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If you are planning to attend EGU 2018 and you are working on hydrothermal systems and mud volcanoes please consider submitting an abstract to the following session:
From hydrothermal systems to mud volcanoes: structure, evolution and monitoring of active and fossile piercements (co-organized)
Conveners: Adriano Mazzini and Matteo Lupi
http://meetingorganizer.copernicus.org/EGU2018/session/27155
Hydrothermal systems, mud volcanoes, hybrid environments such as sedimentary hosted hydrothermal systems and piercement structures in general are among the most spectacular geological phenomena on Earth. Several studies demonstrated that these structures play a key role in the evolution of our planet and the cycles of life during several geological eras. Active piercements are usually characterized by deep-rooted plumbing systems and complex geochemical reactions where life can adapt to thrive in extremely harsh environments making them ideal targets for deep biosphere exploration. The geophysical signals associated to such environments are often ambiguous and difficult to interpret. The elevated pore pressures often encountered at depth and the high flow rates make these structures ideal natural laboratories to capture precursors of seismic events and dynamically triggered geological processes. Piercement structures have often been reported to respond to earthquakes and exte
rnal forcing.
This session develops also from the COST Action FLOWS and welcomes contributions from geochemical, microbial, geophysical, geological, numerical and laboratory studies to promote a better understanding of modern and paleo-piercement phenomena. In particular we call for studies related to 1) investigations controlling pre-existing geological structures; 2) the geochemical reactions occurring at depth and at the surface including microbiological studies; 3) the investigation of such systems with geophysical methods; 4) experimental and numerical studies; 5) the survey and the monitoring of these settings and environments to learn the dynamics of the extinct systems from the active ones; 6) the study of paleo-piercements as well as their effects on paleo-climate.
Happy New Year!!!
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From: Matteo Lupi <matteo.lupi@xxxxxxxxx>
Subject: Hydrothermal and Mud Volcanic Systems at EGU2018
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Dear Colleague,
If you are planning to attend EGU 2018 and you are working on hydrothermal systems and mud volcanoes please consider submitting an abstract to the following session:
From hydrothermal systems to mud volcanoes: structure, evolution and monitoring of active and fossile piercements (co-organized)
Conveners: Adriano Mazzini and Matteo Lupi
http://meetingorganizer.copern
Hydrothermal systems, mud volcanoes, hybrid environments such as sedimentary hosted hydrothermal systems and piercement structures in general are among the most spectacular geological phenomena on Earth. Several studies demonstrated that these structures play a key role in the evolution of our planet and the cycles of life during several geological eras. Active piercements are usually characterized by deep-rooted plumbing systems and complex geochemical reactions where life can adapt to thrive in extremely harsh environments making them ideal targets for deep biosphere exploration. The geophysical signals associated to such environments are often ambiguous and difficult to interpret. The elevated pore pressures often encountered at depth and the high flow rates make these structures ideal natural laboratories to capture precursors of seismic events and dynamically triggered geological processes. Piercement structures have often been reported to respond to earthquakes and exte
rnal forcing.
This session develops also from the COST Action FLOWS and welcomes contributions from geochemical, microbial, geophysical, geological, numerical and laboratory studies to promote a better understanding of modern and paleo-piercement phenomena. In particular we call for studies related to 1) investigations controlling pre-existing geological structures; 2) the geochemical reactions occurring at depth and at the surface including microbiological studies; 3) the investigation of such systems with geophysical methods; 4) experimental and numerical studies; 5) the survey and the monitoring of these settings and environments to learn the dynamics of the extinct systems from the active ones; 6) the study of paleo-piercements as well as their effects on paleo-climate.
Happy New Year!!!
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