

Search
- 1 of 8
- next ›
Resilience
2016 At a glanceResilience is the ability of the environment to withstand or recover from a shock or disturbance. Although the concept of resilience was developed and is mainly used in relation to ecosystems, it is a valuable concept across the environment and in environmental management. Effective...
Resilience of marine systems
2016 Report ContentResilience of biodiversity 2016
2016 At a glanceAt a glanceResilience is a key underpinning principle of Australia’s Biodiversity Conservation Strategy 2010–2030, as well as state and territory, and regional biodiversity strategies. The definition of resilience in biodiversity strategies and policies is still relatively ambiguous, and...
Managing biodiversity for resilience
2016 Report ContentFactors affecting resilience capacity
2016 Report Content2016 Heritage Resilience A major systemic threat to Australia’s heritage is its relative priority in planning, land use and development decision-making. Heritage is often determined to be expendable in the name of a...
Evidence of past resilience
2016 Report ContentFactors affecting resilience capacity
2016 Report ContentEvidence of past resilience
2016 Report ContentApproaches to resilience
2016 Report ContentManaging for resilience
2016 Report ContentResilience of our climate
2016 Report Content2016 Climate Resilience The ability of the climate system to recover from changes to the composition of the atmosphere (particularly increasing CO2 concentrations) is complicated by the fact that the removal of CO2...
Resilience of Australia’s heritage 2016
2016 At a glanceAt a glanceThe resilience of Australia’s heritage can be considered in relation to both individual heritage places and the total heritage resource. The ability of individual places or wider resources to withstand shocks depends on the nature of specific heritage values and their...
Overview of resilience of heritage
2016 Report ContentResilience of Australia’s climate 2016
2016 At a glanceAt a glanceOur planet is somewhat resilient to increasing carbon dioxide (CO2) levels because atmospheric CO2 is absorbed by the oceans. During recent decades, the oceans have taken up approximately 25 per cent of the annual anthropogenic CO2 emissions to the atmosphere. However, the...
Overview of resilience of coasts
2016 Report ContentOverview of resilience of land
2016 Report Content2016 Land Resilience Resilient land should be able to recover from changes, and continue to support native vegetation and natural processes, as well as allow us to use natural resources within reasonable limits....
Overview of resilience of biodiversity
2016 Report ContentOverview of resilience of the built environment
2016 Report ContentOverview of resilience of the atmosphere
2016 Report ContentResilience of the built environment 2016
2016 At a glanceAt a glanceFor the built environment, resilience refers to the capacity of the built environment to retain or recover its structure, functions and amenity after experiencing shocks. Historically, Australian cities have coped reasonably well with disaster events such as storms or floods, and...
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...
Resilience of the marine environment 2016
2016 At a glanceAt a glanceResilience can be considered to be the capacity of a system to keep functioning even when disturbed. Current understanding of the resilience of Australia’s marine environment is limited because of the vast spatial extent of Australia’s marine ecosystems, their complexity, the many...
Resilience of Australia’s air quality 2016
2016 At a glanceAt a glanceThe frequency, duration and severity of episodes of poor air quality in urban centres are influenced by short-term meteorological conditions, in combination with local topography and/or atypical emissions. Air quality is usually restored to acceptable levels once the immediate...
Resilience of the Antarctic environment 2016
2016 At a glanceAt a glanceAlthough organisms living in Antarctica have evolved to cope with severe events, it is challenging to measure their level of resilience and to predict how future climate change will affect Antarctic ecosystems. This is largely because our understanding of key parameters is still...
Resilience of our environment and society
2016 Report ContentOverview of resilience of the marine environment
2016 Report ContentOverview of resilience of inland water
2016 Report ContentResilience of the land environment 2016
2016 At a glanceAt a glanceAustralian landscapes have evolved with soils and vegetation in equilibrium with the climate and natural disturbance regime. Land management activities disturb that equilibrium. Although we may not see all of the ensuing changes, the subtle and slowly accumulating ones can be the...
Box BIO21 Rethinking revegetation resilience
2016 Case StudyResilience of the coastal environment 2016
2016 At a glanceAt a glanceResilience of the coastal environment includes its resistance to change and its ability to recover once disturbed. Resistance to change is linked to the maintenance of high biodiversity, which is expected to provide greater redundancy in ecological functions. Resistance can also...
- 1 of 8
- next ›