Global CO2 Emission Increased by 3% | Solamon Renewable Energy - 0 views
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kit pieta on 09 Aug 12"Global CO2 Emission Increased by 3% Posted on August 9, 2012 Global carbon dioxide emissions in the atmosphere continue to increase, reaching an all-time high of 34 billion tonnes, according to a study for the year 2011. The said results were published in the yearly "Trends in Global CO2 emissions" report, released by the Netherlands Environmental Assessment Agency and the European Commission's Joint Research Centre. Their data came from the Emission Database for Global Atmospheric Research (EDGAR). According to the report, there is a significant decrease in emission for countries belonging to the OECD (Organization for Economic Cooperation and Development. The 34 member countries account for around one third of the emissions worldwide and is equal to the combine emission share of India and China. In total, the carbon dioxide emissions globally increased by 3%, reaching a historic level of 34 billion tons. The three percent emission increase in 2011 exceeds the last decade's average yearly increase of 2.7%. However, carbon dioxide emissions from Japan and US has decreased by around 2% owing to mild winters, generally weak economic states and high oil prices, but the two nations still remain in the top emitter spots along with China, EU, India and Russia. China has registered the greatest increase in emission with 7.2 tons per capita or 9%, bringing an average Chinese carbon footprint on the level of an average European's. Meanwhile the US has reduced its emission by 2% due to high oil prices and high interest in natural gas, though it is still the highest emitter with 17.3 tonnes per capita. Japan and the European Union has also clocked a 2% and 3% decrease in their respective emissions while India's increased by 6%. As of now, the official figures on carbon emissions announced this week are based on where fossil fuels were burned but a committee report from UK suggested that it also include in the nation's calculation the energy expended on th