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opportunities and resilience factors known to influence the viability of koalas and their habitat was used by the Koala Policy and Oversight (KPO) team to develop Koala Priority Areas (KPAs). These large contiguous areas in South East Queensland will be targeted by policy developed for the protection and restoration of koala habitat in the region. Koala priority areas (KPAs) were developed to guide protection and restoration of koala habitat in SEQ. © State of Queensland (Department of Environment and Science), 2020. Manager, Biodiversity Assessment Department of Environment and Science Manager, Biodiversity Assessment 13 74 68 biodiversity.planning@des.qld.gov.au Manager, Biodiversity Assessment Department of Environment and Science Manager, Biodiversity Assessment 13 74 68 biodiversity.planning@des.qld.gov.au Original layer created by the Koala Policy and Oversight (KPO) team, Environmental Policy and Programs, DES. Queensland Phascolarctos cinereus Koala Threatened species habitat Habitat modelling FAUNA Native ECOLOGY Habitat ECOLOGY Models Queensland Phascolarctos cinereus Koala Threatened species habitat Habitat modelling FAUNA Native ECOLOGY Habitat ECOLOGY Models PUBLIC Access - This material is licensed under a Creative Commons - Attribution 4.0 International license. The Department of Environment and Science requests attribution in the following manner: ©State of Queensland (Department of Environment and Science), 2020. Esri ArcGIS 13.0.6.36057 true 152.063024 153.468442 -26.137123 -28.338938 A Marxan prioritisation output was used by the Koala Policy and Oversight (KPO) team to develop Koala Priority Areas (KPAs). The selection frequencies in Marxan outputs are a measure of how often a particular cell contributes to meeting the target. Therefore, a cell with a selection frequency of 50 was chosen 50 times in our 100 run scenario (meaning the cell was chosen 50% of the time). The KPO team selected a selection frequency cut off of 40/100 to identify the initial KPA boundaries. Some modifications were then made to these boundaries following discussions with other government departments and local government, e.g. in areas where development approvals existed. The Marxan hexagons were converted into points and a TIN surface was used to interpolate the points into a continuous surface. The TIN surface was converted to the 10 x 10 m grid, and zonal statistics were used to summarise the grid values within each cadastral parcel. Cadastral boundaries for SEQ were taken from the Digital Cadastre DataBase – Queensland (DCBD) spatial data. The maximum score threshold (the highest raster cell value in each parcel) was used to identify whether the property should be inside or outside the KPA area. Parcels with selection frequencies of 40-100 were then aggregated and snapped to the cadastre using a fully automated procedure to produce the first draft (March 2019) KPA boundaries. Additional refinements of the KPA boundaries were developed based on decision rules and feedback provided during LGA consultation. With regard to the DCDB, at the time of the initial graphical capture, a segment/parcel number was allocated to uniquely describe each parcel of land. Attribute information collected from plans and maps was then linked to the segment/parcel number to form the relationship between the graphics and the attributes. A double entry process of keying in the attributes was done to eliminate any keying in errors. New update plans are committed to the database through a supervisor signoff process. There are several system validation procedures in the maintenance process and these are run at a required frequency. The estimated accuracy of the attribute information is 98%. The current DCDB can be considered as a seamless map of the State and consists of base cadastral parcels, strata level parcels (secondary interests), volumetric and easement parcels. Base parcels are contiguous with surrounding base parcels. The graphic package and the routines that extract and reload update data to the database have a tolerance of 2mm. The results encapsulated the following area: South East Queensland Regional Planning area 2017. The DCBD is updated continuously with 90% of cadastral survey plans entered into the DCDB within 7 days of registration. The base spatial unit used in the KPA was derived from the DCDB which contains a field (ACC_CODE) that includes a text description of positional accuracy for each parcel. Refer to the Department of Natural Resources, Mines and Energy for further information on spatial accuracies associated with the DCDB product. 10 hsm_seqrp_koala_kpa OBJECTID Internal feature number. Esri Sequential unique whole numbers that are automatically generated. Shape Feature geometry. Esri Coordinates defining the features. KPA Area inside a Koala Priority Area Department of Environment and Science AREA_HA Area in hectares calculated based on MGA Zone 56 Department of Environment and Science SHAPE_Length Length of feature in internal units. Esri Positive real numbers that are automatically generated. SHAPE_Area Area of feature in internal units squared. Esri Positive real numbers that are automatically generated.