Upload
keefe
View
58
Download
2
Tags:
Embed Size (px)
DESCRIPTION
Socioeconomic Benefits from Applications of Earth Satellite Observations: How to Quantify Benefits? Environmental Evaluators Network 2011 Forum Lawrence Friedl Applied Sciences Program NASA Earth Science Division 23-June-2011. - PowerPoint PPT Presentation
Citation preview
Socioeconomic Benefits from Applications of Earth Satellite Observations:
How to Quantify Benefits?
Environmental Evaluators Network2011 Forum
Lawrence FriedlApplied Sciences Program
NASA Earth Science Division
23-June-2011
Discovering and Demonstrating Innovative and Practical Applications of Earth Science
|1
NASA and Earth ScienceEarth Science Division
NASAisprimarilyfocusedonresearchanddevelopment.
TheNASAEarthScienceDivisionsupportsresearchontheEarthsystemanditsprocesses.Primaryeffortsaretocharacterize,understand,andimprovepredictionsoftheEarthsystem.
Inthecourseofperformingitsresearch,NASAcollectsobservationsandgeneratesnewscientificknowledgethatcanbeappliedtomeetorganizations’decision-makingactivities.
Technology
Missions
Research
Data Systems
Applications
The Applied Sciences Program funds projects that
enable practical and innovative uses of Earth
science data by public and private
organizations.
Goal 1: Enhance Applications Research
AdvancetheuseofNASAEarthscienceinpolicymaking,resourcemanagementandplanning,anddisasterresponse.Conductappliedresearchtogenerateinnovativeapplications.
Goal 2: Increase Collaboration
Pursuepartnershipstoleverageresourcesandrisksandextendtheprogram’sreachandimpact.
Goal 3: Accelerate Applications
Enableidentificationofapplicationsearlyinsatellitemissionlifecycleandfacilitateeffectivewaystointegrateend-userneedsintosatellitemissionplanning.
Applied Sciences ProgramProgram Strategy & Goals
http://AppliedSciences.NASA.gov
Outcomes are manifest in
organizations’ enhanced policy and management
decisions.
Impacts are the resulting
socioeconomic benefits from the
improved decisions.
Applied Sciences ProgramApplications Areas (USGEO 9 SBAs)
Energy
ClimateAgriculture Weather
OceansDisasters Ecosystems
Water Resources
Healthand Air Quality
|4
Emphasis in
4 Applications AreasSeek opportunities to expand to
5 additional areas
Applied Sciences ProgramProject Examples
|5
GlobalactivefirelocationsfromMODISFire/ThermalAnomaliesproductareprocessinrapidresponse.SMS/textmessagessentouttoemails&cellphoneswithkeyinfo(firecoordinates,time,distancetoreferencepoint).Forexample,parkmanagersusealertstoreduceillegalclearingandrespondtowildfires.
August2010:TransitionedtoUNFAOforon-goingoperationalsupport.
OMI SO2 – Iceland Volcano
15-apr-2010
ProjectsdevelopedanddemonstratedreliabledetectionofvolcanicashcloudsusingAura/OMISO2dataandotherNASAEarthsciencesatellitesensors.ProvenutilityledtoitsoperationalusebyNOAAtoformulateVolcanicAshAdvisories.ProductsusedextensivelyinIcelandvolcanoeruptioninApril2010.
February2011:TheNASAsatellitedatawereusedtoproducevolcanicashadvisoriesforaviatorsacrosstheGulfofMexicoduetotheFeb.1eruptionofthePopocatepetlvolcanoinMexico.
System Configuration
Applied Sciences Program
Performance, Evaluation, and Impacts● Substantiveprojectsandsuccessesinapplications;yetinabilityto
substantiatethesocioeconomicbenefits&impacts
● StrategicallyimportantforEarthsciencecommunitytohaveskills&abilities(orknowhowtoaccessthem)todocumentimpacts
-Needacrossregions,sectors,topics,datatypes,etc.
● Partofeffortisbridgingthesocialsciences&economicfieldswiththeEarthscienceandphysicalsciencefields.
In 2010, the Program began an initiative to conduct impact analyses and substantiate the socioeconomic benefits of selected
projects applying Earth observations in decision-making activities.
-Impactanalysesofprojects-Creationofcasestudiesacrossapplicationtopics-WorkshopstoconnectEarthscientistswithsocialscientists&economists.
Applied Sciences Program Impact Analyses
Characterize project and decision making. Design analysis and assess information and available data.
Identify impact metrics (e.g., number of malaria cases per
thousand)
Collect data on impact metrics
prior to inclusion of Earth obs. info
Collect data on impact metrics after inclusion of Earth observations info
After
Before
General Approach Theanalysisusedanadaptedexpectedvalueofinformation(VI)methodologytoassessthebenefits.Thevalueofinformationisafunctionofthebenefitsthatresultfromadecisionwithinformationcomparedtothedecisionthatwouldhavebeenmadewithouttheinformation.
Compare “before” & “after”, control for
random variation, and identify impacts
Usingthisapproach,thevalueofinformationprovidedbyaprojectwouldbe:
Value of Earth obs. info = (Outcome with information – Outcome without information)|7
Malaria Early Warning Project: TheMalariaEarlyWarningSystem(MEWS)amalgamatesinformationfromawidevarietyofsourcestosupportmalariaprevention.
The project integrated NASA TRMM, Aqua, Landsat, and other satellite observations of precipitation, temperature, and other environmental variables into MEWS for Africa to improve malaria prevention and reduce morbidity and mortality.
