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Critical role of caldera collapse in the formation of seafloor mineralization: The case of Brothers volcano, file e268c4ce-1851-a6b7-e053-3a05fe0adea1
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19
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Petrophysical Facies and Inferences on Permeability at Brothers Volcano, Kermadec arc, Using Downhole Images and Petrophysical Data, file 6a69cea4-e4f9-4f5c-8d9f-475e9c08c027
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12
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Gravity anomaly grids for the New Zealand region, file e268c4ce-0f77-a6b7-e053-3a05fe0adea1
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11
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Ross Ice Shelf response to climate driven by the tectonic imprint on seafloor bathymetry, file e268c4cd-b178-a6b7-e053-3a05fe0adea1
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10
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Inversion of magnetic and gravity data reveals subsurface igneous bodies in Northland, New Zealand, file e268c4cd-d239-a6b7-e053-3a05fe0adea1
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10
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A two million-year history of rifting and caldera volcanism imprinted in new gravity anomaly compilation of the Taupō Volcanic Zone, New Zealand, file e268c4ce-0095-a6b7-e053-3a05fe0adea1
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10
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Geophysical Constraints on the Relationship Between Seamount Subduction, Slow Slip, and Tremor at the North Hikurangi Subduction Zone, New Zealand, file e268c4ce-0bd3-a6b7-e053-3a05fe0adea1
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10
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Reconstruction of the geology and structure of Lake Rotomahana and its hydrothermal systems from high-resolution multibeam mapping and seismic surveys: Effects of the 1886 Tarawera Rift eruption, file e268c4cd-b93c-a6b7-e053-3a05fe0adea1
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9
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Initial burst of oceanic crust accretion in the Red sea due to edgedriven mantle convection, file e268c4cd-d062-a6b7-e053-3a05fe0adea1
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9
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Where are the Pink and White Terraces of Lake Rotomahana?, file e268c4cd-f5a0-a6b7-e053-3a05fe0adea1
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9
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Detailed morphology and structure of an active submarine Arc caldera: Brothers volcano, Kermadec Arc, file e268c4cd-b937-a6b7-e053-3a05fe0adea1
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8
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The Pink and White Terraces of Lake Rotomahana: what was their fate after the 1886 Tarawera Rift eruption?, file e268c4cd-d4de-a6b7-e053-3a05fe0adea1
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8
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Potential-field modeling of collapse-prone submarine volcanoes in the southern Tyrrhenian Sea (Italy), file e268c4cd-d1ab-a6b7-e053-3a05fe0adea1
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7
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Marine Archaeogeophysical Prospection of Roman Salapia Settlement (Puglia, Italy): Detecting Ancient Harbour Remains, file e268c4ce-06e5-a6b7-e053-3a05fe0adea1
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5
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Interpretation of gravity and magnetic anomalies at Lake Rotomahana: Geological and hydrothermal implications, file e268c4ce-07b3-a6b7-e053-3a05fe0adea1
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5
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A novel heat flux study of a geothermally active lake — Lake Rotomahana, New Zealand, file e268c4ce-0c9d-a6b7-e053-3a05fe0adea1
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5
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Quantitative evaluation of the time-line reduction performance in high definition marine magnetic surveys, file e268c4ce-0c9f-a6b7-e053-3a05fe0adea1
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5
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A topographic surface reduction of aeromagnetic anomaly field over the Tyrrhenian sea area (Italy), file e268c4cd-ad08-a6b7-e053-3a05fe0adea1
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4
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The anatomy of a buried submarine hydrothermal system, Clark Volcano, Kermadec Arc, New Zealand, file e268c4cd-b935-a6b7-e053-3a05fe0adea1
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4
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Semi-automatic determination of dips and depths of geologic contacts from magnetic data with application to the Turi Fault System, Taranaki Basin, New Zealand, file e268c4cd-d3eb-a6b7-e053-3a05fe0adea1
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4
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New Age and Geochemical Data from the Southern Colville and Kermadec Ridges, SW Pacific: Insights into the recent geological history and petrogenesis of the Proto-Kermadec (Vitiaz) Arc, file e268c4cd-eee0-a6b7-e053-3a05fe0adea1
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4
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Determining the optimal Bouguer density for a gravity data set: implications for the isostatic setting of the Mediterranean Sea, file e268c4ce-06d6-a6b7-e053-3a05fe0adea1
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4
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Interpreting magnetic data by integral moments, file e268c4ce-06db-a6b7-e053-3a05fe0adea1
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4
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Rapid interactive modeling of 3D magnetic anomalies, file e268c4ce-06dd-a6b7-e053-3a05fe0adea1
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4
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Hydrothermal Venting at Hinepuia Submarine Volcano, Kermadec Arc: Understanding Magmatic-Hydrothermal Fluid Chemistry, file e268c4ce-06e1-a6b7-e053-3a05fe0adea1
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4
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Interactions between volcanism and tectonics in the western Aeolian sector, southern Tyrrhenian Sea, file e268c4ce-0aea-a6b7-e053-3a05fe0adea1
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4
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Gaussian envelope for 3D geomagnetic data inversion, file e268c4ce-0ca1-a6b7-e053-3a05fe0adea1
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4
