A new geologic map of Santiaguito is presented, updating information from 1972 and reflecting continual growth of an active volcanic dome complex. The dome has been marked by unsteady extrusion of dacite lava, which has formed 34 time stratigraphic dome units as well as fragmental deposits that consist of dome-collapse debris, talus, and sediments. The dome is now mainly covered by blocky lava flows, and its overall composition is changing toward lower silica content
Cerro Quemado is a Holocene, andesitic to dacitic, exogenous dome complex located in a back-arc volc...
Abstract We present a means of extracting lava dome extrusion rates from data provided by the Themat...
Thick, slow-moving block-lava flows are associated with extrusive activity in dacitic systems, where...
The Santiaguito volcanic dome insouthwestern Guatemala is a multiple extrusive dome that has shown c...
One of the longest continuous periods of dome-forming activity on record is the ongoing eruption of ...
Santiaguito volcano has shown a continuous slow extrusion of dacite lava since 1922. In the 50 years...
Subduction zone volcanoes are a major natural hazard, frequently endangering lives and livelihoods. ...
We present a means of extracting lava dome extrusion rates from data provided by the Thematic Mapper...
The structures and textures preserved in lava domes reflect underlying magmatic and eruptive process...
The silicic dome complex of Santiaguito, Guatemala, has exhibited continuous extrusive activity for ...
Samples of 26 successive lavas from the high composite volcano of Santa María in southwestern Guatem...
The study of active vent dynamics is hindered by the difficulty of directly observing features and p...
Santiaguito volcano, active for the past 62 yr, has produced almost 1 km3 of compositionally uniform...
Located in southwestern Guatemala, near the triple junction of the North American, Cocos, and Caribb...
Santa María has a three-phase history of activity: a long period of composite cone growth, a dramati...
Cerro Quemado is a Holocene, andesitic to dacitic, exogenous dome complex located in a back-arc volc...
Abstract We present a means of extracting lava dome extrusion rates from data provided by the Themat...
Thick, slow-moving block-lava flows are associated with extrusive activity in dacitic systems, where...
The Santiaguito volcanic dome insouthwestern Guatemala is a multiple extrusive dome that has shown c...
One of the longest continuous periods of dome-forming activity on record is the ongoing eruption of ...
Santiaguito volcano has shown a continuous slow extrusion of dacite lava since 1922. In the 50 years...
Subduction zone volcanoes are a major natural hazard, frequently endangering lives and livelihoods. ...
We present a means of extracting lava dome extrusion rates from data provided by the Thematic Mapper...
The structures and textures preserved in lava domes reflect underlying magmatic and eruptive process...
The silicic dome complex of Santiaguito, Guatemala, has exhibited continuous extrusive activity for ...
Samples of 26 successive lavas from the high composite volcano of Santa María in southwestern Guatem...
The study of active vent dynamics is hindered by the difficulty of directly observing features and p...
Santiaguito volcano, active for the past 62 yr, has produced almost 1 km3 of compositionally uniform...
Located in southwestern Guatemala, near the triple junction of the North American, Cocos, and Caribb...
Santa María has a three-phase history of activity: a long period of composite cone growth, a dramati...
Cerro Quemado is a Holocene, andesitic to dacitic, exogenous dome complex located in a back-arc volc...
Abstract We present a means of extracting lava dome extrusion rates from data provided by the Themat...
Thick, slow-moving block-lava flows are associated with extrusive activity in dacitic systems, where...