Caldera
View article: Magma Viscosity and Crustal Stress: Thresholds for Catastrophic Caldera Collapse
Magma Viscosity and Crustal Stress: Thresholds for Catastrophic Caldera Collapse Open
Caldera-forming eruptions represent some of Earth's most destructive volcanic events, characterized by the catastrophic collapse of a volcano's edifice into a evacuated magma chamber. Understanding the preconditions and triggers for such c…
View article: The Volcanic Catastrophism Spectrum: Reassessing Global Risk from Effusive Shields to Resurgent Calderas
The Volcanic Catastrophism Spectrum: Reassessing Global Risk from Effusive Shields to Resurgent Calderas Open
Volcanic activity represents a formidable natural hazard, with potential impacts ranging from localized destruction to global climate disruption. This paper comprehensively re-evaluates the spectrum of volcanic catastrophism, moving beyond…
View article: Decoding the Crustal Plumbing: Bridging Magma Evolution from Shield Growth to Caldera Collapse and Supervolcanic Genesis
Decoding the Crustal Plumbing: Bridging Magma Evolution from Shield Growth to Caldera Collapse and Supervolcanic Genesis Open
The evolution of magmatic systems within the Earth's crust dictates volcanic behavior, from effusive shield growth to catastrophic caldera collapse and supervolcanic genesis. This paper explores the intricate "crustal plumbing" that facili…
View article: Magma Viscosity and Crustal Stress: Thresholds for Catastrophic Caldera Collapse
Magma Viscosity and Crustal Stress: Thresholds for Catastrophic Caldera Collapse Open
Caldera-forming eruptions represent some of Earth's most destructive volcanic events, characterized by the catastrophic collapse of a volcano's edifice into a evacuated magma chamber. Understanding the preconditions and triggers for such c…
View article: The Geodynamic Continuum of Volcanic Hazards: From Steady Effusion to Planetary Resetting Calderas
The Geodynamic Continuum of Volcanic Hazards: From Steady Effusion to Planetary Resetting Calderas Open
Volcanic activity represents a fundamental planetary process, exerting profound influence on Earth's surface and atmosphere. This paper explores the geodynamic continuum of volcanic hazards, ranging from relatively benign, steady effusive …
View article: Decoding the Crustal Plumbing: Bridging Magma Evolution from Shield Growth to Caldera Collapse and Supervolcanic Genesis
Decoding the Crustal Plumbing: Bridging Magma Evolution from Shield Growth to Caldera Collapse and Supervolcanic Genesis Open
The evolution of magmatic systems within the Earth's crust dictates volcanic behavior, from effusive shield growth to catastrophic caldera collapse and supervolcanic genesis. This paper explores the intricate "crustal plumbing" that facili…
View article: Geospatial Signatures of Volcanic Hazard Cascade Interactions: A Comparative Analysis Across Shield, Stratovolcano, Caldera, and Supervolcano Systems
Geospatial Signatures of Volcanic Hazard Cascade Interactions: A Comparative Analysis Across Shield, Stratovolcano, Caldera, and Supervolcano Systems Open
This paper investigates the geospatial signatures of volcanic hazard cascade interactions across diverse volcanic systems, including shield volcanoes, stratovolcanoes, calderas, and supervolcanoes. Volcanic hazard cascades, wherein a prima…
View article: Magma Plumbing System Architecture Controls on Eruption Style: A Global Analysis Across Shield, Stratovolcano, Caldera, and Supervolcano Settings
Magma Plumbing System Architecture Controls on Eruption Style: A Global Analysis Across Shield, Stratovolcano, Caldera, and Supervolcano Settings Open
Volcanic eruption styles exhibit a wide spectrum of behavior, ranging from effusive lava flows to explosive pyroclastic events. Understanding the factors that control eruption style is crucial for hazard assessment and risk mitigation. Thi…
View article: The Volcanic Catastrophism Spectrum: Reassessing Global Risk from Effusive Shields to Resurgent Calderas
The Volcanic Catastrophism Spectrum: Reassessing Global Risk from Effusive Shields to Resurgent Calderas Open
Volcanic activity represents a formidable natural hazard, with potential impacts ranging from localized destruction to global climate disruption. This paper comprehensively re-evaluates the spectrum of volcanic catastrophism, moving beyond…
View article: Magma Plumbing System Architecture Controls on Eruption Style: A Global Analysis Across Shield, Stratovolcano, Caldera, and Supervolcano Settings
Magma Plumbing System Architecture Controls on Eruption Style: A Global Analysis Across Shield, Stratovolcano, Caldera, and Supervolcano Settings Open
