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Increases in greenhouse gases
2016 Report Content2016 Climate Pressures Tasmania Greater Brisbane Greater Darwin Greater Hobart Greater Melbourne...
Effects of increased greenhouse gases
2016 Report Content2016 Climate Pressures The growing concentrations of human-generated GHGs have resulted in an increased absorption, largely in the lower atmosphere, of the heat radiated from Earth’s surface, causing an increase in the...
Pressures affecting Australia’s climate
2016, 2011 Assessment summaryClimate Pressures Direct (primary) effects of pressures on climateTrends in emissionsKyoto Protocol targetsAustralia’s emissions in contextIncreases in greenhouse gasesIndirect (secondary and tertiary) effects of pressures on...
Figure ATM2 Radiative forcing as a result of long-lived greenhouse gases measured by CSIRO in the Southern Hemisphere
2016 GraphRadiative forcing due to long-lived greenhouse gases, Antarctic firn and Cape Grim, 1950–2015 Radiative forcing due to long-lived greenhouse gases, Antarctic firn and Cape Grim, 1950–2015 Montreal Protocol and Kyoto Protocol synthetic greenhouse gasesNitrous...
Figure ATM11 Greenhouse gas emissions by gas and sector, United Nations Framework Convention on Climate Change accounting, 2015
2016 GraphGreenhouse gas emissions by gas and sector, United Nations Framework Convention on Climate Change accounting, 2014–15 Greenhouse gas emissions by gas and sector, United Nations Framework Convention on Climate Change accounting, 2014–15 Carbon...
Effectiveness of climate change management
2016, 2011 Assessment summaryClimate Effectiveness of management Planning and strategyManagement outputs and outcomesUnderstanding and researchRole and coordination of different levels of government...
Figure ATM3 Radiative forcing in 2011 relative to 1750, and aggregated uncertainties for the main drivers of climate change
2016 GraphRadiative forcing for the main drivers of climate change, and total radiative forcing in 2011 relative to 1750 Radiative forcing for the main drivers of climate change, and total radiative forcing in 2011 relative to 1750 Radiative forcingaerosols positive upper...
Figure ATM1 (methane) Annual mean concentrations of greenhouse gases (carbon dioxide, methane, nitrous oxide and synthetic greenhouse gases) observed at Cape Grim, Tasmania, and from air extracted from Antarctic firn and ice cores, 1500–2015
2016 GraphMethane Annual mean concentrations of methane observed at Cape Grim, Tasmania, and from air extracted from Antarctic firn and ice cores, 1500–2015 Annual mean concentrations of methane observed at Cape Grim, Tasmania, and from air extracted from Antarctic firn and...
Figure ATM1 (nitrous oxide) Annual mean concentrations of greenhouse gases (carbon dioxide, methane, nitrous oxide and synthetic greenhouse gases) observed at Cape Grim, Tasmania, and from air extracted from Antarctic firn and ice cores, 1500–2015
2016 GraphNitrous oxide Annual mean concentrations of nitrous oxide observed at Cape Grim, Tasmania, and from air extracted from Antarctic firn and ice cores, 1500–2015 Annual mean concentrations of nitrous oxide observed at Cape Grim, Tasmania, and from air extracted from...
Figure ATM1 (carbon dioxide) Annual mean concentrations of greenhouse gases (carbon dioxide, methane, nitrous oxide and synthetic greenhouse gases) observed at Cape Grim, Tasmania, and from air extracted from Antarctic firn and ice cores, 1500–2015
2016 GraphCarbon dioxide Annual mean concentrations of carbon dioxide observed at Cape Grim, Tasmania, and from air extracted from Antarctic firn and ice cores, 1500–2015 Annual mean concentrations of carbon dioxide observed at Cape Grim, Tasmania, and from air extracted from...
Climate change
2016 Report Content2016 Ambient air quality Pressures Climate change may also have a significant effect on air pollution. Warming and drying of the climate are projected to lead to an increase in extreme fire-danger days in southern and...
