Guiding question
How is water moving through the catchment, how is the system changing, and what risks may result?
Catchment Lab
Surface Water Systems
Understanding rainfall, rivers and surface-water risk — starting with observation.
Research Scope
Rainfall–runoffCatchment hydrologyRiversDrainageFloodingInundationSurface-water availabilityHydrological droughtMonitoringForecastingImpact-based warning research
Observation first. Models follow evidence.
Measure first. Do not add model complexity the data cannot support.
01
Observation Foundation
- Rainfall
- River level
- Sensors
- Telemetry
- Calibration
- QA/QC
- Metadata
- Database
- Research maps
02
Modelling & Prediction
Future research — next phase depends on sufficient data quality and hydraulic information.
- Cross-sections
- Rating curves
- Hydrological modelling
- Hydraulic modelling
- Forecasting
- Inundation
- Warning research
Ciliwung–Cisadane
A long-term study from upstream to downstream. The monitoring layout shown is a planned design, not what is already in the field.
Static schematic. No live data. Not connected to operational systems.
Monitoring infrastructure shown represents an intended research design and does not imply that the infrastructure is already installed. Planned sensors are not installed infrastructure.
Research prototype — not an authoritative operational monitoring or warning service. Operational warnings remain with competent government authorities.
Current Research
Scoping / In Preparation
Ciliwung Catchment Observation Foundation
Catchment Lab
Setting up rainfall and river-level measurements, checking data quality and showing them on a research map.
Open research page →Related Knowledge
Nothing published yet
No Catchment Lab outputs listed yet.