At a glanceOnline availability of flow data and water resources information has increased substantially since 2011, including:
various state-based data portals
a national repository with flow and other data for more than 3400 sites
a national set of 222 long-term, high-quality reference...
At 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...
At 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...
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...
The National Climate Change Adaptation Research Facility has developed a risk assessment framework for groundwater-dependent ecosystems under conditions of declining groundwater levels (Chambers et al. 2013).
The framework was developed by a multidisciplinary team of ecologists,...
Australia State of the Environment 2016 has been prepared by independent experts using the best available information to support assessments of environmental condition, pressures, management effectiveness, resilience, risks and outlook.
This site is a major undertaking to improve the usability of SoE information. We are grateful for the support of users in our ongoing efforts to improve SoE reporting. Please report problems with the site via our feedback page.
We, the authors, acknowledge the traditional owners of Country throughout Australia and their continuing connection to land, sea and community; we pay respect to them and their cultures and to their elders both past and present.