Guiding question
How is the groundwater system responding to recharge, abstraction and environmental change, and what risks may result?
Modelling scope follows the data that genuinely exists.
Basin Lab
Groundwater Systems
How does groundwater respond to recharge, abstraction and environmental change?
Research Scope
Groundwater monitoringHydrogeological conceptualisationRechargeAquifer storageAbstractionDepletionGroundwater droughtGroundwater flowStress forecastingSubsidenceIntrusionSurface water–groundwater interaction
Research Chain
01
Data Foundation
Records and monitoring.
02
Data Availability & Gap Assessment
Coverage and quality.
03
Hydrogeological Conceptual Model
Aquifers and boundaries.
04
Modelling Pathways
Choose a method that matches the data.
05
Research Interpretation
Status, stress and scenarios.
Data Requirements
Listing these requirements does not imply availability. Availability is part of the research.
Observations
- Groundwater levels
- Well construction
Basin framework
- Hydrostratigraphy
- Aquifer information
- Boundary conditions
Drivers
- Abstraction
- Recharge
- Climate
Connected response
- Surface-water interaction
- Water quality
- Subsidence
Modelling Pathways
Physics-basedStatisticalMachine learningPhysics-informed MLHybrid
Jakarta Groundwater Basin
The official Jakarta Groundwater Basin is the long-term study area. The dashboard below is a research prototype, not a live groundwater service.
Static schematic. No live data. Not connected to operational systems.
Research prototype — not an official groundwater information service. For research and testing only. Government agencies keep their responsibilities.
Current Research
Planned
Jakarta Groundwater Basin Data Availability & Gap Assessment
Basin Lab
Reviewing groundwater records, wells, aquifers, pumping, recharge and land sinking to decide what we can honestly model.
Open research page →Related Knowledge
Nothing published yet
No Basin Lab outputs listed yet.