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An aspiring climate dynamist, modeller and researcher, my research interests currently include investigation into tropical dynamics using a wide array of tools, ranging from idealised climate models, to reanalysis datasets. At this moment, I am particularly interested in how the islands of the Maritime Continent interact with large scale regional dynamics such as monsoons, and on the monsoon characteristics of the tropical regions and its interactions with the diurnal cycle of rainfall. I have also investigated the impacts of tropical heating on extratropical weather such as mid-latitude storms and the subtropical jet, and am interested in using observational and remote sensing data to better understand regional climatology, and bridge the gap between remote sensing and ground-truth data.
Please see here for a list of publications related to my research.
Ongoing Projects
Ongoing Projects
GNSS Meteorology
GNSS Meteorology
(link)
Investigating the potential of using GPS/GNSS meteorology to understand climate at a range of temporal scales.
MJO Dynamics
MJO Dynamics
(link)
Investigating the impact of the Madden-Julian Oscillation on the relationship between precipitable water and precipitation.
Large-Scale Dynamics
Large-Scale Dynamics
(link)
Investigating the dynamics of the interaction between the tropical and extratropical circulations using idealised models
Side Projects
Side Projects
Islands and Climate
Islands and Climate
Completed Projects
Completed Projects
A catalogue of moderate Sumatran earthquakes
A catalogue of moderate Sumatran earthquakes
Mentored by: Professor Emma Hill, Dr. Lujia Feng
Although the large and great earthquakes (Mw > 7.0) that occurred along the Sunda Megathrust have mostly been studied using GPS measurements of surface displacements from the Sumatran GPS Array (SuGAr), many of the moderate earthquakes (6.0 < Mw < 7.0) detected by SuGAr were not studied in depth. Our research therefore aims to:
- Prepare a catalogue of moderate Sumatran earthquakes detected by SuGAr
- Compare our best-fit models with teleseismic and relocated earthquake catalogues
Presented findings during AGU 2017; Results published in Geoscience Letters (link) on August 2019
The catastraloess of the Bolaven Plateau
The catastraloess of the Bolaven Plateau
Mentored by: Professor Kerry Sieh, Dr. Jason Herrin, Dr. Janneli Lea Acierto Soria
The Australasian strewn field points towards an impact event somewhere within Indochina about 0.78 Ma. The ejecta that resulted from this high-velocity impact formed a layer of loess in the region several meters thick, and our research attempts to determine the sedimentation processes involved in the formation of this loess.
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