New Insights into Kawah Ijen's Volcanic System from the Wet Volcano Workshop Experiment

Hendra Gunawan; Corentin Caudron; John Pallister; Sofyan Primulyana; Bruce Christenson; Wendy Mccausland; Vincent Van Hinsberg; Jennifer Lewicki; Dmitri Rouwet; Peter Kelly; Christoph Kern; Cynthia Werner; Jeffrey B. Johnson; Sri Budi Utami; Devy Kamil Syahbana; Ugan Saing; Suparjan; Bambang Heri Purwanto; Christine Sealing; Maria Martinez Cruz; Sukir Maryanto; Philipson Bani; Antoine Laurin; Agathe Schmid; Kyle Bradley; I. Gusti Made Agung Nandaka; Mochammad Hendrasto

doi:10.1144/SP437.7

New Insights into Kawah Ijen's Volcanic System from the Wet Volcano Workshop Experiment

Hendra Gunawan, Corentin Caudron, John Pallister, Sofyan Primulyana, Bruce Christenson, Wendy Mccausland, Vincent Van Hinsberg, Jennifer Lewicki, Dmitri Rouwet, Peter Kelly, Christoph Kern, Cynthia Werner, Jeffrey B. Johnson, Sri Budi Utami, Devy Kamil Syahbana, Ugan Saing, Suparjan, Bambang Heri Purwanto, Christine Sealing, Maria Martinez CruzSukir Maryanto, Philipson Bani, Antoine Laurin, Agathe Schmid, Kyle Bradley, I. Gusti Made Agung Nandaka, Mochammad Hendrasto

Geosciences Department

Research output: Contribution to journal › Article › peer-review

33 Scopus citations

Abstract

Volcanoes with crater lakes and/or extensive hydrothermal systems pose significant challenges with respect to monitoring and forecasting eruptions, but they also provide new opportunities to enhance our understanding of magmatic–hydrothermal processes. Their lakes and hydrothermal systems serve as reservoirs for magmatic heat and fluid emissions, filtering and delaying the surface expressions of magmatic unrest and eruption, yet they also enable sampling and monitoring of geochemical tracers. Here, we describe the outcomes of a highly focused international experimental campaign and workshop carried out at Kawah Ijen volcano, Indonesia, in September 2014, designed to answer fundamental questions about how to improve monitoring and eruption forecasting at wet volcanoes.

Original language	American English
Pages (from-to)	35-56
Number of pages	22
Journal	Geological Society Special Publication
Volume	437
Issue number	1
DOIs	https://doi.org/10.1144/SP437.7
State	Published - 26 Feb 2016

EGS Disciplines

Earth Sciences
Geophysics and Seismology

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10.1144/SP437.7

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Gunawan, H., Caudron, C., Pallister, J., Primulyana, S., Christenson, B., Mccausland, W., Van Hinsberg, V., Lewicki, J., Rouwet, D., Kelly, P., Kern, C., Werner, C., Johnson, J. B., Utami, S. B., Syahbana, D. K., Saing, U., Suparjan, Purwanto, B. H., Sealing, C., ... Hendrasto, M. (2016). New Insights into Kawah Ijen's Volcanic System from the Wet Volcano Workshop Experiment. Geological Society Special Publication, 437(1), 35-56. https://doi.org/10.1144/SP437.7

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title = "New Insights into Kawah Ijen's Volcanic System from the Wet Volcano Workshop Experiment",

abstract = "Volcanoes with crater lakes and/or extensive hydrothermal systems pose significant challenges with respect to monitoring and forecasting eruptions, but they also provide new opportunities to enhance our understanding of magmatic–hydrothermal processes. Their lakes and hydrothermal systems serve as reservoirs for magmatic heat and fluid emissions, filtering and delaying the surface expressions of magmatic unrest and eruption, yet they also enable sampling and monitoring of geochemical tracers. Here, we describe the outcomes of a highly focused international experimental campaign and workshop carried out at Kawah Ijen volcano, Indonesia, in September 2014, designed to answer fundamental questions about how to improve monitoring and eruption forecasting at wet volcanoes.",

