What is an Integrated Ecosystem Assessment? Steve Murawski & Emily Menashes NOAA Ecosystem Goal Team...
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What is an Integrated
Ecosystem Assessment?
What is an Integrated
Ecosystem Assessment?
Steve Murawski & Emily Menashes
NOAA Ecosystem Goal Team
March 27, 2007
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Integrated Ecosystem Assessments
Overview
Integrated Ecosystem Assessments
OverviewDefinition and Purpose of an IEA:
Support mission requirements (e.g., fisheries, sanctuaries, coastal, protected species)Enable ecosystem approaches to management (EAM)
Current and required capabilities to produce IEAsExamples of IEA componentsData requirements, modeling needsSpatial scale and resolutionRegional, national, and international dimensions
Strategies for progresscurrent effortscollaborations
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What is an Ecosystem Approach to Management
(EAM)?
What is an Ecosystem Approach to Management
(EAM)?“An ecosystem approach to management is one that provides a comprehensive framework for marine and coastal resource decision making. In contrast to individual species or single issue management, EAM considers a wider range of relevant ecological, environmental, and human factors bearing on societal choices regarding resource use.”……
“Look at the whole picture, not just the
parts.” Dave Goethel
New England Fishery Management Council
SIMOR Fisheries Constituent Listening Session
- October 2006
“Ecosystem approaches to ocean resource management are not well defined and we do not know how to implement them”
UN Law of the Sea Meeting, April 2006
The #1 Myth Concerning EAM:
…IEAs enable EAM
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Integrated Ecosystem Assessments
Definition
Integrated Ecosystem Assessments
DefinitionIntegrated Ecosystem Assessment (IEA):
“A synthesis and quantitative analysis of information on relevant physical, chemical, ecological and human processes in relation to specified ecosystem management objectives”.
An IEA: Is geographically specified, Incorporates multiple indicators of the physical environment,
human factors affecting ecosystems, and the abundance and production of ecosystem goods and services,
Establishes target levels and thresholds for important ecosystem components,
Evaluates the impacts of management options and risks of not attaining target ecosystem states.
IEAs are a tool, product and a process.
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IEA ProcessDriver-Pressure-State-Impact-
Response (DPSIR)
IEA ProcessDriver-Pressure-State-Impact-
Response (DPSIR)
Driver Pressure
State
Impact
Responseexample
agricultural &urban runoff
coastalnutrients
hypoxia
abundanceof LMRs
changeinputs
EcosystemIndicators
EcologicalModels
Forecasts &Risk Assessments
ManagementEvaluation
IEAs contain multiple DPSIRs
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Multiple Dimensions of Ocean & Coastal
EcosystemsExamples
Multiple Dimensions of Ocean & Coastal
EcosystemsExamples
States & Impacts
Physical Human-Relatedair temperaturesea temperature*weather patternswavessalinity*pHcirculation/currents*sea level*decadal indicesupwellingwind stresssediment transportfreshwater inputsea ice cover extreme events
nutrient inputcontaminantsmicrobiological inputsradioactive inputhydrocarbonsatmos. depositionwetlands changefishing effortvessel trafficbycatch non-native species introductionsmarine debriscoastal & seabed modificationsmarine sound
Species-abundance-biomass-recruitment
fishery catchfishery revenuerecreational useAquaculture productionnon-consumptive usessocial use and Importancetransportationcommerceenergy
Conditionsextent of hypoxiaHAB eventsinvasive species interactionsprimary production*secondary productionbenthic productionspecies richnessspecies diversityprotected species status & mortalityoverfishing statustrophic balancebody burden contaminantsdistributions of biotahuman factors
Goods & Services
* = IOOS priority core variables
Drivers & Pressures
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Some Components of IEAs reported by NOAA & other
Agencies
Some Components of IEAs reported by NOAA & other
AgenciesPrimary Focus:Ecosystem indicators
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Ecosystem Models & Forecasts to Assess Responses &
Understand Relationships
Ecosystem Models & Forecasts to Assess Responses &
Understand RelationshipsTypes of Models Used in IEAs