Volcanic eruption styles exhibit a wide spectrum of behavior, ranging from effusive lava flows to explosive pyroclastic events. Understanding the factors that control eruption style is crucial for hazard assessment and risk mitigation. Thi…
View article: Geospatial Signatures of Volcanic Hazard Cascade Interactions: A Comparative Analysis Across Shield, Stratovolcano, Caldera, and Supervolcano Systems
Geospatial Signatures of Volcanic Hazard Cascade Interactions: A Comparative Analysis Across Shield, Stratovolcano, Caldera, and Supervolcano Systems Open
This paper investigates the geospatial signatures of volcanic hazard cascade interactions across diverse volcanic systems, including shield volcanoes, stratovolcanoes, calderas, and supervolcanoes. Volcanic hazard cascades, wherein a prima…
View article: The Geodynamic Continuum of Volcanic Hazards: From Steady Effusion to Planetary Resetting Calderas
The Geodynamic Continuum of Volcanic Hazards: From Steady Effusion to Planetary Resetting Calderas Open
Volcanic activity represents a fundamental planetary process, exerting profound influence on Earth's surface and atmosphere. This paper explores the geodynamic continuum of volcanic hazards, ranging from relatively benign, steady effusive …
View article: Eruptions by NK Model Speed of Time Source Found, Gravity Solved. by NK Model
Eruptions by NK Model Speed of Time Source Found, Gravity Solved. by NK Model Open
Here is a professional and descriptive abstract suitable for uploading this document to Zenodo: --- Title: Eruptions by N-K Model: Speed of Time Source Found, Gravity Solved Authors: Malik, Muhammad UsmanORCID: 0009-0004-3269-2918 Publicat…
View article: Eruptions by NK Model Speed of Time Source Found, Gravity Solved. by NK Model
Eruptions by NK Model Speed of Time Source Found, Gravity Solved. by NK Model Open
Here is a professional and descriptive abstract suitable for uploading this document to Zenodo: --- Title: Eruptions by N-K Model: Speed of Time Source Found, Gravity Solved Authors: Malik, Muhammad UsmanORCID: 0009-0004-3269-2918 Publicat…
View article: Single‐Station Earthquake Location Beneath Changbaishan Volcano via a Lightweight Hybrid SNN‐ConvMixer Network
Single‐Station Earthquake Location Beneath Changbaishan Volcano via a Lightweight Hybrid SNN‐ConvMixer Network Open
Seismicity offers insights into the mechanisms of magma generation, transportation, and the status of volcanic activity. Changbaishan is considered the most dangerous volcano in China. However, there was only one permanent seismic station …
View article: A Global Geographical Gradient of Volcanic Risk: From Effusive Shield Provinces to Supervolcano Calderas
A Global Geographical Gradient of Volcanic Risk: From Effusive Shield Provinces to Supervolcano Calderas Open
Volcanic activity represents a significant and diverse geological hazard across the globe. This paper investigates the existence and characteristics of a global geographical gradient of volcanic risk, spanning from regions dominated by fre…
View article: Geological Evolution of Rima Bode on the Moon Revealed by Multi-Source Remote Sensing Data
Geological Evolution of Rima Bode on the Moon Revealed by Multi-Source Remote Sensing Data Open
Rima Bode is located on the central nearside of the Moon, with its rich volcanic landforms, which is considered an ideal region for studying lunar geological evolution. In this study, we systematically analyzed the geomorphological charact…
View article: Mars 3D Models: Pangboche, Karzok Craters and Olympus Mons Caldera (STL files, DEM files and description)
Mars 3D Models: Pangboche, Karzok Craters and Olympus Mons Caldera (STL files, DEM files and description) Open
View article: A Global Geographical Gradient of Volcanic Risk: From Effusive Shield Provinces to Supervolcano Calderas
A Global Geographical Gradient of Volcanic Risk: From Effusive Shield Provinces to Supervolcano Calderas Open
Volcanic activity represents a significant and diverse geological hazard across the globe. This paper investigates the existence and characteristics of a global geographical gradient of volcanic risk, spanning from regions dominated by fre…
View article: Ara Water: Solar Water Field Purifier
Ara Water: Solar Water Field Purifier Open
This release comprises the document – 2-Ara Water.pdf – presenting a portable, low-cost, solar-powered water purification system. Ara-Water converts contaminated water—including urine—into potable water through a combination of mechanical …
View article: Ara Water: Solar Water Field Purifier
Ara Water: Solar Water Field Purifier Open
