Cambodia · Mekong river intelligence
Flood intelligence workbench
Explore river discharge, its timing and the evidence still needed for local flood predictions.
Synthetic test mode
Illustrative discharge
Daily river flow
Daily averages cannot identify a flood arrival hour. Any discharge percentile range is not a flood probability. Gaps remain unknown.
Location context · no flood overlay
Kratie area · illustrative
A model grid point, not a confirmed gauge or reach. Nearby cells can represent different rivers. Inspect the full network
Calculated from this snapshot
Understand the result
The highest illustrative daily discharge in this snapshot is 23,000 m³/s on 4 Oct. This is the peak of the selected discharge series, not a predicted flood arrival time.
Deterministic calculation and explanation · no language model executedSource, clocks and run evidence
- Fixed snapshot ID
- simulation-2026-10-01-v1
- Product / variable
- simulation · river discharge · daily mean · m³/s
- Source
- MekongIQ demonstration fixture · fixture-1
- Valid interval (UTC)
- 01/10/2026, 00:00:00 UTC to 08/10/2026, 00:00:00 UTC (exclusive)
- Response-specific issue time
- Not applicable · synthetic fixture
- Dataset initialization
- Not supplied · separate provider metadata
- Dataset availability
- Not supplied
- Retrieved / processed
- 01/10/2026, 00:00:00 UTC / 01/10/2026, 00:00:00 UTC
- Metadata consistency
- Not applicable · synthetic fixture
- Canonical source payload checksum
- fixture-no-provider-payload
- Archive envelope checksum
- No hosted archive for this synthetic fixture
- Access scope
- Workflow rehearsal only
- Citizen assimilation
- Disabled. Reports do not change this run.
- Synthetic values, not a forecast
- No flood threshold, depth or extent is provided
From river flow to useful flood predictions
MekongIQ is being built to answer when and where river flooding may happen, how severe it may be, and what could be affected in Cambodia and the Mekong basin. This release makes the evidence and remaining gaps visible. Local flood forecasting, warnings and later irrigation decisions require their own data and validation.