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Global Climate Change 1 Prof J. Hicke
GEOG 313/513 Fall 2014
Learning outcomes
understand mi�ga�on and adapta�on, and know the differences and interac�ons
describe ways of mi�ga�ng future climate change
understand the aspects of climate change preparedness planning (impacts, vulnerability, risk assessments, adapta�on plans)
list human or natural “assets” subject to vulnerability and in need of adapta�on
be aware of ethical issues about climate change, mi�ga�on, and adapta�on
Sec�on 10: Ac�on
Global Climate Change 2 Prof J. Hicke
Sec�on 10: Ac�on
Outline
10.1 Mi�ga�on 10.2 Adapta�on
Global Climate Change 3 Prof J. Hicke
en.wikipedia.org/wiki/Representa�ve_Concentra�on_Pathways#mediaviewer/
File:All_forcing_agents_CO2_equivalent_concentra�on.png Inman, Nature Climate Change, 2011
Representa�ve Concentra�on Pathways (RCPs)
CO2 emissions (fluxes) CO2 concentra�ons (stocks)
Global Climate Change 4 Prof J. Hicke
“The benefits of strong, early ac�on on climate change outweigh the costs”
Stern Review: The Economics of Climate Change, 2006
Global Climate Change 5 Prof J. Hicke
Exis�ng power technologies used widely
en.wikipedia.org/wiki/Ca�enom_Nuclear_Power_Plant
Kitchen, 2013 © 2014 Pearson Education, Inc.
Kitchen, 2013 © 2014 Pearson Education, Inc.
Global Climate Change 6 Prof J. Hicke
Emerging power technologies
Kitchen, 2013 © 2014 Pearson Education, Inc.
Global Climate Change 7 Prof J. Hicke
Infographic about climate change from World Bank
www.worldbank.org/en/news/feature/2014/11/23/infographic-‐climate-‐change-‐la�n-‐america-‐middle-‐east-‐central-‐asia
La�n America and the Caribbean
Eastern Europe and Central Asia
Middle East and North Africa
Global Climate Change 8 Prof J. Hicke
Infographic about climate change from World Bank
www.worldbank.org/en/news/feature/2014/11/23/infographic-‐climate-‐change-‐la�n-‐america-‐middle-‐east-‐central-‐asia
Global Climate Change 9 Prof J. Hicke
Pathways to stabilizing CO2 emissions
Pacala and Socolow, Science, 2004
With exis�ng technologies, can society stabiliza�on CO2 emissions? Need 7 technologies, each of which reduces emissions in 50 years by 1 Gt C/year (a “wedge”). (Now 9 are needed because of no ac�on since 2004.)
Global Climate Change 10 Prof J. Hicke Pacala and Socolow, Science, 2004
energy conserva�on and efficiency
fuel switching, C capture storage
15 wedges:
alterna�ve energy sources
land management
Pathways to stabilizing CO2 emissions
Global Climate Change 11 Prof J. Hicke Kitchen, 2013 © 2014 Pearson Education, Inc.
Carbon capture and storage
Global Climate Change 12 Prof J. Hicke
Current fossil fuel+cement emissions = 26,000 Mt CO2/yr
Mi�ga�on op�ons in agriculture
IPCC, Working Group III, 2007
Global Climate Change 13 Prof J. Hicke
In 2030
Mi�ga�on op�ons in agriculture
IPCC, Working Group III, 2007
Global Climate Change 14 Prof J. Hicke
Current fossil fuel+cement
emissions = 26 Gt CO2/yr
Cumula�ve C by 2050 and by 2100
Mi�ga�on op�ons in forestry
IPCC, Working Group III, 2007
Global Climate Change 15 Prof J. Hicke
Current fossil fuel+cement emissions = 26 Gt CO2/yr
Cumula�ve CO2 by 2055
Mi�ga�on op�ons in forestry
IPCC, Working Group III, 2007
Global Climate Change 16 Prof J. Hicke Kitchen, 2013 © 2014 Pearson Education, Inc.
Geoengineering possibili�es
Global Climate Change 17 Prof J. Hicke
Sec�on 10: Ac�on
Outline
10.1 Mi�ga�on 10.2 Adapta�on
Global Climate Change 18 Prof J. Hicke Glick et al. 2011
whether or how a system is affected by a change in
climate
how much climate change a system will experience ability to
minimize impact
risk assessment, adapta�on plan to minimize effect
suscep�bility of a system to adverse effects from climate
change
Climate change impact and vulnerability assessments
Global Climate Change 19 Prof J. Hicke Glick et al. 2011
Example: building A/C turn-‐on in spring
turn on A/C when daily maximum temperature
exceeds 62 ºF
spring temperature will increase by 5 ºF by
2030 short term: turn on A/C earlier
long term: building modifi-‐ca�ons
low (but costly)
turn-‐on day will advance by three
weeks
risk assessment, adapta�on plan to minimize effect
Global Climate Change 20 Prof J. Hicke
iden�fy aspects of INL that could be affected by climate change
quan�fy how these systems/components will respond
determine the capacity to adapt to minimize impact
assess climate change risks (consequence × probability) develop adapta�on plan to minimize nega�ve impacts
Goals of climate adapta�on planning
www.id.doe.gov www.inl.gov Dalton et al., 2013
Global Climate Change 21 Prof J. Hicke
Physical assets and real property redistribu�on of popula�on hydropower energy produc�on disrup�on availability of potable and non-‐potable water probability/severity of fire storm events/flooding/erosion decreased hea�ng needs in winter increased cooling needs in summer electrical shortages sea level rise hurricanes coastal erosion fuel supply disrup�on due to severe storms
Programma�c
increased energy, water costs opportuni�es for clean energy development
and deployment groundwater remedia�on budget considera�ons historical or cultural preserva�on on DOE lands landfill/waste sites
Examples of systems/components poten�ally vulnerable to climate change (at DOE level)
Human health and safety disease quality of life heat stress transporta�on infrastructure
disturbances, including to DOE facili�es and supply chain
DOE 2014 Interim Climate Change Adapta�on Plan
Global Climate Change 22 Prof J. Hicke
Is the system already able to accommodate changes in climate? Are there barriers to a system's ability to accommodate changes in climate?