State and trends of Australia’s climate 2016
2016 At a glanceAt a glanceAustralian temperatures have increased during the past 100 years, especially since the 1950s. This increase has also been observed at the global level, and is associated with increasing concentrations of greenhouse gases in the atmosphere. The year 2015 was the warmest on record...
Pressures affecting Australia’s climate 2016
2016 At a glanceAt a glanceGreenhouse gases (GHGs)—carbon dioxide (CO2), methane, short-lived tropospheric and stratospheric ozone, nitrous oxide and synthetic GHGs—together with water vapour, and natural and industrial aerosols, influence Earth’s energy balance. Human activity, primarily the burning of...
Effectiveness of management for specific pressures and drivers
2016 Report Content2016 Effectiveness of management Earlier, we noted that the complex and dynamic relationships between drivers, pressures, ecosystems and humans call for policies and management actions that address both drivers and pressures. In many cases, the most...
Executive Summary - Antarctic environment
2016 Executive SummaryAntarctic environment 2016This report mainly focuses on the environment of areas administered by Australia (the Australian Antarctic Territory, and the Territory of Heard Island and McDonald Islands), subantarctic Macquarie Island (which is part of Tasmania)...
In this report
2016 Report Content2016 Land Introduction This report provides an account of the most significant and recent human impacts on our land. It highlights improvements in land management over some parts of Australia, as well as several...
Economic activity as a driver of environmental change
2016 Report Content2016 The production of goods and services requires energy and materials—metals, minerals, water, food and fibre—all of which come from the environment. The impacts of resource extraction, production, transport, use and waste generation are central to how economic activity affects...
Figure ATM25d Timeseries of monthly mean concentrations of carbon dioxide, carbon dioxide equivalent and tropospheric ozone; monthly median particle number concentration; and monthly median aerosol optical depth at 868 nanometres at Cape Grim under ...
2016 Graphd Monthly median aerosol optical depth at 868 nanometres at Cape Grim, 1996–2015 Monthly median aerosol optical depth at 868 nanometres at Cape Grim, 1996–2015 MonthlymedianAerosolOpticalDepth(AOD) 01/19860.076446957 02/19860.06693375 03/19860.053308571...
Trends in emissions
2016 Report Content2016 Climate Pressures Greater Melbourne Greater Sydney Absolute aggregate emissions Between 1990 and 2015, Australia’s national GHG inventory suggested that emissions...
Land use and management
2016 Report Content2016 Land State and trends North East Coast Great Barrier Reef Australia’s population is concentrated along the eastern, south-eastern and south-western coastal fringes...
Climate change is a key pressure on the Australian environment
2016 Report Content2016 Pressures Climate change is an increasingly important and pervasive pressure on all aspects of the Australian environment. Although our climate and its high natural variability from year to year have always been a major influence on the state...
Outlook under an 'improved future' scenario
2016 Report Content2016 Outlook An ‘improved future’ scenario for Australia’s environment would see innovation in policy, technical and associated management approaches to: halt and reverse the decline in the environment, and the ecological processes that maintain...
Understanding and research
2016 Report Content2016 Climate Effectiveness of management Tasmania Greater Melbourne In the 5 years since SoE 2011, international climate science has advanced significantly. The IPCC,...
Overview of state and trends of the land
2016 Report Content2016 Land State and trends Timor Sea Great Barrier Reef What has changed since 2011? The effects of the millennium drought in southern Australian (2000–10, although in...
Soil: Carbon dynamics
2016 Report Content... Convention on Climate Change (UNFCC) in 2015, and governs greenhouse gas emissions mitigation , adaptation and finance from ...
Box ATM5 Cape Grim: monitoring the health of the global atmosphere for 40 years
2016 Case Study... measurements ( Figure ATM25 ) are made of all significant greenhouse gases, ozone depleting substances, aerosols including black carbon, reactive ...
The physical environment: The atmosphere—climate and weather patterns
2016 Report Content2016 Antarctic environment State and trends Antarctica The physical environment includes both the nonliving factors that characterise an ecosystem (e.g. weather patterns, ice coverage, the...
Human influences on Antarctica
2016 Report Content... to Antarctica. For example, human-made chlorofluorocarbon gases have damaged the vital natural sunscreen provided by ozone in the ...