Food web dynamics & species interactions (tradeoffs) N-P-Z-D Models (nutrients, phytoplankton, zooplankton,
detritus) Population dynamics models Habitat selection models (benthic habitats, ocean conditions) Spatial dynamics (hydrodynamics, movement models,
human responses) Risk assessment & management strategy evaluation
(MSE) models Models necessary to understand complex multispecies and non-
linear relationships between pressures, states and impacts Quantitative risk assessments determine the probability and
consequences of not attaining target ecosystem states Impact analyses evaluate the benefits and costs of options to
attain desired ecosystem states
IEAs being implemented Internationally (EU, Canada)
IEAs being implemented Internationally (EU, Canada)
issues & challenges differ by sub-region
Nitrogen
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LME Sub-Region Local AreaData systems should allow
hierarchical assessmento t n m n m nt oun i ica a d a age e r s n to ommo t da ie eed e acc da ed
Regional DimensionsDetermining the appropriate spatial
scale for IEAs
Regional DimensionsDetermining the appropriate spatial
scale for IEAs
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National DimensionsComprehensive reporting
supports prioritization
National DimensionsComprehensive reporting
supports prioritization
Consistent reporting of a subset of variables will allow a national overview, viz: “Sn Snt r t Sss ssm nt eg a ed e eo t St tus o t So e a e ast n S n S osSst ms a a d cea c eo t n t St t s” e i ed a e
notIEAsas
defined
An Opportunity:
NOAA’s Regional Teams
IEAs being implemented Internationally (EU, Canada)
IEAs being implemented Internationally (EU, Canada)
issues & challenges differ by sub-region
Nitrogen
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Partnership RolesActing in concert with
constituents & partners
Partnership RolesActing in concert with
constituents & partnersIdentify appropriate spatial scales for IEAs
Determine key ecosystem issues
Incorporate all relevant ecosystem information and to prioritize the development of indicators
[determine targets and thresholds for management-related indicators, consistent with legislative authorities]
Evaluate the relationships between pressure and status indicators using appropriate research, models and forecasts
Provide routine reporting and updates on the status of the nation’s coastal and ocean ecosystems
SES Summit 2007: Integrated Ecosystem Assessments
14
Bays & Estuaries
PrivateProperty
Watersheds
Inland Seas
Open Coasts
LocalGovt.
Governance Hierarchy & Advisory Services
Mar
ine
Eco
syst
em G
eog
rap
hy
TerritorialWaters
EEZs
LMEs
High Seas
OceanBasins
GlobalOceans
RegionalGovt.
StateGovt.
StateCompact
FederalGovt.
RMORSO
GMOsGSOs
NGOs Academia
SES Summit 2007: Integrated Ecosystem Assessments
15
Bays & Estuaries
PrivateProperty
Watersheds
Inland Seas
Open Coasts
LocalGovt.
Governance & Advisory Services
Mar
ine
Eco
syst
em G
eog
rap
hy
TerritorialWaters
EEZs
LMEs
High Seas
OceanBasins
GlobalOceans
RegionalGovt.
StateGovt.
StateCompact
FederalGovt.
RMORSO
GMOsGSOs
NGOs Academia
LME Level Mgt.
Parad
ox of S
cale
SES Summit 2007: Integrated EcosysSES Summit 2007: Integrated Ecosystem Assessmentstem Assessments
1616
Fishery Management(council, state, state
Commissions,International agreements)
Protected Resource Management
(MMPA, ESA, BirdsEtc.)
Water QualityManagement
(EPA, states, etc.)
Other management authorities for navigation, sanctuaries,food quality/safety, international agreements, climate change, etc.
Coastal & EEZModifications
(COE, MMS, etc.)
Elements of Regional Ecosystem GovernanceAsymmetric costs and benefits among sectors
interaction
Need forcoordination
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Science StrategiesScience StrategiesDevelop consistent data standards and procedures among and within IEA regions to allow comparability and synthesis
Propose, develop and test suites of pressure and state indicators (some common to all regions, some unique to each)
Determine research priorities for understanding ecosystem responses to changes in physical and human pressures
Develop periodic reporting mechanisms for IEAs
Backup MaterialBackup Material
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Characteristics of EAM
Characteristics of EAM
An ecosystem is a geographically specified system of organisms (including humans), the environment, and the processes that control its dynamics.