author = "Hendra Gunawan and Corentin Caudron and John Pallister and Sofyan Primulyana and Bruce Christenson and Wendy Mccausland and {Van Hinsberg}, Vincent and Jennifer Lewicki and Dmitri Rouwet and Peter Kelly and Christoph Kern and Cynthia Werner and Johnson, {Jeffrey B.} and Utami, {Sri Budi} and Syahbana, {Devy Kamil} and Ugan Saing and Suparjan and Purwanto, {Bambang Heri} and Christine Sealing and Cruz, {Maria Martinez} and Sukir Maryanto and Philipson Bani and Antoine Laurin and Agathe Schmid and Kyle Bradley and {Agung Nandaka}, {I. Gusti Made} and Mochammad Hendrasto",

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year = "2016",

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doi = "10.1144/SP437.7",

language = "American English",

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Gunawan, H, Caudron, C, Pallister, J, Primulyana, S, Christenson, B, Mccausland, W, Van Hinsberg, V, Lewicki, J, Rouwet, D, Kelly, P, Kern, C, Werner, C, Johnson, JB, Utami, SB, Syahbana, DK, Saing, U, Suparjan, Purwanto, BH, Sealing, C, Cruz, MM, Maryanto, S, Bani, P, Laurin, A, Schmid, A, Bradley, K, Agung Nandaka, IGM & Hendrasto, M 2016, 'New Insights into Kawah Ijen's Volcanic System from the Wet Volcano Workshop Experiment', Geological Society Special Publication, vol. 437, no. 1, pp. 35-56. https://doi.org/10.1144/SP437.7

TY - JOUR

T1 - New Insights into Kawah Ijen's Volcanic System from the Wet Volcano Workshop Experiment

AU - Gunawan, Hendra

AU - Caudron, Corentin

AU - Pallister, John

AU - Primulyana, Sofyan

AU - Christenson, Bruce

AU - Mccausland, Wendy

AU - Van Hinsberg, Vincent

AU - Lewicki, Jennifer

AU - Rouwet, Dmitri

AU - Kelly, Peter

AU - Kern, Christoph

AU - Werner, Cynthia

AU - Johnson, Jeffrey B.

AU - Utami, Sri Budi

AU - Syahbana, Devy Kamil

AU - Saing, Ugan

AU - Suparjan,

AU - Purwanto, Bambang Heri

AU - Sealing, Christine

AU - Cruz, Maria Martinez

AU - Maryanto, Sukir

AU - Bani, Philipson

AU - Laurin, Antoine

AU - Schmid, Agathe

AU - Bradley, Kyle

AU - Agung Nandaka, I. Gusti Made

AU - Hendrasto, Mochammad

PY - 2016/2/26

Y1 - 2016/2/26

N2 - Volcanoes with crater lakes and/or extensive hydrothermal systems pose significant challenges with respect to monitoring and forecasting eruptions, but they also provide new opportunities to enhance our understanding of magmatic–hydrothermal processes. Their lakes and hydrothermal systems serve as reservoirs for magmatic heat and fluid emissions, filtering and delaying the surface expressions of magmatic unrest and eruption, yet they also enable sampling and monitoring of geochemical tracers. Here, we describe the outcomes of a highly focused international experimental campaign and workshop carried out at Kawah Ijen volcano, Indonesia, in September 2014, designed to answer fundamental questions about how to improve monitoring and eruption forecasting at wet volcanoes.

AB - Volcanoes with crater lakes and/or extensive hydrothermal systems pose significant challenges with respect to monitoring and forecasting eruptions, but they also provide new opportunities to enhance our understanding of magmatic–hydrothermal processes. Their lakes and hydrothermal systems serve as reservoirs for magmatic heat and fluid emissions, filtering and delaying the surface expressions of magmatic unrest and eruption, yet they also enable sampling and monitoring of geochemical tracers. Here, we describe the outcomes of a highly focused international experimental campaign and workshop carried out at Kawah Ijen volcano, Indonesia, in September 2014, designed to answer fundamental questions about how to improve monitoring and eruption forecasting at wet volcanoes.

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SP - 35

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JO - Geological Society Special Publication

JF - Geological Society Special Publication

IS - 1

ER -

New Insights into Kawah Ijen's Volcanic System from the Wet Volcano Workshop Experiment

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