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SoE2015: Fragmentation of remnant vegetation
Southeastern bioregions are the most heavily fragmented and prone to further degradation being in close proximity to cleared land. -
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... -
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: 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: Land clearing impact on woody native vegetation
In 2015–2016, 395,000 hectares per year (ha/year) of woody vegetation was cleared, statewide. -
SoE2015: Land clearing impact on woody native vegetation
In 2014-2015, 296,000 hectares per year of woody vegetation was cleared, statewide. -
SoE2020: Land clearing impact on woody native vegetation
In 2016–2017, 356,000 hectares per year (ha/year) of woody vegetation was cleared, statewide. This represented a 9% decrease from 2015–2016. In 2017–2018,... -
SoE2020: Extent and rate of change of riparian vegetation
Between 2013 and 2017, woody vegetation has decreased in extent within the riparian zones of South East Queensland and the Great Barrier Reef catchments. Most of the decrease is... -
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: 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... -
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... -
SoE2015: Threatened fauna species habitat
A large proportion of pre-clear threatened fauna habitat remained as remnant vegetation in Queensland in 2013. -
SoE2015: Threatened flora species habitat
A large proportion of pre-clear threatened flora habitat remained as remnant vegetation in Queensland in 2013. -
SoE2020: Threatened flora species habitat
Threatened flora habitat loss is ongoing in Queensland. -
SoE2020: Threatened fauna species habitat
Threatened fauna habitat loss is ongoing in Queensland. -
SoE2017: Threatened flora species habitat
Although a large proportion of pre-clear threatened flora habitat remained in Queensland in 2015, the proportion varied greatly among bioregions and among flora groups. -
SoE2017: Threatened fauna species habitat
A large proportion of pre-clear threatened fauna habitat remained in Queensland in 2015, however, the proportion varies greatly among bioregions and among fauna groups.