Characteristics of EAM:adaptive, collaborative,incremental,takes account of ecosystem knowledge and uncertainties, considers multiple external influences,strives to balance diverse social objectives, andgeographically specified.
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Dimensions and Outcomes of IEAs
Dimensions and Outcomes of IEAs
An IEA addresses five dimensions:Status of the topic being consideredCauses and consequences of the statusForecast of future status with and without management actionCosts and benefits of possible management actionsEvaluation of past management actions’ success or failure.
A successful IA:Responds to policy relevant questionsQuantitatively identifies uncertainties in existing data and informationIncludes public participation and peer reviewIntegrates data across multiple disciplines:Uses existing high-quality data and informationForecasts future conditions and outcomes.
ScopingIdentify goals of EBM andthreats to achieving goals
Develop ecosystem indicatorsand targets
Risk Analysis
Characterization of susceptibility to
perturbation
Characterization of resiliency to perturbation
Assessment of ecosystem status relative to EBM goals
Management Actions
Data Acquisition
Monitoring of Ecosystem Indicators
ScopingIdentify goals of EAM andthreats to achieving goals
Develop ecosystem indicatorsand targets
Risk Analysis
Characterization of susceptibility to
perturbation
Characterization of resiliency to perturbation
Assessment of ecosystem status relative to EAM goals
Management Actions
Data Acquisition
Monitoring of Ecosystem Indicators
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Components of an IEA
Components of an IEA
An IEA typically consists of the following components:
Assessment of ecosystem baseline conditions (States)Assessment of stressors on the ecosystem (Drivers, Pressures)Prediction of the ecosystem status with no change in management actions (status quo response)Prediction of the ecosystem status under different management strategies to meet target states (optional responses)Evaluation of the success of management actions (update states relative to targets and thresholds)
N.B. Ecosystem status reports ARE NOT integrated ecosystem assessments (DPSIRs)
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Some Desirable Characteristics of
Ecosystem Indicators to Describe Ecosystem Pressures
and States
Some Desirable Characteristics of
Ecosystem Indicators to Describe Ecosystem Pressures
and StatesEasy to Understand
Responsive to Manageable Human Activities
Responses Linked in Time to Management Action
Easily and Accurately Measured
Low Responsiveness to Other Factors (e.g., multiple factors)
Measurable Over Large Portion of Area
Existing Data to Provide Historic Perspectives to inform the selection of Targets and Thresholds
Source: ICES Working Group on Ecosystem Effects of Fishing
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IEA ComponentsAlaska Ecosystem Conditions
Report – Trends
IEA ComponentsAlaska Ecosystem Conditions
Report – Trends
n t s t r st SSS o u s n t r or S ed i dica e e a ge a e i e ec d e m t r r s on n r S n t o st t r r sidd e i d a e i g e a d e e i d a eon n r nS o monstr t o r tS o r t m S i g ee de a e c a iai i e i e
t u s n som s r s n n rt S s not S e a e i e e ie a e ee i e ed a ed a st rSa
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Northeast Shelf Ecosystem Indicators
Northeast Shelf Ecosystem Indicators
65 70 75 80 85 90 95
Time Period
NAOGoM Temp
GB TempSNE Temp
MA Temp
GroundfishLand Elasmobranch Land
Trawl IncomeNo Vessels
Total BiomassMean Wt
Groundfish BiomassOther Biomass
Elasmobranch BiomassPelagic Biomass
Sp. RichnessSp. Evenness
PhysicalMetrics
HumanMetrics
Biotic Metrics
darker = larger/higher
Support for IEAsNOAA Ecosystem Goal TeamIntegrating Ecosystem Data,
Assessments, Models & Forecasts FY-09-13 Program Plan for EGT
Support for IEAsNOAA Ecosystem Goal TeamIntegrating Ecosystem Data,
Assessments, Models & Forecasts FY-09-13 Program Plan for EGT
NOAA’s Current Ecosystem Data Streams
Each with individual data archives
S r n se i g ecii S n m nt nc a age e ee
sd
EGT’s Vision:
Integratedregional dataprioritization,collection & archival
Enabling:Regional IntegratedEcosystemassessments
Supporting: enhancedModeling & forecasting
Regional Data Mgmt
$2M
Trophic Modeling $2M
Program Plan Investment: $8M in FY09
IEA Pilots $4M