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Click to edit Master title style Click to edit Master text styles Second level Third level Fourth level Fifth level 1 Future Changes in Conservation and Resource Management and Keeping Up With Climate Change Research Rebecca Shaw and Kirk Klausmeyer The Nature Conservancy November 15, 2007

10 - R.Shaw - Future Changes in Conservation and Resource ... · 9 adaptation models • Vulnerability is the sum of projected impacts and adaptive capacity • Assessing the capacity

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Page 1: 10 - R.Shaw - Future Changes in Conservation and Resource ... · 9 adaptation models • Vulnerability is the sum of projected impacts and adaptive capacity • Assessing the capacity

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• Click to edit Master text styles• Second level• Third level• Fourth level• Fifth level

1

Future Changes in Conservation and Resource Management and Keeping Up

With Climate Change ResearchRebecca Shaw and Kirk Klausmeyer

The Nature ConservancyNovember 15, 2007

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- To preserve the plants animals and

natural communities that represent

diversity of life on Earth by protecting

the lands and waters they need to survive

- 1600 terrestrial, aquatic, marine sites

-2500 “targets”

- 35% area of California

static reserve design

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adaptation best practices

• Manage for resilience• Adaptively manage• Key approaches

– Protect key ecosystem features– Protect large landscapes– Reduce anthropogenic stresses– Ensure representation– Ensure replication– Increase corridors/connectivity– Consider restoration

conservation

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what’s different now?

IPCC FAR 2007

Current GMT, IPCC FAR 2007

Commited GMT, Meehl et al. 2005

CA 2020-2049 MAT; Hayhoe et al. 2004 PNAS

CA 2070-2099 MAT; Hayhoe et al. 2004 PNAS

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addressing uncertainty of impacts

Impact assessment

model

AOGCMs

(23)

Down scaling method

Emissions scenarios

(7)

uncerta

inty

uncerta

inty

uncerta

inty

uncerta

inty

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adaptation models

• Vulnerability is the sum of projected impacts and adaptive capacity• Assessing the capacity to respond in the management community is equivalent to assessing adaptive capacity in the climate community

Assessimpacts

Evaluateadaptivecapacity

Assessvulnerability

Evaluateadaptation

options

Developadaptation

actions

Clim

ate

com

mun

ity

Assessgoals ,

impactsand

scenarios

Determinecapacity to

respond

Developmgmt

response

EvaluateMgmt

options Monitor

Re-evaluate

mgmtoptions

Res

ourc

e m

gmt

com

mun

ity

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adaptation model

• Assess goals, impacts and scenarios– Define management goals– Develop conceptual model of important

processes– Assess climate data needs and availability– Select impact assessment models– Develop sensitivity analyses to a range of climate

scenarios– Evaluate associated uncertainty – Evaluate and manage risk

• Evaluate management options• Determine capacity to respond• Develop management response• Monitor• Re-evaluate management options

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impact on biodiversity priorities

• Sycamore alluvial woodland

• Valley Oak Woodland• Serpentine grasslands • Montane forests and

woodlands (pine forests, black oak forests)

• Wetlands/vernal pools• Riparian forests• Blue oak woodland• Coast live oak annaula

grasslands• Chaparral• Scrub

• Blue oak• Coyote ceonothus• Tiburon Indian paintbrush• Santa Clara Valley dudleya• California tiger salamander• Steelhead• Mountain lion• Burrowing owls• Red-legged frog• Badger• Checkerspot butterfly

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bay checkerspot butterfly

Euphydryas editha bayensis

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assess goals, impacts and scenarios

– Define management goals• protect the Bay Checkerspot Butterfly and its habitat

– Develop conceptual model of temporal and spatial scales of important processes

• Temperature and moisture regimes in fall, winter, and spring– Assess climate data needs and availability

• downscaled IPCC FAR, 23 models, 3 scenarios, at 1 km2

– Develop sensitivity analyses to climate future• climate change surface

– Develop impact assessment• climate envelopes and dispersal rate

– Evaluate potential scenarios and associated uncertainty

• bracket outcomes– Understand and manage risk

• cost, institutional risk

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Define management goals

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Temperature

Precipitation

- Develop conceptual understanding of important processes

- Assess climate data needs and availability

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Develop future climate surface

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Develop impact assessment

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evaluate management options

Bay Checkerspot Butterfly• Assisted migration

• One-time costs: redesign plans, land acquisition, habitat restoration, ~ $20M

• Annual costs: relocation and monitoring, ~$50K/year

• Do nothing

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advancing capability to adapt

• Refine methodology - test on array of targets, services, and management systems include habitat fragmentation

• Define impacts, redefine management goals, strategies and geographic priorities for 2020-2049– Identify goals that are achievable, which are not, and

how they need to change • Define impacts, redefine management goals

strategies and geographic priorities for 2070-2099• Evaluate policy and regulatory barriers• Evaluate partnership opportunities• Manage for change at relevant temporal and

spatial scales

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• end