Malaria Early Warning Project: TheMalariaEarlyWarningSystem(MEWS)amalgamatesinformationfromawidevarietyofsourcestosupportmalariaprevention.
The project integrated NASA TRMM, Aqua, Landsat, and other satellite observations of precipitation, temperature, and other environmental variables into MEWS for Africa to improve malaria prevention and reduce morbidity and mortality.
BlueSky Project: BlueSkyisamodelframeworkdevelopedbytheU.S.ForestServicetopredictthesmokeeffectsfromwildfires,prescribedburns,andagriculturalburns.
The project integrated NASA MODIS and other remote sensing data into program to improve the timeliness and accuracy of BlueSky to support decisions on allowances of prescribed burns, analyze smoke emissions transport, and minimize smoke impacts on local communities.
BlueSky Project: BlueSkyisamodelframeworkdevelopedbytheU.S.ForestServicetopredictthesmokeeffectsfromwildfires,prescribedburns,andagriculturalburns.
The project integrated NASA MODIS and other remote sensing data into program to improve the timeliness and accuracy of BlueSky to support decisions on allowances of prescribed burns, analyze smoke emissions transport, and minimize smoke impacts on local communities.
Applied Sciences ProgramImpact Analyses
Program initiated an effort to calculate the societal benefit of the use of NASA Earth science products for decision support.
Initial analysis focused on two projects:
9
Value of Information and
Socioeconomic Benefits Workshop (2010)
Summary
WorkshoptoExamineAnalyticMethodsforDeterminingtheValueofInformation
-SupportseffortsinEarthobservationscommunitytoquantifysocietalbenefitsfromuseandapplicationofEarthobs.dataindecisionmaking
CommissionedbyESDAppliedSciencesOrganizedandHostedby:
Dr.MollyMacauleyResourcesfortheFuture(RFF)
10invitedpapersanddiscussants
Publicationplannedforsinglevolumeondevelopmentsinvalueofinformationresearchandapplications
June28-29,2010atRFFinWashington,DC
Topics & Organizations
-EarthObsinEnvironmentalRegulation:TheCaseofLandUseandPollution(USGS)
-MalariaDiagnostics(Harvard)
-LandCover&ClimateChangeMitigation(InternationalInstituteofAppliedSystemsAnalysis)
-EarthObs.andRiftValleyFeverVectors(GeorgetownUniv.)
-InformationandCatastrophe(RFF)
-PublicHealthInformation(Wharton/U.Penn)
-ConsumerChoiceandAdvertising(UMd)
-EarthObservationsandWeatherIndexInsurance(Columbia)
Applied Sciences ProgramPerformance, Evaluation, and Impacts
Familiarity with Terms
Economics & Policy Analysts- ShadowPrice
- DiscountRate
- MarginalUtility
- CobbDouglasFunction
- RevealedPreference
- BayesianInference
-PriceElasticity
-Pre-PostAnalysis
Remote Sensing & Earth Science- Orthorectification
- SyntheticAperture
- NearestNeighbor
- Kriging
- SupervisedClassification
- PassiveMicrowave
-OPeNDAP
-Spectroradiometer
Terms shared by both (though meanings may differ)
- Lagrangianfunction -SensitivityAnalysis- Probabilitydensityfunctions -MonteCarlo- MarkovProcesses -RegressionandR-squared
Applied Sciences ProgramPerformance, Evaluation, and Impacts
Familiarity with Terms
Economics & Policy Analysts- ShadowPrice
- DiscountRate
- MarginalUtility
- CobbDouglasFunction
- RevealedPreference
- BayesianInference
-PriceElasticity
-Pre-PostAnalysis
Remote Sensing & Earth Science- Orthorectification
- SyntheticAperture
- NearestNeighbor
- Kriging
- SupervisedClassification
- PassiveMicrowave
-OPeNDAP
-Spectroradiometer
Weshouldn’texpecteitherfieldtobecomeexpertintheother.Wedoneedtofindwaystomakeconnections.DesireisthatEarthsciencepeoplewillknowpeopletocontactinotherfieldstodoanevaluationandananalysisofsocioeconomicbenefits.
Earth Science & Evaluation
Assessment of Need & Opportunity
● NeedinEarthsciencecommunityforguidanceandexamplesonuseofanalytictechniquesandmethodologies
● Needfordevelopmentofcasestudiesandbodyofliteratureacrossdifferentsectors,typesofdecisionmaking,andapplicationstopics
Forexample,techniquestoarticulatebenefitsofEarthscienceforimprovedvolcanicashadvisoriesislikelydifferentthanforreservoirmanagementorfisheries.
-Dependingonthedecisionmaking,thetechniqueandmeasuremayneedtoaddressefficiency,productivity,cost,effectiveness,orothermetric.
● Alsoneedforgood‘stories’andhumaninterestanecdotes
-Relatethedataproductstoindividuals(directorindirect)
Next Steps
• NASAandESIPwouldliketocontinuetoworkwithEEN
• PossibleevaluationworkshopinthecontextoftheenvironmentalapplicationofEarthsciencedata
forESIPcommunity
forNASA-fundedEarthscienceprojectteams
• Trainingopportunitiesonanalytictechniquesforevaluation,impactanalyses,
• EENparticipationinESIPWintermeetinginWashingtonDC,January2012
NASA Earth Science Applied Sciences Program
LawrenceFriedl,ProgramDirector202.358.1599