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Title:	Impact of Wood Combustion for Secondary Heating and Recreational Purposes on Particulate Air Pollution in a Suburb in Finland
Source:	Environmental Science & Technology [0013-936X] Yli Tuomi, Tarja yr:2015

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description	9.	Ian Reeve, Ian H. "“This is not a burning issue for me”: How citizens justify their use of wood heaters in a city with a severe air pollution problem." Energy policy 57 (2013): 204-211.
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description	20.	Torvela, T. "Reference Particles for Toxicological Studies of Wood Combustion: Formation, Characteristics, and Toxicity Compared to Those of Real Wood Combustion Particulate Mass." Chemical research in toxicology 27.9 (2014): 4294967295-1527.