We study how the ocean and atmosphere interact over Indonesia's equatorial maritime continent, turning observation and modeling into decision support systems (DSS) that serve the nation.
Beneath the calm surface of Indonesia's equatorial waters lies a constant exchange — heat, moisture, and momentum moving between ocean and atmosphere. We study these dynamics to understand how the maritime continent shapes weather far beyond its shores.
Discover the scienceOur findings on climate variability ripple outward — from local rainfall patterns to regional flood and drought risk. Every insight deepens our understanding of a rapidly changing climate system.
Explore our findingsA selection of recent work from the Air–Sea Interaction & Climate Variability Research Group.
Contribution of local and large-scale climate drivers on the extreme rainfall events in the Megacity of Jakarta
Atmospheric Research
High Wind Associated with Bow Echo Mesovortex over Cimenyan, Indonesia
Meteorology and Atmospheric Physics
Diverse impact of 2023 El Niño on weather patterns over the Indonesian Maritime Continent
Journal of Southern Hemisphere Earth Systems Science, 75, ES25005
Observation becomes knowledge. Knowledge becomes prediction. Prediction becomes a Decision Support System (DSS) — a transformation that turns raw atmospheric data into tools policymakers and communities can act on.
See how it works
Trusted by government agencies, industry, and research partners
A selection of our leading Decision Support Systems (DSS), developed for hydrometeorological disaster mitigation and food security.
Medium-Term Early Season Assessment for the Indonesian Region
Maritime Forecasting System
Salt Pond Almanac Center
We welcome research collaboration with academics and students at every level.
Latest updates on discussions and capacity-building activities at ASICLIVAR.