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L2. Amenazas por procesos de aguas superficiales

L2. Amenazas por procesos de aguas superficiales

Descripción

Esta línea de investigación busca entender los procesos de aguas superficiales (tsunamis, inundaciones fluviales y oleaje costero) y sus amenazas asociadas, para determinar su posible impacto y controlar su propagación en el ambiente social, natural y construido del país.

Investigador principal

Rodrigo Cienfuegos

Equipo

Catalina Ford

Cristian Cortez

Megan Williams

Oscar Ortiz

Montserrat Damián

Raúl Flores

Sebastián Vicuña

Patricio Winckler

Jorge Crempien

Alejandro Urrutia

Alejandra Gubler

Roberto Benavente Bravo

Christian Oberli

Rafael Aranguiz

Patricio Catalán

Jorge Gironás

Cristian Escauriaza

Rodrigo Cienfuegos

Agenda

Lanzamiento convenio MINVU-CIGIDEN

Fecha:
23 Mar 2023
Direccion:
Salón Cerro San Cristóbal

2da Mesa Redonda de Design 4 Emergency: “Communication for Food Security – Recall”

Fecha:
14 Mar 2023
Direccion:
Online

Evacuación virtual en el Museo Fonck

Fecha:
7 Ene 2023
Direccion:
Museo Fonck de Viña del Mar (4 norte 784)

Noticias

Publicaciones

Giant tsunami monitoring, early warning and hazard assessment

Journal:
Nature
Fecha:
2022

Systematic Comparison of Tsunami Simulations on the Chilean Coast Based on Different Numerical Approaches

Journal:
Geohazards
Fecha:
2022

Impacts in ports on a tectonically active coast for climate-driven projections under the RCP 8.5 scenario: 7 Chilean ports under scrutiny

Journal:
Coastal Engineering Journal
Fecha:
2022

Flood risk from geophysical and hydroclimatic hazards: an essential integration for disaster risk management and climate change adaptation in the coastal zone

Journal:
Natural Hazards
Fecha:
2022

Assessment of Top-Down Design of Tsunami Evacuation Strategies Based on Drill and Modelled Data

Journal:
Frontiers in Earth Science
Fecha:
2021

Simulation of Pulse‐Like Ground Motions during the 2015 Mw 8.3 Illapel Earthquake with a New Source Model Using Corrected Empirical Green’s Functions

Journal:
Seismological Research Letters
Fecha:
2022

A Spatial Analysis of Dispersion Mechanisms in the Hydrological Response Using a Spatially Distributed Travel Time Mode

Journal:
Water Resources Research
Fecha:
2022

Worldwide Signature of the 2022 Tonga Volcanic Tsunami

Journal:
Geophysical Research Letters
Fecha:
2022

Land cover and potential for tsunami evacuation in rapidly growing urban areas. The case of Boca Sur (San Pedro de la Paz, Chile)

Journal:
International Journal of Disaster Risk Reduction
Fecha:
2022

Coastal erosion in sandy beaches along a tectonically active coast: The Chile study case

Journal:
Progress in Physical Geography
Fecha:
2021

Review on Recent Progress in Near-Field Tsunami Forecasting Using Offshore Tsunami Measurements: Source Inversion

Journal:
Pure and Applied Geophysics
Fecha:
2021

Wave-by-wave nearshore wave breaking identification using U-Net

Journal:
Coastal Engineering
Fecha:
2021
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