Is the system already stressed in ways that will limit the ability to accommodate changes in climate?
Is the rate of projected climate change likely to be faster than the adaptability of the system?
Are there efforts already underway to address impacts of climate change related to the system?
Considera�ons for determining adap�ve capacity
USDOT FHA, 2012; Snover et al., 2007 Glick et al. 2011
Global Climate Change 23 Prof J. Hicke
combine: exposure (climate change informa�on) sensi�vity (response to climate change) adap�ve capacity
two approaches
quan�ta�ve analysis (uncommon) expert opinion
yields low/medium/high ra�ng
Determining vulnerability
USDOT FHA, 2012; Snover et al., 2007 Glick et al. 2011
Global Climate Change 24 Prof J. Hicke
Iden�fying sectors/systems/components at INL that could be affected by climate change
Glick et al. 2011
Need to consider both direct and indirect effects
Global Climate Change 25 Prof J. Hicke
INL impact and vulnerability assessment sensi�vity exposure
adapt. capacity impact vuln.
Glick et al. 2011
Global Climate Change 26 Prof J. Hicke IPCC, WG2, 2013
Global Climate Change 27 Prof J. Hicke
Recommended in general plans Nat. Clim. Assessment, 2014
States with Climate Adapta�on Plans
Global Climate Change 28 Prof J. Hicke
village reloca�on because of sea level
rise, erosion
upgrading sewer systems
LA: $10 M for resiliency (planning, capacity, guidance)
ci�es formed adapta�on alliance
to share info
Na�onal Climate Assessment, 2014
Current adapta�on ac�vi�es
Global Climate Change 29 Prof J. Hicke
USDA Forest Service climate adapta�on plans
slide courtesy Dave Peterson, USFS
Global Climate Change 30 Prof J. Hicke
Global Climate Change 31 Prof J. Hicke
American Society of Adapta�on Professionals
Global Climate Change 32 Prof J. Hicke
Global Climate Change 33 Prof J. Hicke
Vulnerabilities and adaptation WATER
Vulnerability Higher peak flows in fall
and winter
Adaptation strategy Design infrastructure to
accommodate higher peak flows
Slide courtesy of D. Peterson, USFS
Global Climate Change 34 Prof J. Hicke
Vulnerabilities and adaptation WATER
Vulnerability Higher peak flows in fall
and winter
Adaptation tactics Install larger culverts Decommission roads in
floodplains Relocate campgrounds
subject to flooding
Slide courtesy of D. Peterson, USFS
Global Climate Change 35 Prof J. Hicke
Vulnerabilities and adaptation FISHERIES
Vulnerability Higher stream
temperatures will degrade habitat
Adaptation strategy Restore and maintain
cold-water habitat
Slide courtesy of D. Peterson, USFS
Global Climate Change 36 Prof J. Hicke
Vulnerabilities and adaptation FISHERIES
Vulnerability Higher stream
temperatures will degrade habitat
Adaptation tactics Map cold-water habitat Restore side channels Increase shade in
riparian areas
Slide courtesy of D. Peterson, USFS
Global Climate Change 37 Prof J. Hicke
Vulnerabilities and adaptation VEGETATION
Vulnerability Wildfire will burn more
area and over a longer fire season
Adaptation strategy Increase resilience of
forest ecosystems to more frequent fire
Slide courtesy of D. Peterson, USFS
Global Climate Change 38 Prof J. Hicke
Vulnerabilities and adaptation VEGETATION
Vulnerability Wildfire will burn more
area and over a longer fire season
Adaptation tactics Reduce stand densities Accelerate hazardous
fuel treatments Manage for diversity of
stand ages Slide courtesy of D. Peterson, USFS
Global Climate Change 39 Prof J. Hicke
1. restraint (do nothing) 2. resilience (buy �me)
facilitate an ecosystem’s or organism’s ability to rebound/recovery from a disturbance
remove other stressors (invasive species, human pressure)
thin forests to decrease drought vulnerability
3. resistance (buy �me) fuel breaks to stop wildfires controlling insect outbreaks drip irriga�on
4. realignment (long-‐term change) assisted migra�on plant with species be�er adapted to new/future climate following severe disturbance
mixing genotypes from other regions (that may be more resilient/resistant)
Adapta�on op�ons in wilderness areas
Global Climate Change 40 Prof J. Hicke
“Whitebark pine (Pinus albicaulis) assisted migra�on poten�al: tes�ng establishment
north of the species range”
McLane and Aiken, Ecol. Appl., 2012
Assisted migra�on of species
Global Climate Change 41 Prof J. Hicke
Trial loca�ons (black dots)
Seed sources (white squares)
McLane and Aiken, Ecol. Appl., 2012
Assisted migra�on of species
Global Climate Change 42 Prof J. Hicke
Results of trials
McLane and Aiken, Ecol. Appl., 2012
coldest sites
Assisted migra�on of species
Global Climate Change 43 Prof J. Hicke