Skip to Main Content
Fire emissions in central SiberiaAuthor(s): Douglas J. McRae; Susan G. Conard; Steve P. Baker; Yuri N. Samsonov; Galina A. Ivanova
Source: The Canadian Smoke Newsletter. Fall (2009): 9-13.
Publication Series: Miscellaneous Publication
PDF: View PDF (1.04 MB)
DescriptionWildfires in the Russian boreal forest zone are estimated to typically burn 12-14 million hectares (ha) annually [Cahoon et al. 1994; Conard and Ivanova 1997; Conard et al. 2002; Dixon and Krankina 1993; Kasischke et al. 1999]. Boreal forests contain about 21 percent of global forest area and 28 percent of global forest carbon [Dixon et al. 1994], yet data on the extent and impacts of fire in these forests related to actual burning conditions are scarce and often contradictory. While seemly very remote, smoke from Siberian biomass burning can easily reach North America via long range transport, and can at times constitute a significant amount of the pollution present in the Arctic (Amber et al. 2008).
- You may send email to email@example.com to request a hard copy of this publication.
- (Please specify exactly which publication you are requesting and your mailing address.)
CitationMcRae, Douglas J.; Conard, Susan G.; Baker, Steve P.; Samsonov, Yuri N.; Ivanova, Galina A. 2009. Fire emissions in central Siberia. The Canadian Smoke Newsletter. Fall (2009): 9-13.
Keywordswildfires, emissions, Siberia
- Appendix 1: Regional summaries - Alaska
- Appendix 2: Risk-based framework and risk case studies. Risk-based framework for evaluating changes in response thresholds and vulnerabilities.
- Appendix 3: Western mountain initiative synthesis. Response of western mountain ecosystems to climatic variability and change: a synthesis from the western mountain initiative
XML: View XML