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Systems Approach: Serving our World . Interoperability. Interoperability. InputsOutputs OutcomesImpacts. Applying NASA’s system engineering approach and ESE results to support decision-making tools, predictions, and analysis for policy and management decisions. Science Models

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Systems Approach: Serving our World

Interoperability

Interoperability

InputsOutputs OutcomesImpacts

Applying NASA’s system engineering approach and ESE results

to support decision-making tools, predictions, and analysis

for policy and management decisions.

Science Models

GTEC, HOPE,

GISS2100, TEM,

POM, ROMS, …

Value & benefits to citizens and society

Decision

Support

Predictions

Policy

Decisions

Management

Decisions

Assessments:

Ozone, Global Warming, Carbon …

High Performance Computing,

Communication, & Visualization

Data

Systems:

HAZUS, CMAQ, AWIN …

Measurements

MOBY, SeaWinds,

Terra, MAMS, Aqua,

AVIRIS, Aura,…

Observations


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MosaicEnergy, water fluxes

CENTURYLand change/carbon

VolQuakeSeismicity

HSPFNutrienttransport

ANIMOSoilnitrogencycle

PRMSPrecipitationrun-off

MAESTROCanopybiomass

ROMSRegionalcirculation

MOM3Multi-scale ocean

CSIM4Sea-ice

NWW3Global/regional waves

BOMCoastal & shelf seas

GOTMTurbulence & mixing

CAM/CCMGlobal climate

GISS GCMClimate change

BEISBiogenic emissions

MSISEDensity, temperature

VAFTADVolcanic ash

PRECISRegional climate

LAND

OCEANS/ICE

ATMOSPHERE

GTEC

Terrestrial

Ecosystem Carbon

MM5

Mesoscale Meteorology

Atmosphere

Catchment LSM

Soil Moisture Transport

Aries/GEOS

Atmos. GCM

Poseidon, HYCOM

Ocean GCM

LOIS Land-Ocean

HadCM3 Ocean-Atmosphere

COLA Atmosphere-Land/Biosphere

ZEUS, CCSMLand-Ocean-Ice-Atmosphere

COUPLED MODELS

AOM

Atmosphere-Ocean

COUPMODEL

Soil-Plant-Atmosphere

Earth System Models


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Beyond Scientific Exploration…serving Society

Global Change

IPCC CCRI

NRC NCCTI

USGCRP WMO

Advanced

Weather

Prediction

NRC NOAA DOD

Natural Hazards

Nat’l. Hazards Ctr

NRC Roundtable

SESWG…

Earth

System

Knowledge

Earth Science Enterprise

Mission: Focus on weather, climate, and natural hazards

Operational Imperatives

FederalLocal

StateTribal

International

Private Sector

Science

Applications

Education

Technology & Missions

Earth Science Education

K-16 & Beyond


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Enabling science and technology for

  • Weather and climate for Energy Forecasting

  • Sequestration capacity monitoring for Carbon Management

  • Weather and climate for Agricultural Competitiveness

  • Weather and natural hazards for Aviation Safety

  • Weather, climate and natural hazards - Community Growth

  • Early warning for Homeland Security

  • Early warning for Public Health

  • Community preparedness for Disaster Management

  • Environmental Indicators for Coastal Management

  • Biological Invasive Species Management

  • Water Management and conservation

  • Weather and natural hazards for Air Quality management


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National Applications

Carbon

Management

Energy Forecasting

Public Health

Aviation Safety

Coastal Management

Water

Management

Homeland

Security

Disaster Preparedness

Agricultural

Competitiveness

Community Growth

Invasive Species

Air Quality


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Decision Support Systems

CCRI:

Carbon Management DSS

Aviation Safety:

AWIN

Energy Forecasting:

NREL DSS

Public Health:

RSVP

Homeland Security:

OHS Situation Center

Disaster Preparedness:

HAZUS


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Decision Support Systems

Community Growth:

Urban Growth DSS

Water Management:

AWARDS

Coastal Management:

HAB Forecast

Invasive Species:

NBII/NISC/CBI

Agricultural:

FAS Forecast

Air Quality:

CMAQ/Models-3


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Spatial Information Cycle

Prediction Models

NASA ESE

Research

Private

Intn’l

Public

EOS Data

Information

System

Earth

Observing

System

24 Measurement Sets

Decision

Support

Systems

Standards &

Interoperability

Tasking

Distribution

  • Evaluate

  • Verify

  • Validate

  • Benchmark

Data

Distribution/

Management

Data

Sources/

Measurements

Standards-

based

Products

Exploitation

Processing


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Stakeholder Communities

Public Sector

Private

Sector

Policy

Sector

ESE Applications Program

Expand and accelerate the realization of economic and societal benefits from Earth science, information, and technology.

International

Sector

Aerospace

Sector

Academic

Sector

Education

Sector

Science

Sector


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Enriching Earth Science Education

  • Provide the Nation with life-long learning opportunities about climate change research

  • Partner with educators to build human capacity to create effective decision support tools

Improving public awareness, appreciation and understanding of Earth system science and encouraging pursuit of careers in science and technology using NASA-unique content and resources


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Inspiring the Next Generation of Explorers

  • Using the Earth System Science concept to contribute to the way Earth science is taught

  • Influencing each stage of the education pipeline

    • Teacher-reviewed curriculum materials for K-12; 11,438 teachers trained in 344 workshops

    • Earth System Science Education curricula for colleges & universities; implemented at 44 to date

    • Sponsoring ~150 graduate student fellowships directly, with 50 additional students selected each year

    • Sponsoring 40 early career and education grants

  • Working with 25 museums to integrate NASA Earth science results into their evolving exhibits

    • Smithsonian Forces of Change Exhibit on El Nino

  • Partnering with the National Park Service, the Girl Scouts, Earth & Sky Radio, and others to increase public literacy in Earth science


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Learning through Telepresence

Context-Sensitive

Models & Decision

Support Tools

Context-Sensitive

Education Modules

4-D Internet

Visualization

Access to continuously updated education modules

on Earth science, remote

sensing technologies, missions, models, and

decision support tools

Access to continuously updated databases of Earth science data with capability to view time series

Access to continuously updated models and decision support tools for learning

how to run scenarios


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Educating for the End-to-End Information Flow

Petabytes 1015

Terabytes 1012

Gigabytes 109

Megabytes 106

WET

VERY

DRY

DRY

WET

WET

DRY

DRY

VERY WET

COLD

WARM

COLD

Calibration, Transformation To Characterized Geophysical Parameters

Interactive

Dissemination

Interaction Between

Modeling/Forecasting

and Observation

Systems

Multi-platform, multi-parameter, high spatial and temporal resolution, remote & in-situ sensing

Predictions

Access to Knowledge

Information

Synthesis

Advanced Sensors

Data Processing & Analysis


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Educating People for all Levels

Education

Earth Science & Technology

Future Scientists & Engineers

Scientific Discovery

Earth System Knowledge

Models

Earth Science Questions

  • Measurements & Monitoring

  • Satellites

  • Airborne

  • Ground-based

Policy Decisions

Assessments

Data Products

Decision Support Tools

Management Decisions

New Instruments & Platforms

Computational Modeling Capability

Adaptation to Operational Uses

Visualization

Technology

Applications


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