
Hydrology & water resources
Rainfall–runoff modelling, frequency analysis, design floods and water balance studies.


The Hydroinformatics Laboratory is a research group at Universitas Gadjah Mada. We work on the full chain from rainfall to river flow to impact: how much water there is, when it becomes dangerous, and who is affected. Our results go into open datasets, tools and papers that agencies and other researchers can use.

Rainfall–runoff modelling, frequency analysis, design floods and water balance studies.

Remote sensing, spatial data processing and machine learning for hydrology.

Flood and drought impacts on people and agriculture, from global to local scale.

Satellite rainfall products, spatio-temporal analysis and mapping.
activeCollecting, checking and opening up gauge and satellite rainfall records so that design floods and early warning in Indonesian basins rest on usable data.
activeProjected rainfall and temperature extremes over Java, the most populous island of Indonesia, and what they mean for rice-growing regions.
completedHow crop yields respond to drought at different timescales worldwide, and which factors make some regions more sensitive than others.
Research is better together. We share field days, code, coffee and the occasional deadline panic, and we look after each other along the way.


Web apps and datasets we build and keep running for Indonesian hydrology.
Map and availability dashboard for daily rainfall, climatological and river-flow stations across Indonesian river basins, with gap analysis to plan data requests.
Animated map of disaster events recorded by BNPB across Indonesia, 2008–2026.
Integrated platform for planning, modelling and monitoring Indonesia's water resources, with data, analysis tools and a knowledge hub.
Design-rainfall toolkit (VRainDownload, VRainPrep, VRainThiessen, VRainStorm, VRainFreq, VRainMaster) for IDF-DDF analysis; its output feeds the VBasin catchment model.
Prosiding Seminar Nasional Teknik Sipil UMS
Research Square
Trees Forests and People