36c8b07f-aa3c-4c47-95ef-5b8585afa9c3 urn:uuid en UTF-8 nonGeographicDataset nonGeographicDataset 2025-11-11T08:42:20 creation ISO 19115 2016 Landsat fire scars Queensland series 36c8b07f-aa3c-4c47-95ef-5b8585afa9c3 These data sets are statewide maps of fire scars (burnt areas) as captured in a yearly series by all available Landsat imagery over the period 1986 - 2012. Fire scars are automatically detected and mapped using dense time series of Landsat imagery acquired over the period 1986 - present. In these products, on average, over 80% of fire scars captured in Landsat imagery have been correctly mapped with less than 30% false fire rate. Landsat fire scars Queensland series - REST Service documentDigital For use in desktop and web applications capable of connecting to ArcGIS REST map service endpoints. REST Landsat fire scars Queensland series - WMS Service documentDigital For use in desktop and web applications capable of connecting to Open Geospatial Consortium (OGC) web map service endpoints. 
Some clients append request parameters for the service capabilities file so depending on your client in use you may have to remove the parameters when copying the url below. WMS Landsat fire scars Queensland series metadata record documentDigital Full ISO 19115 metadata record XML Landsat and Sentinel2 fire scars 2016 Queensland documentDigital This data set is a statewide annual composite of fire scars (burnt area) derived from all available Landsat 8 and Sentinel 2 images acquired over Queensland in the period January to December 2016. Fire scars have been mapped using automated Landsat time series change detection and semi-manual mapping. Spatial Data Format Landsat fire scars 1987 Queensland documentDigital This data set is a statewide map of fire scars (burnt area) as captured by all available Landsat imagery over the period January to December 1987. Fire scars are automatically detected and mapped using dense time series of Landsat imagery acquired over the period 1986 - present. In these products, on average, over 80% of fire scars captured in Landsat imagery have been correctly mapped with less than 30% false fire rate. Spatial Data Format Landsat fire scars 1988 Queensland documentDigital This data set is a statewide map of fire scars (burnt area) as captured by all available Landsat imagery over the period January to December 1988. Fire scars are automatically detected and mapped using dense time series of Landsat imagery acquired over the period 1986 - present. In these products, on average, over 80% of fire scars captured in Landsat imagery have been correctly mapped with less than 30% false fire rate. Spatial Data Format Landsat fire scars 1989 Queensland documentDigital This data set is a statewide map of fire scars (burnt area) as captured by all available Landsat imagery over the period January to December 1989. Fire scars are automatically detected and mapped using dense time series of Landsat imagery acquired over the period 1986 - present. In these products, on average, over 80% of fire scars captured in Landsat imagery have been correctly mapped with less than 30% false fire rate. Spatial Data Format Landsat fire scars 1990 Queensland documentDigital This data set is a statewide map of fire scars (burnt area) as captured by all available Landsat imagery over the period January to December 1990. Fire scars are automatically detected and mapped using dense time series of Landsat imagery acquired over the period 1986 - present. In these products, on average, over 80% of fire scars captured in Landsat imagery have been correctly mapped with less than 30% false fire rate. Spatial Data Format Landsat fire scars 1991 Queensland documentDigital This data set is a statewide map of fire scars (burnt area) as captured by all available Landsat imagery over the period January to December 1991. Fire scars are automatically detected and mapped using dense time series of Landsat imagery acquired over the period 1986 - present. In these products, on average, over 80% of fire scars captured in Landsat imagery have been correctly mapped with less than 30% false fire rate. Spatial Data Format Landsat fire scars 1992 Queensland documentDigital This data set is a statewide map of fire scars (burnt area) as captured by all available Landsat imagery over the period January to December 1992. Fire scars are automatically detected and mapped using dense time series of Landsat imagery acquired over the period 1986 - present. In these products, on average, over 80% of fire scars captured in Landsat imagery have been correctly mapped with less than 30% false fire rate. Spatial Data Format Landsat fire scars 1993 Queensland documentDigital This data set is a statewide map of fire scars (burnt area) as captured by all available Landsat imagery over the period January to December 1993. Fire scars are automatically detected and mapped using dense time series of Landsat imagery acquired over the period 1986 - present. In these products, on average, over 80% of fire scars captured in Landsat imagery have been correctly mapped with less than 30% false fire rate. Spatial Data Format Landsat fire scars 1994 Queensland documentDigital This data set is a statewide map of fire scars (burnt area) as captured by all available Landsat imagery over the period January to December 1994. Fire scars are automatically detected and mapped using dense time series of Landsat imagery acquired over the period 1986 - present. In these products, on average, over 80% of fire scars captured in Landsat imagery have been correctly mapped with less than 30% false fire rate. Spatial Data Format