EGU24 GMVP8.1. – Geomorphology of volcanoes : Characterizing shape to understand processes

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10-10-10-10-10-10-10-10-10-10-10


From: Matthieu KERVYN DE MEERENDRE <Matthieu.Kervyn.De.Meerendre@xxxxxx>


Dear colleagues,

For all of you who are fascinated by volcanic landscapes, there are a few
days left to submit your contribution to EGU 2024 GMVP 8.1 session
â??Geomorphology of volcanoes : Characterizing shape to understand processesâ??.

Abstract submission is closing on *Wednesday, 10 January 2024, 13:00 CET.*

Guidelines for abstract submission can be found at
https://urldefense.com/v3/__https://www.egu24.eu/programme/how_to_submit.html__;!!IKRxdwAv5BmarQ!dZ_kaMMHVbkAd-gHs42wXGor62Cg9hRrLFIn3H3yDZ-UluQ7qU_ZoOqz7jLgL2BLatrqXamahSrHHXfR$ 
<https://urldefense.com/v3/__https:/www.egu24.eu/programme/how_to_submit.html__;!!IKRxdwAv5BmarQ!aOMlPEkvjFkNo9Upq7MfCYDDnYPDdDaNGRBzXgAIiC1FJ6bCOSLjNNIwI4ZN7am70GZZDVKZwRt5irLYntrJIxwqUwc$>

We look forward to see you in Vienna!



For the Conveners,

Matthieu Kervyn, Gabor Kereszturi, Daniel Oâ??hara, Dávid Karátson, Pierre
Lahitte



*Session Description*

The geomorphology of volcanoes and volcanic features contains inherent
information on the wide range of geologic and geomorphic processes that
construct and degrade them. The rapidly expanding availability of digital
elevation models (DEMs), generated from a variety of platforms with ever
increasing resolutions, spatial and temporal coverages, offers new and
exciting opportunities to quantitatively document volcano morphologies with
unprecedented detail. Combining these morphometric datasets with a better
quantification of the many aggradational and destructive processes that
interact in volcanic environments provides innovative prospects for
modelling the growth and evolution of volcanoes over a range of spatial and
temporal scales, as well as constraining the influence of endogenous
processes such as tectonism and external agents such as climate.

This session aims at bringing together geomorphologists and volcanologists
working in a range of volcanic environments on Earth, including submarine
and subglacial environments, and on extraterrestrial planets to discuss the
current state-of-the art of volcano geomorphology. We specifically
encourage contributions on:

   - Geomorphic analysis of the emplacement processes of lava flows, lava
   domes, scoria cones, maars, calderas and mass flow deposits.
   - Field-based techniques (including UAV-surveys) and studies that
   quantify volcano geomorphological processes including aggradation and
   erosion rates from river basin to volcanic arc scales.
   - Growth and/or degradational histories of volcanoes at different time
   scales, focusing on their morphometric evolutions.
   - Analysis of patterns and rates of erosion of volcanic landforms and
   the relation with climate.
   - The links between volcano morphometry, spatial distribution of
   volcanism, the magmatic plumbing system, and the tectonic setting.
   - Analogue and numerical modeling studies focusing on the geomorphology
   and morphometry of volcanic processes.
   - Quantification and classification of volcanic landforms based on
   morphometric analyses.
   - Geomorphology and morphometry as keys for volcanic hazard studies.



10-10-10-10-10-10-10-10-10-10-10

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