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SoE2015: Extent of endangered, of concern and no concern at present regional...
The area of Queensland is 172.8 million hectares. In 2013, about 80% of the state contained remnant regional ecosystems, of which 1% had a conservation classification of... -
SoE2017: Extent of endangered, of concern and no concern at present regional...
The area of Queensland is 172.8 million hectares. In 2015, Queensland remnant vegetation covered about 80% of the state, of which 1% had a conservation classification of... -
SoE2020: Extent of endangered, of concern and no concern at present regional...
The area of Queensland is 172.8 million hectares. In 2017, Queensland remnant vegetation covered about 80% of the state, of which 1% had a conservation classification of... -
SoE2020: Pressures affecting riverine ecosystems
Sediment, nutrients, pesticides and the loss of riparian forests are the major catchment pressures that broadly impact Queensland’s freshwater rivers but vary in their... -
SoE2017: Pressures affecting riverine ecosystems
Sediment, nutrients and chemicals, and the loss of riparian forests are the major catchment pressures that broadly impact Queensland’s freshwater rivers but vary in their... -
SoE2015: Pressures affecting riverine ecosystems
Sediment, nutrients and chemicals, and the loss of riparian forests are the major catchment pressures that broadly impact Queensland's freshwater rivers but vary in their... -
SoE2017: Broad vegetation groups within protected areas
Queensland’s current remnant vegetation extent covers 80% of the state: 9.6% of this remnant vegetation is within protected areas. -
SoE2015: Broad vegetation groups within protected areas
Queensland's current remnant vegetation extent covers 80% of the state: 9% of this remnant vegetation is within protected areas. -
SoE2020: Broad vegetation groups within protected areas
Queensland’s 2017 remnant vegetation extent covers 80% of the state: 10.1% of this remnant vegetation is within protected areas (national parks and nature refuges).... -
SoE2017: Extent and rate of change of remnant native vegetation
The loss of remnant native vegetation in Queensland have been monitored since 1997 and reached a peak during 1999–2000 at which point 0.4% of the state's remnant vegetation was... -
SoE2015: Extent and rate of change of remnant native vegetation
The loss of remnant native vegetation in Queensland have been monitored since 1997 and reached a peak during 1999-2000 at which point 0.4% of the state's remnant vegetation was... -
SoE2015: Fragmentation of remnant vegetation
Southeastern bioregions are the most heavily fragmented and prone to further degradation being in close proximity to cleared land. -
SoE2020: Fragmentation of remnant vegetation
In the most recent 2015–2017 period, the New England Tablelands has experienced the greatest patch density increase (13.4%) and greatest remnant core areas density loss... -
SoE2017: Fragmentation of remnant vegetation
The south-eastern bioregions are the most heavily fragmented in Queensland and are prone to further degradation due to the proximity of large tracts of cleared land and future... -
SoE2017: Condition of ecological processes
At a reef-wide scale, most ecological processes are considered to be in good condition; however the inshore southern two-thirds of the region are in decline. -
SoE2015: Condition of ecological processes
At a reef-wide scale, most ecological processes are considered to be in good condition, however the inshore southern two-thirds of the region are in decline. -
SoE2020: Extent and rate of change of remnant native vegetation
The loss of remnant native vegetation in Queensland has been monitored since 1997 and reached a peak during 1999–2000 at which point 0.4% of the state’s remnant... -
SoE2017: Land clearing impact on threatened flora habitat
Land use clearing for pasture is the greatest pressure on threatened flora pre-clear habitat. -
SoE2017: Land clearing impact on threatened fauna habitat
Land use clearing for pasture is the greatest pressure on threatened fauna pre-clear habitat. -
SoE2020: Land clearing impact on threatened flora habitat
While the clearing the threatened flora pre-clear habitat within woody vegetation has slowed, it remains 3 times higher than in 2009–2010.