Okavango Delta Flood Now — Current Water Levels & Satellite Tracking

Where is the Okavango flood today? Okavango Water maps current surface water across the Delta using Sentinel-2 satellite imagery, updated roughly every five days when cloud cover allows. The latest observations show where floodwaters are expanding or retreating across each reporting region.

Each update covers Panhandle, Central Delta, Peripheral Delta, Southern Delta and Maun, with regional summaries, historical flood graphs, inundation statistics and estimated flood arrival based on observed movement and seasonal patterns.

Where is the Okavango Flood Today?

Sentinel-2 satellite imagery is used to map current surface water extent across the Okavango Delta at approximately 50 metre resolution. The latest observation shows where open water is present today and how flood extent is changing compared with the previous satellite pass.

The regional flood progression chart below tracks water extent through the current season as a percentage of each area's historical maximum inundation — the same overview shown at the bottom of the latest individual report.

Estimated flood arrival windows in each report are based on observed movement between satellite passes and historical flood timing for each reporting region. These are planning estimates — actual arrival depends on upstream flow from Angola, evaporation and local conditions.

Latest Okavango flood report

Read current Okavango flood report for 25 July 2026

Current Delta conditions

Live views of regional flood progression from the latest satellite report and average monthly fire detections across the archived Okavango Delta record.

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What each flood report includes

Every Okavango Delta flood update combines satellite analysis with regional summaries to help you answer where the flood is today, when it may arrive in each region, and how water levels are changing across the Delta.

Areas covered by Okavango Water Flood Reports

Reports analyse open water extent across five reporting regions: Panhandle, Central Delta, Peripheral Delta, Southern Delta and Maun. These areas represent different parts of the Delta flood system and help you understand where floodwaters are arriving, spreading or receding through the season.

How Okavango Water flood reports are produced

Flood reports are generated from Sentinel-2 satellite imagery processed at approximately 50 metre spatial resolution. New imagery is analysed roughly every five days when cloud cover allows a clear view of the Delta. A water extent classifier maps open water across the region, and each report compares the latest observation with the previous available image and with historical observations from the same time of year.

At 50 m resolution, individual pixels may include mixed vegetation and water. Flooded vegetation can influence classification, and results represent regional flood patterns rather than exact water depth measurements. For full methodology, see our About page or explore the interactive water archive.

Okavango flood reports archive

Browse historical satellite-derived flood reports for the Okavango Delta. Each entry links to a full regional analysis with water level summaries, flood maps, charts and regional observations.

Frequently asked questions

Where is the Okavango flood today?
The current Okavango flood position is mapped using satellite-derived water extent from Sentinel-2 imagery. The latest flood maps show where water is present and how flood extent is changing across the Delta. See the latest report and regional chart on this page for the most recent observation date.
When will the Okavango flood reach Maun?
Flood arrival estimates for Maun and other regions are based on current flood movement between satellite observations, historical flood timing and regional water trends. Arrival dates shown in each report are estimates only and depend on river flow from the Panhandle, evaporation and seasonal conditions.
How are Okavango water levels measured?
Water levels are estimated through satellite-derived inundation mapping. Sentinel-2 imagery is classified to identify open water across the Delta; changes in flooded area over time are tracked for each reporting region and converted to area in square kilometres.
What are the Okavango Flood Reports?
The Okavango Flood Reports are regularly published satellite-derived assessments of open water extent across the Okavango Delta. Each report summarises current flood conditions, changes since the previous observation, comparisons with historical flood seasons, regional maps and charts for the Panhandle, Central Delta, Peripheral Delta, Southern Delta and Maun.
When does the Okavango flood arrive?
Floodwaters typically begin arriving in the Panhandle from Angola during the dry season, with the pulse moving south-east through the Delta over several months. Timing varies each year depending on rainfall in the catchment, evaporation and local conditions. Our reports track flood progression as it becomes visible in satellite imagery throughout the season.
How often are Okavango Water reports updated?
Reports are updated when new Sentinel-2 satellite imagery is processed, approximately every five days when cloud cover allows a clear view of the Delta. Each new observation is compared with the previous available image and with historical records for the same time of year.
Which areas of the Okavango Delta are monitored?
Okavango Water flood reports cover five reporting regions: Panhandle, Central Delta, Peripheral Delta, Southern Delta and Maun. These regions represent different parts of the Delta flood system, from the northern Panhandle where the Okavango River enters Botswana, through the central and peripheral channels, the southern fan, and the Maun area.
How accurate are satellite-derived flood maps?
Satellite maps show regional patterns of open water rather than exact water depth. At 50 m resolution, individual pixels may include mixed vegetation and water. Flooded vegetation, narrow channels and cloud cover can influence classification. Results are best used to understand flood progression and regional change over time, not precise local water levels.