|
Author |
Title |
|
|
T1-01 |
Jie ZHANG |
Seismic evidence of a detachment fault near the fossil spreading center in the Southwest Sub-basin, South China Sea |
|
T1-02 |
Jinchang ZHANG |
Tamu Massif-Largest Volcano on Earth-within Shatsky Rise Oceanic Plateau Formed by Mantle Plume-Mid-Ocean Ridge Interaction? |
|
T1-03 |
Fan ZHANG |
Systematic variations in morphological characteristics of global transform faults |
|
T1-04 |
Tao ZHANG |
Asymmetric crustal structure of the slow-spreading Mohns Ridge |
|
T1-05 |
Ling CHEN |
Mantle heterogeneity and melt refertilization beneath the ultraslow-spreading ridge: Minerals compositions of peridotites from the Southwest Indian Ridge (53°E segment) |
|
T1-06 |
Songlei XIE |
The influence of magma intrusion in South China Sea breakup |
|
T1-07 |
Ji-Qiang LIU |
Micro-FTIR and Raman spectroscopy study of melt inclusions and glasses from East Pacific ridge (EPR) |
|
T1-08 |
Zhaocai WU |
Geophysical signatures of oceanic core complexes at the Carlsberg Ridge |
|
T1-09 |
Q. ZHONG |
Temporal and spatial variations in seismicity of fast-slipping oceanic transform faults at the East Pacific Rise |
|
T1-10 |
Ning QIU |
Interpretation of the spreading process for the narrow low-latitude inactive ocean basin using deeptow magnetic anomalies: A case study of Southwest Subbasin, South China Sea |
|
T1-11 |
Zhiyuan ZHOU |
Contrasts between magmatic versus amagmatic segments of ultra-slow spreading systems: Differences in underlying mantle thermal regime, partial melting, and lithospheric structure |
|
T1-12 |
Zhang XIA |
Mineralogical Study of Hydrothermal Sulfide in the Okinawa Through |
|
T1-13 |
D.J. WILSON |
Crustal evolution from the Costa Rica Rift to borehole 504B |
|
T1-14 |
Caicai ZHA |
Evolution of the ridges and transform faults due to the changing of spreading direction and speed at the Southwest Indian Ridge |
|
T1-15 |
E.P.M. GREGORY |
Geophysical analysis of oceanic crust at a mid-ocean ridge |
|
T1-16 |
Shoujin LIU |
对澳大利亚 - 南极洲不吻合带（Australian-Antarctic Discordance）的观测与地球动力学研究: 探索地幔下涌与温度异常对大洋中脊岩浆量以及岩石圈变形的影响 |
|
T1-17 |
Tingting ZHENG |
Contrasts in hydroacoustic seismicity along oceanic transform faults between the East Pacific Rise and Mid-Atlantic Ridge |
|
T1-18 |
Gavin A HAUGHTON |
InterRidge Bursary to Panama Basin and preliminary bathymetric interpretation |
|
T1-19 |
Xubo ZHANG |
Investigation of turbulent flows and near-bottom hydrothermal plumes at mid-ocean ridges |
|
T1-20 |
Weiwei DING |
Neotectonics in the Southwest Sub-basin, South China Sea: Constraints from multi-channel seismic data and IODP Expedition 349 |
|
T1-21 |
Masakazu FUJII |
Near-seafloor Magnetics using AUV URASHIMA at the Tarama and Irabu Hydrothermal Fields, Okinawa Trough |
|
T1-22 |
F LARTAUD |
Characterization of chemical energy resources used by chemosynthetic bivalves in present and fossil hydrothermal systems using stable isotope signature of shells |
|
T1-23 |
Huatian ZHANG |
Different Crust Failure Modes Controlled by Spreading Obliquity and Its Implication: Insight from Southwest Indian Ridge 46-52.5°E |
|
T2-01 |
Yejian WANG |
Sulfide Mineralization from a Newly Discovered Hydrothermal Field on the Carlsberg Ridge: Evidence from Mineralogy and LA-ICP-MS study |
|
T2-02 |
Mengyi REN |
Metallogenic information extraction and quantitative prediction process of seafloor polymetallic sulfide resources in the Southwest Indian Ocean |
|
T2-03 |
Xiaohu LI |
Zn isotope composition in hydrothermal systems on the mid-ocean ridge and its implication for geochemical cycling of Zinc |
|
T2-04 |
Shoujun LI |
TPEC Algorithm and its Application in Niao Chao Hill —China’s first international undersea feature naming |
|
T2-05 |
Huaiming LI |
Hydrothermal sulfide mineralization model at Dragon Area on the Southwest Indian Ridge |
|
T2-06 |
Shujie WANG |
Geochemical features of the hydrothermal sulfide on the Southern Mid-Atlantic Ridge near 15°S |
|
T2-07 |
Zongwei CAI |
Rare-earth-elements characteristics of the hydrothermal sulfide in the Central Indian Ridge |
|
T2-08 |
Jianyu NI |
The new Hydrothermal zones along 3-7 south degree latitude at eastern Pacific Rise |
|
T2-09 |
Ágata Dias |
Saldanha hydrothermal field: the role of the sediment-cover in the preservation of ore-forming minerals |
|
T2-10 |
ZIYIN WU |
A new method to identify the foot of continental slope based on an integrated profile analysis |
|
T2-11 |
Dineng ZHANG |
A New Method of Automatic SVP Optimization Based on MOV Algorithm |
|
T2-12 |
N. Jayaraju |
Mining of Seabed Resources of Central Indian Ocean Basin : Ecological Implications |
|
T2-13 |
Weiyan ZHANG |
Evaluation parameters of seafloor polymetallic massive sulfide resources |
