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AGU 2014. Session 2068: Integrating multiple complementary data streams to better understand volcanic processes
From: Jessica H Johnson <jess.johnson@xxxxxxxxxxxxx>AGU 2014. Session 2068: Integrating multiple complementary data streams to better understand volcanic processes
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Dear Colleagues,
We invite contributions to AGU session #2068, "Integrating multiple complementary data streams to better understand volcanic processes"
Session Description: Although multidisciplinary studies are conceptually appealing, true multidisciplinarity is difficult to accomplish in practice. For this reason, many studies of volcanic processes still rely on a limited range of data types. In this session we propose to examine links between apparently disparate datasets, with the specific goal of improving how we combine different geophysical, geological and geochemical signals from volcanic regions in order to understand the underlying volcanic processes. We encourage submissions combining seismology, geodesy, petrology, geochemistry, or physical volcanology, as well as analytical, analogue, and numerical simulations. Studies may be focused at the regional scale, investigating the tectonic setting responsible for and controlling volcanic activity, or a more local scale. All types of volcanic processes are of interest, such as magma supply, movement, mixing and storage, pre-eruptive unrest, eruption dynamics, ash dispersal and lava emplacement.
Convenors:
Jessica Johnson, School of Earth Sciences, University of Bristol, UK
Kyle Anderson, USGS Hawaiian Volcano Observatory, HI, USA
Kathy Cashman, School of Earth Sciences, University of Bristol, UK
Tamsin Mather, Department of Earth Sciences, University of Oxford, UKWe invite contributions to AGU session #2068, "Integrating multiple complementary data streams to better understand volcanic processes"
Session Description: Although multidisciplinary studies are conceptually appealing, true multidisciplinarity is difficult to accomplish in practice. For this reason, many studies of volcanic processes still rely on a limited range of data types. In this session we propose to examine links between apparently disparate datasets, with the specific goal of improving how we combine different geophysical, geological and geochemical signals from volcanic regions in order to understand the underlying volcanic processes. We encourage submissions combining seismology, geodesy, petrology, geochemistry, or physical volcanology, as well as analytical, analogue, and numerical simulations. Studies may be focused at the regional scale, investigating the tectonic setting responsible for and controlling volcanic activity, or a more local scale. All types of volcanic processes are of interest, such as magma supply, movement, mixing and storage, pre-eruptive unrest, eruption dynamics, ash dispersal and lava emplacement.
Convenors:
Jessica Johnson, School of Earth Sciences, University of Bristol, UK
Kyle Anderson, USGS Hawaiian Volcano Observatory, HI, USA
Kathy Cashman, School of Earth Sciences, University of Bristol, UK
Primary Section/Focus Group: Volcanology, Geochemistry and Petrology
Co-Sponsors: Geodesy, Natural Hazards and Seismology
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