Fire is an essential part of the health of native bushland. Many plants and animals depend on fire for their long-term survival.
After the planned burn is completed, pockets of unburnt vegetation will remain and provide habitat for fauna. The burnt area will provide for flora to re-sprout e.g. eucalypts and allow plants that require fire to re-seed e.g. banksias and hakeas.
Vegetation regrowth after the burn will change over time. Species reliant on fire to re-generate appear quickly but are eventually outcompeted by those species that recover from fire more slowly. Pockets of unburnt land will remain as they were before the fire, providing a mosaic in the landscape.
Whilst burnt areas may appear to be devoid of habitat for fauna, fuel reduction burns can create new habitat. Burnt tree stumps, hollows and knots provide habitat for fauna including marsupials, reptiles, birds and bats.
Careful consideration is given to the interval of burning land for ecological (e.g. re-generation) purposes and for fire safety. This will guide when future fuel reduction burning can occur.
It is very important that the land owner continue to implement their weed management plans as planned burns can provide the opportunity for weeds to re-establish. However post burning can provide an excellent opportunity for treatment by improving accessing and exposing the seedbed and fresh treatable growth.
For information on weed control please follow this link - http://dpipwe.tas.gov.au/invasive-species/weeds
The area that has been burnt will be patrolled to minimise the risk of the fire flaring up again. It is best to avoid the area until patrolling of the area has ceased.
The planned burn may expose hollows and make the ground uneven so care must be taken when walking over the land after patrolling has ceased.
Trees can be structurally weakened by the fire and there may be a risk of branches or the tree itself falling so it is important to be aware of this.
Part of the Fuel Reduction Program is to record and analyse the amount of land burnt, its location and how quickly fuel loads re-appear.