Figure 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 A drawing ... part of the globe showing the thickness of the ozone layer on 24 September 2006. The ozone layer is thinnest above Antarctica and ...

Hobart Figure ATM5d Column ozone levels over Hobart, January 1979–2015 Hobart Column ozone levels over Hobart, January 2003–2015 Column ozone levels over Hobart, January 2003–2015 Ozone Ozone, 5-year running mean ...

Brisbane Figure ATM5c Column ozone levels over Brisbane, January 1979–2015 Brisbane Column ozone levels over Brisbane, January 1986–2015 Column ozone levels over Brisbane, January 1986–2015 Ozone Ozone, 5-year running ...

... Australia’s emissions in context Box ATM2 Stratospheric ozone The stratosphere is the layer of the atmosphere that begins at an altitude of around 10 kilometres. ...

... 4-hour averages ATM36a Annual average maximum 4-hour ozone concentration in major Australian cities a) maximum 4-hour averages Annual average maximum 4-hour ozone concentration in major Australian cities Annual average maximum 4-hour ...

Metropolitan cities' scorecard for ozone (four-hour) NEPM standard, based on analysis of air quality index values 1999-2014 Metropolitan cities' scorecard for ozone (four-hour) NEPM standard, based on analysis of air quality index values ... reporting cycles.   Metropolitan cities’ score card for ozone (four-hour) NEPM standard, based on analysis of air quality index values, ...

... circulation as a result of stratosphere cooling through ozone depletion and increasing levels of carbon dioxide, and variability in the ... 2–3 decades. There is increasing evidence that the ozone layer is starting to recover as a direct consequence of international controls ...

b) 95th percentile 4-hour averages Figure ATM36b Ozone concentrations, major cities, 1999–2014: a) maximum 4-hour averages; b) ... 4-hour averages Annual average 95th percentile 4-hour ozone concentration in major Australian cities Annual average 95th ...

... extent, but some areas are showing rapid decline. The ozone layer is starting to recover as a direct consequence of international controls ...

... of rocks, anthropogenic emissions that deplete ozone in the atmosphere). The physical environment: The atmosphere—climate ... Protocol was signed to improve the health of the ozone layer by restricting the use of CFCs and other ozone depleting substances. ...

... has been shielded from the effects of global warming by the ozone thinning commonly known as the ‘ozone hole’ ( Perlwitz et al. 2008 ), the warming is less than the global ...

... However, a few changes have been made. Stratospheric ozone, which was a component of the air quality section in SoE  2011, is limited to a discussion of stratospheric ozone across Australia, and stratospheric ozone related to the Antarctic ozone ...

... 2012 , Joughin et al. 2014 , Rignot et al. 2014 ). The ozone depletion and increase in atmospheric greenhouse gases caused by human ... A (2016). Emergence of healing in the Antarctic ozone layer. Science 353(6296):269–274. Klekociuk AR, Krummel PB, Tully MB, Gies ...

... Methane 0.55 0.1 Synthetic gases 0.36 0.04 Stratospheric ozone -0.05 Tropospheric ozone 0.4 0.2 Nitrous oxide 0.17 0.03 Solar irradiance 0.05 0.05 Land use -0.15 ...