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Management of Alaskan wildfires for climate mitigation Carly - PowerPoint PPT Presentation

Management of Alaskan wildfires for climate mitigation Carly Phillips, Brendan Rogers & Peter Frumhoff Woods Hole Research Center October 9th, 2018 Rising temperatures RCP 2.6 RCP 8.5 Aggressive reductions Business as usual Carbon


  1. Management of Alaskan wildfires for climate mitigation Carly Phillips, Brendan Rogers & Peter Frumhoff Woods Hole Research Center October 9th, 2018

  2. Rising temperatures RCP 2.6 RCP 8.5 Aggressive reductions Business as usual

  3. Carbon storage Alaska • 18% of US land area • ~1/2 of US land carbon (Zhu and McGuire, 2016) Mishra & Riley, 2012 McGuire et al., 2016 (USGS)

  4. No mention of Alaskan wildfires

  5. Wil ildfire – in increasin ing in in area burned and cost

  6. Future projections Podur and Wotton [2010] Balshi et al. [2009] Terrier et al. [2014] Boulanger et al. [2014] Young et al. [2016] Wang et al. [2015] Krawchuk et al. [2009] North America Wotton et al. [2010] Bergeron et al. [2010] Flannigan et al. [2005] Euskirchen et al. [2009] Amiro et al. [2009] de Groot et al. [2003] Krawchuk and Cumming [2011] Girardin and Mudelsee [2008] Wotton et al. [2003] Flannigan and Van Wagner [1991] Genet et al. [2013] Flannigan et al. [2000] Bachelet et al. [2005] Eurasia Tchebakova et al. [2009] Dixon and Krankina [1993] Kirilenko [2002] 0 100 200 300 400 500 600 700 800 % increase in burned area by 2100

  7. Carbon storage Alaska • 18% of US land area • ~1/2 of US land carbon (Zhu and McGuire, 2016) • ~1/2 of US fire carbon emissions (Veraverbeke et al., 2017; van der Werf et al., 2017)

  8. Cost-Benefit Analysis Give everything a dollar value costs of suppression vs. damages from carbon emissions

  9. A quantitative measure of the long term damage done by a ton of carbon dioxide emissions in a given year $40-50/metric ton CO 2 Social Cost of Carbon (CO 2 ) EPA

  10. September 1, 2015 June 14, 2015 Alaska large fire years (2004, 2005, 2015) • Average 66 Tg C emitted • ~1/3 entire US land C sink • $2.2B – $19.1B using EPA’s social cost of C

  11. Cost-Benefit Analysis

  12. Data for CB Analysis Suppression costs from previous fire seasons ($) Emissions from previous fire seasons (CO 2 -> $) Ecosystem C storage (kg/km 2 -> $/km 2 )

  13. Local & Regional engagement

  14. Federal engagement

  15. We want our project to • Raise the profile of Alaskan wildfire and carbon • Recommend targeted changes to FMZs • Determine where and when suppression is an economically sound climate mitigation strategy

  16. Contact Information Carly Phillips – cphillips@ucsusa.org Brendan Rogers – brogers@whrc.org Peter Frumhoff – pfrumhoff@ucsusa.org Woods Hole Research Center Union of Concerned Scientists – ucsusa.org Woods Hole Research Center – whrc.org

  17. Cost-Benefit Analysis Cost - Pre-suppression Cost -Suppression Net-value change (NVC) Cost+NVC

  18. Fire forcings

  19. Stocks and Martell, 2016

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