This release comprises the document – 2-Ara Water.pdf – presenting a portable, low-cost, solar-powered water purification system. Ara-Water converts contaminated water—including urine—into potable water through a combination of mechanical …
View article: Major and trace element geochemistry and Sr–Nd isotopic constraints on mafic volcanic rocks from the Ventura-Espiritu Santo Volcanic Field, San Luis Potosi, Mexico: Petrogenesis and tectonic implications of Cenozoic volcanism in the Basin and Range Province
Major and trace element geochemistry and Sr–Nd isotopic constraints on mafic volcanic rocks from the Ventura-Espiritu Santo Volcanic Field, San Luis Potosi, Mexico: Petrogenesis and tectonic implications of Cenozoic volcanism in the Basin and Range Province Open
View article: Proximal products of ~ 12 ka silicic explosive-effusive eruptions at Katla volcano: implications for volcano-glacier interactions and paleoenvironment
Proximal products of ~ 12 ka silicic explosive-effusive eruptions at Katla volcano: implications for volcano-glacier interactions and paleoenvironment Open
Eruptions from the Katla central volcano occur through the overlying Mýrdalsjökull ice cap, meaning proximal deposits are usually not well preserved or exposed. Two nunataks, Enta and Klakksfjöll, crop out above the ice cap close to the Ka…
View article: Dissolved Ion Distribution in a Watershed: A Study Utilizing Ion Chromatography and Non-Parametric Analysis
Dissolved Ion Distribution in a Watershed: A Study Utilizing Ion Chromatography and Non-Parametric Analysis Open
This study presents a unique approach for characterizing ion distribution within the Kushiro River catchment basin, which is characterized by exceptionally high dissolved ion concentrations. principal component analysis, Mann–Whitney U tes…
View article: Workflow for computing time dependent seismic representations (force, torque, moment tensor) from numerical simulations
Workflow for computing time dependent seismic representations (force, torque, moment tensor) from numerical simulations Open
Overview This is the code package and data accompanying the publication of Nonsymmetric seismic moment tensors and seismic torques: Theory and application to caldera collapse earthquakes at Kilauea Volcano in 2018, on the journal Bulletin …
View article: Workflow for computing time dependent seismic representations (force, torque, moment tensor) from numerical simulations
Workflow for computing time dependent seismic representations (force, torque, moment tensor) from numerical simulations Open
Overview This is the code package and data accompanying the publication of Nonsymmetric seismic moment tensors and seismic torques: Theory and application to caldera collapse earthquakes at Kilauea Volcano in 2018, on the journal Bulletin …
View article: Insights into the petrogenesis of alkalic, shonkinitic magmas from the Adel Hill Volcanic Field, Montana
Insights into the petrogenesis of alkalic, shonkinitic magmas from the Adel Hill Volcanic Field, Montana Open
View article: Inaccurate DInSAR Time Series Underlie the Purported Evidence of a Recent, Rapid Ascent of a Magmatic Body in the Campi Flegrei Caldera (Italy)
Inaccurate DInSAR Time Series Underlie the Purported Evidence of a Recent, Rapid Ascent of a Magmatic Body in the Campi Flegrei Caldera (Italy) Open
Ground deformation data are crucial for understanding the processes driving volcanic unrest. The current unrest at the Campi Flegrei caldera, Italy, presents a significant challenge, primarily due to the presence of inconsistencies between…
View article: Characterisation of the plumbing system beneath Askja Caldera, Iceland, revealed by microgravity and deformation data during uplift between 2022 and 2023 -- Data and Software
Characterisation of the plumbing system beneath Askja Caldera, Iceland, revealed by microgravity and deformation data during uplift between 2022 and 2023 -- Data and Software Open
This repository contains the data and software used in the article “Characterisation of the plumbing system beneath Askja Caldera, Iceland, revealed by microgravity and deformation data during uplift between 2022 and 2023”, submitted to JG…
View article: Characterisation of the plumbing system beneath Askja Caldera, Iceland, revealed by microgravity and deformation data during uplift between 2022 and 2023 -- Data and Software
Characterisation of the plumbing system beneath Askja Caldera, Iceland, revealed by microgravity and deformation data during uplift between 2022 and 2023 -- Data and Software Open
This repository contains the data and software used in the article “Characterisation of the plumbing system beneath Askja Caldera, Iceland, revealed by microgravity and deformation data during uplift between 2022 and 2023”, submitted to JG…