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Stable inverse deconvolution of magnetic data, file e268c4ce-17ab-a6b7-e053-3a05fe0adea1
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4
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Gsolve, a Python computer program with a graphical user interface to transform relative gravity survey measurements to absolute gravity values and gravity anomalies, file e268c4cd-b362-a6b7-e053-3a05fe0adea1
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3
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Reply to the discussion, file e268c4cd-b527-a6b7-e053-3a05fe0adea1
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3
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Trench-perpendicular geochemical variation between two adjacent Kermadec arc volcanoes Rumble II East and West: The role of the subducted Hikurangi Plateau in element recycling in arc magmas, file e268c4cd-c122-a6b7-e053-3a05fe0adea1
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3
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Rapid 3-d forward model of potential fields with application to the palinuro seamount magnetic anomaly (southern tyrrhenian sea, italy), file e268c4cd-cefd-a6b7-e053-3a05fe0adea1
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3
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The New Zealand gravimetric quasigeoid model 2017 that incorporates nationwide airborne gravimetry, file e268c4cd-ed8d-a6b7-e053-3a05fe0adea1
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3
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Complex subsurface hydrothermal fluid mixing at a submarine arc volcano supports distinct and highly diverse microbial communities, file e268c4cd-eee9-a6b7-e053-3a05fe0adea1
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3
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High-resolution magnetics reveal the deep structure of a volcanic-arc-related basalt-hosted hydrothermal site (Palinuro, Tyrrhenian sea), file e268c4ce-0602-a6b7-e053-3a05fe0adea1
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3
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Depth-to-the-bottom optimization for magnetic data inversion: Magnetic structure of the Latium volcanic region, Italy, file e268c4ce-0ae8-a6b7-e053-3a05fe0adea1
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3
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Petrophysical Facies and Inferences on Permeability at Brothers Volcano, Kermadec arc, Using Downhole Images and Petrophysical Data, file e62304ab-4dd7-4313-af62-e0b70108898a
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3
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The revised aeromagnetic anomaly map of Italy, file e268c4cd-b176-a6b7-e053-3a05fe0adea1
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2
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Geophysical modeling of collapse-prone zones at Rumble III seamount, southern Pacific Ocean, New Zealand, file e268c4cd-b35f-a6b7-e053-3a05fe0adea1
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2
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Early evolution of a young back-arc basin in the Havre Trough, file e268c4cd-c120-a6b7-e053-3a05fe0adea1
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2
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EMAG2: A 2-arc min resolution Earth Magnetic Anomaly Grid compiled from satellite, airborne, and marine magnetic measurements, file e268c4cd-cefa-a6b7-e053-3a05fe0adea1
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2
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Crustal magnetization of brothers volcano, New Zealand, measured by autonomous underwater vehicles: Geophysical expression of a submarine hydrothermal system, file e268c4cd-d31b-a6b7-e053-3a05fe0adea1
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2
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3-D focused inversion of near-seafloor magnetic data with application to the Brothers volcano hydrothermal system, Southern Pacific Ocean, New Zealand, file e268c4ce-05fd-a6b7-e053-3a05fe0adea1
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2
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Crustal magnetization and the subseafloor structure of the ASHES vent field, Axial Seamount, Juan de Fuca Ridge: Implications for the investigation of hydrothermal sites, file e268c4ce-06e7-a6b7-e053-3a05fe0adea1
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2
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New Zealand gravity reference stations 2020: history and development of the gravity network, file e268c4ce-089a-a6b7-e053-3a05fe0adea1
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2
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The largest deep-ocean silicic volcanic eruption of the past century, file e268c4ce-0bd1-a6b7-e053-3a05fe0adea1
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2
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Evaluating temporal stability of the New Zealand quasigeoid following the 2016 Kaikōura earthquake using satellite radar remote sensing, file e268c4ce-0e76-a6b7-e053-3a05fe0adea1
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2
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Heat Flow and Near-Seafloor Magnetic Anomalies Highlight Hydrothermal Circulation at Brothers Volcano Caldera, Southern Kermadec Arc, New Zealand, file e268c4ce-0f74-a6b7-e053-3a05fe0adea1
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2
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Expedition 376 Preliminary Report: Brothers Arc Flux, file e268c4ce-4f35-a6b7-e053-3a05fe0adea1
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2
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Magnetic expression of hydrothermal systems hosted by submarine calderas in subduction settings: Examples from the palinuro and brothers volcanoes, file e268c4ce-827e-a6b7-e053-3a05fe0adea1
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2
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The integrated history of repeated caldera formation and infill at the Okataina Volcanic Centre: Insights from 3D gravity and magnetic models, file 9d73071d-4fa5-4023-a032-e7693846db8a
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1
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Magnetic base station deceptions, a magnetovariational analysis along the Ligurian Sea coast, Italy, file e268c4c6-050a-a6b7-e053-3a05fe0adea1
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1
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Subduction of the oceanic Hikurangi Plateau and its impact on the Kermadec arc, file e268c4ce-0604-a6b7-e053-3a05fe0adea1
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1
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