Project Overview

In the 2nd year of this study, we aim to reconstruct the impacts of the 1897 (Ty1897) typhoon in Tacloban, Philippines using a combination of geological/geomorphological evidence, historical records and computer modelling. Our initial work implies that although both Haiyan and Ty1897 were of similar size the main cause of the difference inundation characteristics was the translation speed of the storm. In 2016 we will investigate the following questions: 1. How much does translation speed effect storm surge intensity and run up at the coast? And 2. Are the different inundation characteristics recorded as sedimentary features in the resulting overwash deposits?

Our initial work implies that although both Haiyan and Ty1897 were of similar size the main cause of the difference inundation characteristics was the translation speed of the storm. In 2016 we will investigate the following questions: How much does translation speed effect storm surge intensity and run up at the coast? Are the different inundation characteristics recorded as sedimentary features in the resulting overwash deposits?

Project Years

2015, 2016

Related Projects

A comparative study of Late Quaternary hydroclimate from marine sediments from offshore Singapore

We plan a comparative study to test the feasibility of reconstructing hydroclimate and temperature v...
Read Project Details

Investigating the geomicrobiology of storm and tsunami deposits

We propose using geomicrobiology to overcome the primary issue in documenting prehistorical coastal ...
Read Project Details

The strength of the lithosphere from geodetic to geologic time-scales

The overarching goal of our studies is to characterise the strength of the lithosphere from geodetic...
Read Project Details

Sea-Level from Living and Fossil Corals in Sarawak, Malaysia

This project will be conducting fieldwork in Malaysia to study sea level change throughout the past ...
Read Project Details

EOS Participation in “Hazards, Tipping Points, Adaptation and Collapse in the Indo-Pacific World” A Project Integrating History and Science

The project, funded by the Australian Research Council (ARC), aims to provide a new understanding of...
Read Project Details

The Team

Adam SWITZER

Adam SWITZER

Principal Investigator

Emma HILL

Emma HILL

Principal Investigator

Collaborators

Fernando Siringan, Marine Science Institute, University of the Philippines

Jessica Pilarczyk, Department of Coastal and Marine Science, Rutgers University

James Warren, Murdoch University

Subscribe to the EOS Newsletter

Stay in touch with the latest news, events, research, and publications from the Earth Observatory of Singapore.

Email is required

Email is wrong format

You Can Make a Difference

Partner with us to make an impact and create safer, more sustainable societies throughout Southeast Asia.
Make A Gift