Typhoon Hato–one of the strongest typhoons in 53 years–struck the coasts of southern China on August 23, 2017. The typhoon, which claimed 26 lives and resulted in billions of dollars in...
Coastal Lab - Adam Switzer
The coastal lab investigates the geological record of coastal hazards (storms and tsunamis) in Southeast Asia. The lab’s 11-strong research group brought in from around the world currently studies beaches, coastlines and low-lying areas in ten different countries – Vietnam, China, Indonesia, India, Thailand, Singapore, Philippines, Lebanon, Tahiti and Taiwan.
One of the driving aims of the research group is to make the coastlines of Asia safer places to live, work and play. Records of past coastal hazards events can help predict impacts and likelihood of similar future events. We also aim to be able to use the information on past coastal change to provide an idea of what might be expected in the future, and thereby to inform policy and planning decisions.
Globally, studies of the sedimentation and geomorphic effects of tsunami and storm surge have gained increasing popularity and recognition since the Indian Ocean Tsunami of December 2004 and Hurricane Katrina in 2005 demonstrated the vulnerability of coastal communities the world over, and the 2011 Tohoku-Oki Tsunami reminded us that we can never be too prepared for such events.
Since its inception in 2010, the lab has made significant contributions to coastal change research around the world, has been involved with developing new approaches to reconstructing tsunami and hurricane hazards, and has made major contributions to improved planning and management of the human activities in the coastal environment.
Assessment of the recurrence of typhoons, storms and tsunamis in the region, as well as its onshore and offshore geological evolution, are of crucial interest to the stakeholders, as the South China Sea littorals have one of the highest rates of infrastructure development in the world.
This project will be conducting fieldwork in Malaysia to study sea level change throughout the past 8,000 years.
EOS Participation in “Hazards, Tipping Points, Adaptation and Collapse in the Indo-Pacific World” A Project Integrating History and Science
This project aims to provide a new understanding of Indo-Pacific history post-1000 C.E. based on an enhanced understanding of the inter-relationship between natural environmental cycles and events, and social and political cycles and events....
This study aims to identify potential historical tsunami deposits on the southern coast of Java and to determine if local historical records can provide valuable information for the discovery of past tsunamis.
Experimental Determination of Trace Metal Partitioning in Ostracod Calcite: Calibration Tools for Paleoenvironmental Reconstruction
Switzer and his team are studying the chemistry of ostracods, tiny shrimp-like creatures that are common in the fossil record, to see if they can be useful for quantifying past environmental and climate change.
To assess disaster risk more precisely, Switzer and his group are looking for microbial signatures that indicate past coastal flooding.
Since sea level rise isn't uniform globally, Switzer is using coral reef data from corals to develop a model for how well corals record sea levels and to determine historical sea levels during the Sunda Islands in Indonesia.