B

Scope for Pioneering Marine Gas Hydrate Development in New Zealand

Mac Beggs

Joint Interpretation of geophysical field experiments in the Danube deep sea fan, Black Sea

J. Bialas, T. Bohlen, A. Dannowski, G. Eisenberg-Klein, L. Gassner, R. Gehrmann, K. Heeschen, S. Hölz, M. Jegen, M. Krieger, J. Mann, Ch. Müller, J. Prüßmann, J. Schicks, E. Schünemann, K. Schwalenberg, P.L. Smilde, E. Spangenberg, and H. Trappe

Environmental factors associated with hydrates extraction; physical and chemical mitigation and a marine consent

Kate Bromfield and Brett Rogers

C

Gas hydrates and genetic link between Miocene seafloor methane seeps and underlying fluid conduit plumbing, East Coast Basin, New Zealand

Kathleen A. Campbell, Campbell S. Nelson, Stephanie L. Nyman, Jens Greinert, David A. Francis, and Stephen D. Hood

Methane Hydrate Surface Morphology in a Dynamic Water Dominant Flowloop

Joel Choi, Nickolas Manning, Ben Hoskin, Shunsuke Sakurai, Koji Yamamoto, Tomoya Nonoue, and Zachary Aman

Geochemical Enhancement of Seismic Data Interpretations of Gas Hydrate Loadings; Proof of Concept Along the Eastern Coast of New Zealand

Richard Coffin, Paula Rose, Ingo Pecher, and Gareth Crutchley

Gas Hydrate Reservoirs of the Southern Hikurangi Subduction Margin: Insights From Geophysics And Numerical Modelling

Gareth Crutchley

D

Gas hydrates characterization in the southern Hikurangi margin using full waveform inversion

Adnan Djeffal, Ingo Pecher, Jari Kaipio, Satish Singh, and Gareth Crutchley

G

New Method For Disassociate Rate And Permeability Evaluation In Gas Hydrate Reservoir

Bei Gao and Shim Yen Han

Mud Diapirs and Mud Volcanoes Associated with Gas Hydrates System in the Sinu Fold Belt of Colombia, South Western Caribbean and its Significant in the Petroleum System

Mario García-González, Rocio Bernal-Olaya, Jorge L. Fuentes-Lorenzo, and Ana M García-Ceballos

H

Ngā Taonga Hou: Te Riu a Māui me Te Moana Nui a Kiwa: The New and Ancient Treasures of The Continent of Zealandia and the Pacific Ocean its Gas Permeates and Petroleum Resources.  A Polynesian Mā​ori Assessment

Manuka Herare

Distribution of faulting and gas hydrates in the southern Hikurangi Margin

Jess Hillman and Gareth Crutchley

Observing Pore-Scale Gas Hydrate Morphology and its Acoustic Response to the Host Sediments

Gaowei Hu, Changling Liu, Chengfeng Li, Qingtao Bu, and Nengyou Wu

I

Geomechanical Behavior of Gas Hydrate-Bearing Reservoir during Gas Production

Shun Ichida

Experimental Study on Hydraulic Fracturing in Unconsolidated Sands for Its Application to Methane Hydrate Development

Takatoshi Ito and Norio Tenma

K

3D gas hydrate petroleum systems modelling at the New Zealand Hikurangi subduction margin

Karsten F. Kroeger, Gareth J. Crutchley, Richard L. Kellett, and Philip M. Barnes

Non-Equilibrium Nature of Hydrates in Sediments and Consequences for Choices of Ways to Produce Hydrates Safely and Economically Feasible

Bjorn Kvamme

L

Gas hydrate system comparison between active and passive margin of the NE South China Sea

Saulwood Lin, Gerhard Bohrmann, Christian Berndt, and SO266 scientific party

M

Possible controls on BSR distribution and character in the Pegasus Basin, New Zealand

Michael Macnaughtan 1, Ingo Pecher 1, Lorna Strachan 1, Gareth Crutchley 3, and TAN1808 Shipboard Crew 2,3

Gas Hydrates- Geohazard? Resource? Integrated and cooperative research will help us better understand both

Dan McConnell

Gas Production From Natural Hydrate Deposits and the Corresponding Geomechanical System Response

George Moridis

O

Possible inflow of fluid at the seafloor following gas production from methane hydrates: Numerical simulation studies.

P.A Oluwunmi, I.Pecher, R.Archer, M.Reagan, G.Moridis, G.Crutchley, L.C.Stewart, D.Bowden, A.Rowden.

P

The Gas Hydrate Petroleum System of the Northern Hikurangi Margin, New Zealand

Ingo Pecher, Gareth Crutchley, Paul Oluwunmi, Richard Coffin, Katja Heeschen, Ann Cook, Philip Barnes, Leah LeVay, Laura Wallace, Demian Saffer, Katerina Petronotis, Expedition 372 Scientists, and Expedition 375 Scientists

Extremely high concentration of methane hydrate in a deepwater silt reservoir from the northern Gulf of Mexico (Green Canyon 955)

Stephen C. Phillips, Peter B. Flemings, Melanie E. Holland, Peter J. Schultheiss, William F. Waite, Junbong Jang, Ethan G. Petrou, and Helen Hammon

Analysis of fluid flow systems and links to potential gas hydrate deposits in the northern Taranaki Basin, New Zealand.

G.J. Pradel, I.A. Pecher; L.J. Strachan, G. Crutchley, and K.F. Kroeger

Q

Quantitative seismic interpretation for gas hydrate and free gas-bearing sediments in the Shenhu area, South China Sea

Jin Qian and Xiujuan Wang

S

Fundamental Study of CO2 Substitution in Methane Hydrates for Energy Production and Long Term Sequestration

Navid Saeidi, Bj∅rn Kvamme, Alice Chien, and Derek Dunn-Rankin

A Model for Gas Hydrates Formation in Water Dominant Flow Established employing a Flow loop Investigation

Shunsuke Sakurai, Ben Hoskin, Joel Choi, Tomoya Nonoue, Eric May, Zachary Aman

A clean solution? - The potential and limitations of the CH4-CO2 exchange in gas hydrates

Judith M Schicks, Manja Luzi-Helbing, Bettina Strauch, Katja Heeschen, Erik Spangenberg, Ronny Giese, Mengdi Pan, Nur Ismail, Mike Priegnitz, Christian Deusner, and Matthias Haeckel

Quantifying CH4-CO2 Hydrate Exchange in Microscopic and Macroscopic Systems using Raman Spectroscopy

Paul L. Stanwix, Narmada Rathnayake, Michael L Johns, Zachary M. Aman, Eric F. May, Hao Bian, and Geoffrey C. Maitland

T

Gas Hydrate Mapping using 3D CSEM

Raghava Tharimela and Graeme Baillie

Gas hydrate characterization on New Zealand’s southern Hikurangi margin: Glendhu and Honeycomb ridges

Francesco Turco, Andrew Gorman, and Gareth Crutchley

Z

NMR Compatible Cell Design for Thermally Control Hydrate-Bearing Sediments Formation and CO2 Exchange

Abraham Rojas Zuniga, Ming Li, Michael L. Johns, Zachary M. Aman, and Eric F. May