / Hall X2
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Attendance Time: Wednesday, 11 Apr, 17:30–19:00
Hall X2
Chairperson: Nuno Simão
X2.234
EGU2018-650
Lithospheric strength, thermal structure and potential mode of deformation at a magma-poor segment of the ultraslow opening Southwest Indian Ridge
Florian Schmid and Vera Schlindwein

X2.235
EGU2018-1750
KNIPAS – exploring active seafloor spreading processes at segment-scale
Schlindwein Vera, Krüger Frank, Schmid Florian, Schmidt-Aursch Mechita, Wojtek Czuba, and Janik Tomasz

X2.236
EGU2018-15604
Intermediate oceanic crust is created by alternating periods of magma-rich and magma-poor spreading: evidence from a 7 Myr transect from the Costa Rica Ridge to ODP borehole 504B
Dean Wilson, Richard Hobbs, Christine Peirce, Emma Gregory, and Adam Robinson

X2.237
EGU2018-2998
Relative evolution of adjacent OCCs and segment boundaries at 13°N on the Mid-Atlantic Ridge
Graham Reveley, Christine Peirce, Nuno Mendes Simão, Tim Reston, Roger Searle, and Chris MacLeod

X2.238
EGU2018-2980
Mid-Atlantic Ridge at 13˚N: a 3D tomographic view of complex crustal structure and time-varying tectonic and magmatic spreading processes
Nuno Mendes Simão, Christine Peirce, Tim Reston, Chris MacLeod, and Roger Searle

X2.239
EGU2018-7996
Detailed magnetic field around oceanic core complexes, Mid-Atlantic Ridge 13º-14ºN
Roger Searle, Christine Peirce, Tim Reston, and Chris MacLeod

X2.240
EGU2018-9785
Interplay between magmatism, hydrothermal venting and crustal accretion at the ultraslow-spreading Mid-Cayman Spreading Center from wide-angle refraction seismic data
Jennifer Harding, Harm van Avendonk, Nicholas Hayman, Ingo Grevemeyer, and Christine Pierce

X2.241
EGU2018-6969
LITHOS-iLAB – an 1100 km long seismic and heat flow transect in the equatorial Atlantic Ocean, covering 0 to 50 Ma oceanic lithosphere
Ingo Grevemeyer, Satish C. Singh, Heinrich Villinger, Cord Papenberg, Pranav Audhkhasi, Venkata Vaddineni, Laura Gomez de la Pena, Norbert Kaul, and Henning Schröder

X2.242
EGU2018-16041
S-to-P receiver function imaging of the 0 – 40 My old Atlantic Plate from the PI-LAB experiment
Catherine A. Rychert, Nicholas Harmon, Tharimena Saikiran, and Michael Kendall

X2.243
EGU2018-15850
How much serpentine at oceanic transform faults?
Lars Ruepke, Zhikui Guo, and Joerg Hasenclever

X2.244
EGU2018-15826
Ecuador Fracture Zone – fluid flow, serpentinisation and dynamic plate uplift in a mid-ocean ridge setting
Adam Robinson, Richard Hobbs, Christine Peirce, Matthew Funnell, Russell Azad-Khan, Jacob Barrett, Isabelle Minihan, Matthew Kemp, and Dean Wilson

X2.245
EGU2018-15830
Spreading ridge lower order segmentations effect on large scale fault heave
Gavin Haughton, Richard Hobbs, Bramley Murton, and Tim Henstock

X2.246
EGU2018-12073
Brittle deformation and kinematic along major detachment fault in a fossil oceanic core complex: evidences from the Chenaillet ophiolite
Rémi Magott, Carole Berthod, and Françoise Chalot-Prat

X2.247
EGU2018-8755
3D gravimetric modelling of the Central Indian and Southeast Indian Ridges near the Rodriguez Triple Junction
Ingo Heyde, Chiara Girolami, Udo Barckhausen, and Ralf Freitag

X2.248
EGU2018-6900
Data- and Model-Driven Prediction of the Age and Depth of the Ocean Floor Through Time
Sheona Masterton, Peter Webb, Kate Benny, Amanda Galsworthy, and Lauren Raynham