Landsat fire scars 1995 Queensland documentDigital This data set is a statewide map of fire scars (burnt area) as captured by all available Landsat imagery over the period January to December 1995. Fire scars are automatically detected and mapped using dense time series of Landsat imagery acquired over the period 1986 - present. In these products, on average, over 80% of fire scars captured in Landsat imagery have been correctly mapped with less than 30% false fire rate. Spatial Data Format Landsat fire scars 1996 Queensland documentDigital This data set is a statewide map of fire scars (burnt area) as captured by all available Landsat imagery over the period January to December 1996. Fire scars are automatically detected and mapped using dense time series of Landsat imagery acquired over the period 1986 - present. In these products, on average, over 80% of fire scars captured in Landsat imagery have been correctly mapped with less than 30% false fire rate. Spatial Data Format Landsat fire scars 1997 Queensland documentDigital This data set is a statewide map of fire scars (burnt area) as captured by all available Landsat imagery over the period January to December 1997. Fire scars are automatically detected and mapped using dense time series of Landsat imagery acquired over the period 1986 - present. In these products, on average, over 80% of fire scars captured in Landsat imagery have been correctly mapped with less than 30% false fire rate. Spatial Data Format Landsat fire scars 1998 Queensland documentDigital This data set is a statewide map of fire scars (burnt area) as captured by all available Landsat imagery over the period January to December 1998. Fire scars are automatically detected and mapped using dense time series of Landsat imagery acquired over the period 1986 - present. In these products, on average, over 80% of fire scars captured in Landsat imagery have been correctly mapped with less than 30% false fire rate. Spatial Data Format Landsat fire scars 1999 Queensland documentDigital This data set is a statewide map of fire scars (burnt area) as captured by all available Landsat imagery over the period January to December 1999. Fire scars are automatically detected and mapped using dense time series of Landsat imagery acquired over the period 1986 - present. In these products, on average, over 80% of fire scars captured in Landsat imagery have been correctly mapped with less than 30% false fire rate. Spatial Data Format Landsat fire scars 2000 Queensland documentDigital This data set is a statewide map of fire scars (burnt area) as captured by all available Landsat imagery over the period January to December 2000. Fire scars are automatically detected and mapped using dense time series of Landsat imagery acquired over the period 1986 - present. In these products, on average, over 80% of fire scars captured in Landsat imagery have been correctly mapped with less than 30% false fire rate. Spatial Data Format Landsat fire scars 2001 Queensland documentDigital This data set is a statewide map of fire scars (burnt area) as captured by all available Landsat imagery over the period January to December 2001. Fire scars are automatically detected and mapped using dense time series of Landsat imagery acquired over the period 1986 - present. In these products, on average, over 80% of fire scars captured in Landsat imagery have been correctly mapped with less than 30% false fire rate. Spatial Data Format Landsat fire scars 2002 Queensland documentDigital This data set is a statewide map of fire scars (burnt area) as captured by all available Landsat imagery over the period January to December 2002. Fire scars are automatically detected and mapped using dense time series of Landsat imagery acquired over the period 1986 - present. In these products, on average, over 80% of fire scars captured in Landsat imagery have been correctly mapped with less than 30% false fire rate. Spatial Data Format Landsat fire scars 2003 Queensland documentDigital This data set is a statewide map of fire scars (burnt area) as captured by all available Landsat imagery over the period January to December 2003. Fire scars are automatically detected and mapped using dense time series of Landsat imagery acquired over the period 1986 - present. In these products, on average, over 80% of fire scars captured in Landsat imagery have been correctly mapped with less than 30% false fire rate. Spatial Data Format Landsat fire scars 2004 Queensland documentDigital This data set is a statewide map of fire scars (burnt area) as captured by all available Landsat imagery over the period January to December 2004. Fire scars are automatically detected and mapped using dense time series of Landsat imagery acquired over the period 1986 - present. In these products, on average, over 80% of fire scars captured in Landsat imagery have been correctly mapped with less than 30% false fire rate. Spatial Data Format Landsat fire scars 2005 Queensland documentDigital This data set is a statewide map of fire scars (burnt area) as captured by all available Landsat imagery over the period January to December 2005. Fire scars are automatically detected and mapped using dense time series of Landsat imagery acquired over the period 1986 - present. In these products, on average, over 80% of fire scars captured in Landsat imagery have been correctly mapped with less than 30% false fire rate. Spatial Data Format Landsat fire scars 2006 Queensland documentDigital This data set is a statewide map of fire scars (burnt area) as captured by all available Landsat imagery over the period January to December 2006. Fire