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Ozone
2016 , Report ContentAntarctica is warming, although changes in atmospheric circulation brought about by the Antarctic ozone hole have been a temporary mitigating factor that has reduced the overall amount of warming, primarily in summer
2016 Key FindingFigure ANT5 Map of the total-column amount of ozone in the atmosphere on 24 September 2006, as measured by the Ozone Monitoring Instrument on the Aura polar-orbiting satellite
2016 MapThere is increasing evidence that the ozone layer is starting to recover as a direct consequence of international controls on the use of human-made ozone depleting substances.
2016 Key FindingFigure ATM5d Column ozone levels over Hobart, January 1979–2015
2016 , GraphFigure ATM5b Column ozone levels over Darwin, January 1979–2015
2016 , GraphFigure ATM5c Column ozone levels over Brisbane, January 1979–2015
2016 , GraphFigure ATM5a Column ozone levels over Melbourne, January 1979–2015
2016 , GraphApproach - Atmosphere 2016
2016 Report ContentState and trends of the Antarctic environment 2016
2016 At a glanceFigure ANT7 October monthly average total-column ozone values for Halley Station, 1957–2015
2016 GraphATM36a Annual average maximum 4-hour ozone concentration in major Australian cities
2016 , GraphRegional cities' scorecard for ozone NEPM 4-hour standard, based on analysis of air quality index values, 1998-2014
2016, 2011 , Assessment summaryMetropolitan cities' scorecard for ozone (four-hour) NEPM standard, based on analysis of air quality index values 1999-2014
2016, 2011 , Assessment summaryFigure ATM25b Monthly mean concentration of tropospheric ozone at Cape Grim, 1982–2015
2016 , GraphAustralia’s emissions in context
2016 , Report ContentOverview of state and trends of the Antarctic environment
2016 Report ContentExecutive Summary - Antarctic environment
2016 Executive SummaryAntarctic environment: 2011–16 in context
2016 Report ContentHuman influences on Antarctica
2016 Report ContentFigure ATM36b Ozone concentrations, major cities, 1999–2014: a) maximum 4-hour averages; b) 95th percentile 4-hour averages
2016 , GraphFigure ANT6 Equivalent effective stratospheric chlorine for the Antarctic and Southern Hemisphere mid-latitudes derived from AGAGE global measurements of all major ozone-depleting substances and World Meteorological Organization 2014 scenarios
2016 GraphState and trends of the Antarctic atmosphere
2016, 2011 Assessment summaryThe physical environment: The atmosphere—climate and weather patterns
2016 Report ContentGlobal importance of Antarctica
2016 Report ContentFigure 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 , GraphRisks to the Antarctic environment 2016
2016 At a glanceThe physical environment: The Southern Ocean
2016 Report ContentAir quality in Australian cities is generally good
2016 Key FindingThe physical environment: The cryosphere
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