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Iconic Ecosystems Management

Approach to Fire Management and Ecosystem Health.

Fire is a natural ecological process in savanna ecosystems, historically driven by lightning and later shaped by human activity. On Sango, however, the majority of fires in recent decades have been unplanned and anthropogenic, originating largely from surrounding communities. These fires, if unmanaged, pose a serious threat to biodiversity, infrastructure, and key conservation targets. Recognising the dual role of fire—as both a natural process and a potential hazard—Sango developed a comprehensive fire management policy, grounded in ecological science and historical land use data. The policy, implemented since 1999, aims to simulate a natural fire regime through carefully controlled burns while rapidly containing unplanned fires. It details the ecological justification, technical thresholds (such as fuel load and moisture content), and operational procedures required for safe and effective fire use.

The programme is highly coordinated across departments: the Ecological team defines where and why fires should occur based on vegetation assessments and rainfall forecasts, while the Operational team handles the logistical planning, execution, and containment of burns. Management fires are only planned when rainfall predictions exceed 70% probability for normal to above-average rainfall, and when vegetation assessments indicate sufficient biomass for safe and ecologically meaningful burns. Firebreaks, emergency plans, equipment checks, and community notifications are all standard protocol prior to ignition. Post-fire assessments analyse impacts on vegetation structure, species composition, wildlife distribution, and any potential damage.

To date, three major management fires have been implemented under this programme, covering 324 km²—approximately 56% of the conservancy. These fires have contributed significantly to the removal of moribund vegetation, encouraged the regrowth of palatable perennial grasses, and reduced woody encroachment in key areas. The results support both ecological integrity and improved habitat suitability for a wide range of wildlife species. The long-term data from SWC align with broader fire ecology studies across southern Africa, underscoring the value of fire when used under strict ecological and operational controls.

Key figures:

324 km²

Total area covered by management fires

56%

Percentage of Sango Wildlife Conservancy burnt under the programme

This Project contributes to

The policy also mandates that all unplanned fires—whether man-made or lightning-induced—are suppressed immediately to prevent spread. In Addition to foot patrols, Sango is monitored by a remote sensing technology aiming at detecting fires; live data is available through the dedicated verifaid platform.

Going forward, the Conservancy continues to refine its fire strategy, guided by monitoring outcomes and adaptive management principles. Notably, in the face of climate change, which will impact the frequency and the intensity of fires in the area in years to come.

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