At a Glance
The Katherine River in the Northern Territory is currently experiencing major flooding with a peak recorded at 19.2 meters, leading to mandatory evacuations and an Emergency Situation Declaration for the Big Rivers region.
Status & Severity
The river reached a critical peak of 19.2m at the Katherine Bridge, surpassing major flood stages and matching the devastating 2006 flood levels. While levels at Katherine have begun a gradual recession, the Daly River continues to rise toward a predicted 15m+ crest, maintaining major flood status for the remainder of the week.
Affected Communities & Regions
Katherine: Significant inundation of low-lying residential areas and CBD outskirts.
Nauiyu (Daly River): Community under full evacuation orders as the river threatens record heights.
Wugularr (Beswick): Severe flooding of the Waterhouse River has isolated the township.
Jilkminggan: Residents relocated to higher ground as local catchments swell.
Tindal: Impacted by regional runoff and under active public health alerts.
Local Landmarks & Interest
Katherine Bridge: The primary gauge point where water surpassed the 19m mark, cutting the Stuart Highway link.
Katherine Hospital: The facility was successfully evacuated, with emergency operations moved to higher ground.
Nitmiluk National Park: The Katherine River gorge entrance remains closed due to extreme velocity and debris.
Data Sources & Verification
Information compiled from the Bureau of Meteorology (BOM), Northern Territory Emergency Service (NTES) station data in the Big Rivers Region, and verified on-the-ground reports from SecureNT.
Historical Comparison
This event is currently matching the severity of the April 2006 flood (19.2m) and is the highest river stage recorded since the catastrophic 1998 event. Check our archives for more Northern Territory river data.
Regional Context
The severity of the current Katherine River peak highlights the complex relationship between tropical monsoon cycles and the built environment. As floodwaters interact with the Stuart Highway and the town’s levee systems, it becomes clear how much human intervention dictates the flow of water through these ancient landscapes. To understand how infrastructure and development influence these surge patterns, see The River Mixer’s Guide to Human-Driven Flooding: How Engineering and Urban Planning Shape Our Rivers. By examining how we channelize and build around our waterways, we can better predict why certain sectors of Katherine remain more vulnerable than others during these 1-in-20-year events.