scars are automatically detected and mapped using dense time series of Landsat imagery acquired over the period 1986 - present. In these products, on average, over 80% of fire scars captured in Landsat imagery have been correctly mapped with less than 30% false fire rate. Spatial Data Format Landsat fire scars 2007 Queensland documentDigital This data set is a statewide map of fire scars (burnt area) as captured by all available Landsat imagery over the period January to December 2007. Fire scars are automatically detected and mapped using dense time series of Landsat imagery acquired over the period 1986 - present. In these products, on average, over 80% of fire scars captured in Landsat imagery have been correctly mapped with less than 30% false fire rate. Spatial Data Format Landsat fire scars 2008 Queensland documentDigital This data set is a statewide map of fire scars (burnt area) as captured by all available Landsat imagery over the period January to December 2008. Fire scars are automatically detected and mapped using dense time series of Landsat imagery acquired over the period 1986 - present. In these products, on average, over 80% of fire scars captured in Landsat imagery have been correctly mapped with less than 30% false fire rate. Spatial Data Format Landsat fire scars 2009 Queensland documentDigital This data set is a statewide map of fire scars (burnt area) as captured by all available Landsat imagery over the period January to December 2009. Fire scars are automatically detected and mapped using dense time series of Landsat imagery acquired over the period 1986 - present. In these products, on average, over 80% of fire scars captured in Landsat imagery have been correctly mapped with less than 30% false fire rate. Spatial Data Format Landsat fire scars 2010 Queensland documentDigital This data set is a statewide map of fire scars (burnt area) as captured by all available Landsat imagery over the period January to December 2010. Fire scars are automatically detected and mapped using dense time series of Landsat imagery acquired over the period 1986 - present. In these products, on average, over 80% of fire scars captured in Landsat imagery have been correctly mapped with less than 30% false fire rate. Spatial Data Format Landsat fire scars 2011 Queensland documentDigital This data set is a statewide map of fire scars (burnt area) as captured by all available Landsat imagery over the period January to December 2011. Fire scars are automatically detected and mapped using dense time series of Landsat imagery acquired over the period 1986 - present. In these products, on average, over 80% of fire scars captured in Landsat imagery have been correctly mapped with less than 30% false fire rate. Spatial Data Format Landsat fire scars 2012 Queensland documentDigital This data set is a statewide map of fire scars (burnt area) as captured by all available Landsat imagery over the period January to December 2012. Fire scars are automatically detected and mapped using dense time series of Landsat imagery acquired over the period 1986 - present. In these products, on average, over 80% of fire scars captured in Landsat imagery have been correctly mapped with less than 30% false fire rate. Spatial Data Format Landsat fire scars 2013 Queensland documentDigital This data set is a statewide map of fire scars (burnt area) as captured by all available Landsat imagery over the period January to December 2013. Fire scars are automatically detected and mapped using dense time series of Landsat imagery acquired over the period 2008 - present. The method has been found to map over 80% of fire scars captured in Landsat imagery with less than 30% false fire rate. The accuracy of 2013 fire scar mapping has been further improved by manual removal of false fires and addition of missed fires. The 2013 fire scars product is strongly affected by SLC-Off striping in Landsat-7 imagery. This results in data loss in the imagery, and fragmentation in the fire scar maps. It also impacts on the performance of the fire scar algorithm, reducing detection rates and increasing the number of false fires. Spatial Data Format Landsat fire scars 2014 Queensland documentDigital This data set is a statewide map of fire scars (burnt area) as captured by all available Landsat imagery over the period January to December 2014. Fire scars are automatically detected and mapped using dense time series of Landsat imagery acquired over the period 2008 - present. The method has been found to map over 80% of fire scars captured in Landsat imagery with less than 30% false fire rate. The accuracy of 2014 fire scar mapping has been further improved by manual removal of false fires and addition of missed fires. The 2014 fire scars product is strongly affected by SLC-Off striping in Landsat-7 imagery. This results in data loss in the imagery, and fragmentation in the fire scar maps. It also impacts on the performance of the fire scar algorithm, reducing detection rates and increasing the number of false fires. GeoTIFF Landsat fire scars 2015 Queensland documentDigital This data set is a statewide map of fire scars (burnt area) as captured by all available Landsat imagery over the period January to December 2015 Fire scars are automatically detected and mapped using dense time series of Landsat imagery acquired over the period 2010 - 2016 The method has been found to map over 80% of fire scars captured in Landsat imagery with less than 30% false fire rate. The accuracy of 2015 fire scar mapping has been further improved by manual removal of false fires and addition of missed fires. Spatial Data Format