From 4:00 PM AEST Friday 8 October 2021 Moreton Bay Region will ease to Stage 3 restrictions.
More information on impacted services and facilities
Council’s mosquito management program monitors and treats mosquitoes to keep their numbers as low as possible.
Its success is dependent on environmental factors including favourable tides, wind conditions and rain, and often coincides with treatments occurring in neighbouring local government areas.
Mosquitoes are mostly active in South East Queensland during the warmer months from September to April.
Council has developed a Statement of Management Intent(PDF, 2MB) for the Mosquito Management program. The purpose of this document is to articulate the approach that Council will take to manage mosquitoes across the region.
Lodge a request to provide feedback on mosquitoes in your local area, or for more information on Council’s ongoing mosquito management program.
Further information available at QIMR Berghofer - Discover mosquito control website
South-east Queensland is home to many types of mosquitoes with those that cause the greatest impact for residents being:
Saltmarsh mosquitos hatch in the inter-tidal and mangrove areas of the region including Hays Inlet, Griffin, Mango Hill, Beachmere and Bribie Island.
Saltmarsh treatment areas
Freshwater mosquitoes breed in water that has pooled beside roads, in reserves, parks and residents' yards after a rain event.
Freshwater treatment area
Container breeding mosquitoes can be active during the day or night and prefer shaded area around homes. They breed in containers holding rainwater including plant saucers, tyres buckets, water tanks and blocked gutters.
Containers around the house that breed mosquitoes.
Council uses a helicopter to treat the region's inter-tidal and mangrove areas, targeting saltmarsh mosquito larvae which usually develop after rain or a tide higher than 2.45 metres. Aerial treatments are often planned to coincide with predicted tide events, although the effectiveness of helicopter treatments for saltmarsh mosquito larvae can be affected by wind and follow up rain.
Aerial treatments target larvae and not adult mosquitoes.
Fogging and barrier treatments are used in public areas such as reserves and parks to reduce the impact of adult mosquitoes on residents.
Council uses a naturally occurring bacterium found in soils called BTI (Bacillus thuringiensis subspecies israelensis) to treat mosquito larvae in the region. BTI contains bacteria that produces toxins that specifically target and only affect the larvae of mosquito, blackfly and fungus gnat.
BTI is an approved treatment for pest control use in organic farming operations and our marine parks. There are no precautions needed when applying the treatment. BTI has no toxicity to:
The treatment is sprayed over the intertidal areas of the region that are inundated during rainfall and tidal events providing ideal conditions for the mosquito larvae to develop.
View the BTI safety data sheet
You can help reduce mosquito numbers by:
Rainwater tanks can provide ideal conditions for mosquitoes and midges to breed. A gap the size of a matchstick head is enough to let mosquitoes into a tank to lay their eggs. Where possible, gaps should be covered with mosquito-proof screen or netting.