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Effectiveness of inland water management
2016, 2011 Assessment summaryInland water Effectiveness of management Recent national assessments of management performanceWater management in AustraliaReviews of state and regional managementReviews of state and regional management Murray DarlingTasmania...
State and trends of inland water ecological processes and key species populations
2016, 2011 Assessment summaryInland water State and trends Ecological processes and species populations South East CoastSouth West CoastNorth Western PlateauMurray DarlingNorth East CoastSouth Western PlateauTasmaniaTimor SeaLake Eyre...
Effectiveness of biodiversity management
2016, 2011 Assessment summaryBiodiversity Effectiveness of management Management statusNew technologies, solutions and innovationsAssessing the effectiveness of biodiversity managementManagement initiatives and investmentsManagement capacityManagement...
Pressures affecting biodiversity
2016, 2011 Assessment summaryBiodiversity Pressures Pressures facing aquatic ecosystemsChanged hydrologyAltered fire regimesPest species and pathogensPressures from livestock productionUrban developmentPollutionGlobal climate change and climate...
State and trends of biodiversity
2016, 2011 Assessment summaryBiodiversity State and trends Coastal and marine species and ecosystemsFreshwater species and ecosystemsTerrestrial plant and animal species: Threatened species listsTerrestrial ecosystems and communitiesGenetic and species...
Overview of resilience of inland water
2016 Report Content2016 Inland water Resilience Murray Darling Since 2011, environmental flows (managed freshwater flows in natural water systems, designed to maintain aquatic ecosystems) have contributed to the...
Pressures affecting inland water environments 2016
2016 At a glanceAt a glanceOverall, the key pressures affecting inland water environments have changed little since 2011, with climatic and pest-based pressures increasing, land-use and management pressures remaining largely stable, and some stabilisation occurring in the pressure of water resources...
Resilience of inland water environments 2016
2016 At a glanceAt a glanceA challenge in assessing resilience of inland water environments is recognising resilience when it occurs, especially because Australian ecosystems have developed to be both resistant and resilient. We can contribute to resilience by reducing extreme and detrimental ecosystem...
Risks to inland water environments 2016
2016 At a glanceAt a glanceRisks to inland water environments include direct risks (such as direct water extraction, or changes in run-off and recharge) and indirect risks (such as expansion of invasive species because of increased tourism). Climate changes may produce both types of risks. Updated climate...
Outlook for inland water environments 2016
2016 At a glanceAt a glanceClimate and pests remain the largest pressures on our inland water environments. Climate variability and climate change, and associated changes in rainfall regimes, are the primary risks to inland water environments in both the short and long term. Efforts will need to continue to...
Introduction 2016
2016 At a glanceThe capricious nature of our nation’s water resources was evident during 2011–16, with: record rainfall and record dryness at local, regional and state scales extended and extensive flooding national water storage levels varying from above 80 per cent to below 50 per cent groundwater...
Figure WAT12 Rainfall deciles for the Lake Eyre Basin, January 2016
2016 MapInteract with mapDownload as pngDownload dataset Source: Monthly water Update; © Commonwealth of Australia (Bureau of Meteorology) 2016 Figure WAT12 Rainfall deciles for the Lake Eyre Basin, January 201 Water flows and levels
Figure WAT13 Monthly streamflow for the Lake Eyre Basin, January 2016
2016 MapInteract with mapDownload as pngDownload dataset Source: Monthly Water Update; © Commonwealth of Australia (Bureau of Meteorology) 2016 Figure WAT13 Monthly streamflow for the Lake Eyre Basin, January 2016 Water flows and levels
Changing land use and management
2016 Report Content2016 Inland water Pressures Tasmania Great Barrier Reef Land use and land management can produce pressures on aquatic environments that include changes to flow, water...
Pests and invasive species
2016 Report Content2016 Inland water Pressures Tasmania Lake Eyre SoE 2011 provided information on the pressure of invasive species, including cane toads (Rhinella marina, formerly Bufo...
Water flows and levels
2016 Report Content2016 Inland water State and trends South East Coast South West Coast Murray Darling North East Coast Tasmania...
Ecological processes and species populations
2016 Report Content2016 Inland water State and trends South East Coast Murray Darling Tasmania Great Barrier Reef Lake Eyre...
Climate change
2016 Report Content2016 Inland water Risks South East Coast South Australian Gulf North Western Plateau Murray Darling North East Coast...
Water abstraction and interception
2016 Report Content2016 Inland water Risks Three factors contribute to the risk posed by increasing water abstraction and interception: the demands of a growing population increases in per-person water consumption for this population...
Land and water use and management
2016 Report Content2016 Inland water Risks Murray Darling Risks from changes to land management arise mainly through potential hydrological and water quality changes, whereas those from water management relate to...
Figure BIO13 Net changes in the number of species listed under the Environment Protection and Biodiversity Conservation Act 1999 since 2000
2016 GraphNet changes in the number of EPBC listed species post 2000 Net changes in the number of EPBC listed species post 2000 FloraInvertebratesBirdsMammalsFishReptilesFrogs 20000000000 2001114211310 2002129712310 20036111812510 20046511813710...
Figure BIO29 (a) Number of records in the Atlas of Living Australia, by Interim Biogeographic Regionalisation for Australia region, 2012; (b) percentage increase in number of records between 2012 and 2015
2016 MapInteract with mapDownload as pngDownload dataset Source: Environmental Resources Information Network, Australian Government Department of the Environment and Energy, 2016 using data from the Atlas of Living Australia (licensed under CC by 3.0) Figure BIO29 Records in the...
Pressures affecting biodiversity 2016
2016 At a glanceAt a glanceThe pressures affecting biodiversity remain largely consistent with those identified in the 1996, 2001, 2006 and 2011 state of the environment reports. The most significant current pressures are clearing, fragmentation and declining quality of habitat; invasive species; climate...
State and trends of biodiversity 2016
2016 At a glanceAt a glanceUnderstanding of the state and trends of the vast majority of individual species in Australia is limited. The lack of effective monitoring data for understanding state and trends, even for threatened species, is highlighted by every jurisdiction and all previous state of the...
In this report
2016 Report Content2016 Biodiversity Introduction This report describes the current pressures on biodiversity, and the state and trends of terrestrial and aquatic ecosystems and organisms in 2016. We describe how biodiversity is managed...
Jurisdictional reporting on pressures
2016 Report Content2016 Biodiversity Pressures Tasmania Greater Darwin Australian Capital Territory Each state and territory in Australia has highlighted a range of...
Pest species and pathogens
2016 Report Content2016 Biodiversity Pressures Murray Darling Tasmania Australian Capital Territory Pest plants, pest animals and pathogens have been identified by...
Pressures facing aquatic ecosystems
2016 Report Content2016 Biodiversity Pressures In this report, we describe pressures facing biodiversity in general. However, pressures facing aquatic ecosystems are described in detail in the Coasts (coastal and estuarine ecosystems),...
Interactions among pressures
2016 Report Content2016 Biodiversity Pressures Few of the pressures documented in this section occur in isolation. Rather, pressures interact in complex ways, often compounding the threat to biodiversity. For example, land clearing...
