[Geoinfo] Recordatorio fecha de cierre de envío de resúmenes al IAL IPA 2022
villarosag en comahue-conicet.gob.ar
villarosag en comahue-conicet.gob.ar
Mie Sep 7 15:26:58 -03 2022
Estimados colegas,
les recordamos que este viernes 9 de septiembre es la fecha de cierre para
el envío de resúmenes al IAL IPA 2022. Los invitamos especialmente a enviar
contribuciones a la sesión FS15 – Subaqueous mass wasting in natural and
artificial lakes: triggers, development and impacts.
Subaqueous mass wasting is one of the most efficient mechanisms of sediment
transport from coastal to deep lacustrine basins. Given that such events can
directly impact coastal communities, infrastructure and human activities at
littoral areas and are able to generate tsunamis, a deep understanding of
the origin, dynamics and potential impacts of these processes has
significant implications for geohazard and risk assessment at both natural
and artificial lakes. The aim of this session is to provide a forum to
discuss the latest accomplishments and advancements in the topic of
subaqueous mass movements (including landslides, debris flows, turbidity
currents, delta collapses, etc) in lacustrine environments, including but
not limited to: conditioning mechanisms and potential triggers (including
volcanic, seismic, sedimentary and anthropogenic triggers, among others),
failure dynamics, sedimentary and geomorphic processes, slope stability and
risk assessments, landslide-prone environments, tsunamigenic risk and
modelling, geotechnical aspects of mass movements, tectonics and mass
movements, instrumentation and methods for monitoring mass movements, etc.
The understanding of these processes is especially interesting in systems
located in geologic environments that are expected to be significantly
affected by climate change (proglacial lakes, reservoirs in arid and
semiarid regions, etc.) We particularly encourage to contribute with studies
related to deltaic instability in natural lakes and reservoirs given that
these environments are proven to be particularly landslide-prone areas.
Conveners: Gustavo Villarosa, IPATEC (CONICET/UNCo), Universidad Nacional
del Comahue, Argentina <mailto:villarosag en comahue-conicet.gob.ar>
villarosag en comahue-conicet.gob.ar, Débora Beigt, IPATEC (CONICET/UNCo),
Universidad Nacional del Comahue, Argentina, Emmanuel Chapron, Université
Toulouse Jean Jaurès, CNRS UMR 5602, Toulouse, France, Léo Chassiot,
Université Laval, INRS-ETE, Québec, Canada.
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