geoss ip targets - disasters 2006-20072008-20112012-2015 in-situ observation new airborne sensor...

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GEOSS IP Targets - Disasters 2006-2007 2008-2011 2012-2015 In-situ observation New airborne sensor capabilities (hyper-spectral, hi-res IR, LIDAR) Integration Strengthen Int’l charter Products Access to SRTM data Space-based observation Address unmet needs: - Significant increase in S AR (C/X/L) - Optimized L-band SAR for InSAR & forests - Hyper-spectral for smoke & pollution plumes - Passive microwave for soi l moisture Geo-sat for non-weather purposes CEOS-assured continuity of critical observations Expansion of seismic network Inventory of hazard maps Expansion of inventory of hazard maps & migration to GIS using common standards Expansion of regional projects Integrated system of InSAR and GPS R/T monitoring of seismic, volcanic Activities and tsunami propagation Pilot studies Planning Prototyping Operational InSAR integrat ion to warning/predic tion sys Explore Lidar/InSAR topo graphy for low relief & coastal zones More automated satellite data processing systems for rapid hazard detection (oil spill, fires..) Systematic methods for rapid shallow bathymetry Develop methods for determining shallow bathymetry (tsunami apps) ndicates a substantial role for CEOS & space agencies DI 06-09 DI 06-02 DI 06-04 DI 06-13 DI 06-07

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Page 1: GEOSS IP Targets - Disasters 2006-20072008-20112012-2015 In-situ observation New airborne sensor capabilities (hyper-spectral, hi-res IR, LIDAR) Integration

GEOSS IP Targets - Disasters2006-2007 2008-2011 2012-2015

In-situ observation

New airborne sensor capabilities (hyper-spectral, hi-res IR, LIDAR)

Integration

Strengthen Int’l charter

ProductsAccess to SRTM data

Space-based observation

Address unmet needs:- Significant increase in SAR (C/X/L)

- Optimized L-band SAR for InSAR & forests- Hyper-spectral for smoke & pollution plumes

- Passive microwave for soil moisture

Geo-sat for non-weather purposes

CEOS-assured continuity of critical observations

Expansion of seismic network

Inventory of hazard maps

Expansion of inventory of hazard maps & migration to GIS using common standards

Expansion of regional projects

Integrated system of InSAR and GPS

R/T monitoring of seismic, volcanic Activities and tsunami propagation

Pilot studies

Planning Prototyping Operational

InSAR integration to warning/prediction sys

Explore Lidar/InSAR topography for low relief & coastal zones

More automated satellite data processing systems for rapid hazard detection (oil spill, fires..)

Systematic methods for rapid shallow bathymetry

Develop methods for determiningshallow bathymetry (tsunami apps)

Indicates a substantial role for CEOS & space agencies

DI 06-09

DI 06-02

DI 06-04

DI 06-13

DI 06-07

Page 2: GEOSS IP Targets - Disasters 2006-20072008-20112012-2015 In-situ observation New airborne sensor capabilities (hyper-spectral, hi-res IR, LIDAR) Integration

GEOSS IP Targets - Health2006-2007 2008-2011 2012-2015

In-situ observation

Integration

Products

Models Develop models relating RS datato epidemiology or disease

Develop human health indicatorsbased on environmental measure

Space-basedobservation Define High resolution

sensors for health

observations

Derive wide-area health parameters from satellite

Products & services integratingEarth science DBs with health info

Integrated Health information network

database

Inventory of EO DBs with potential health applications

Spec for new major obs capabilities

Spec for New major obs capabilities

Develop early detection sys for health-related change

Facilitate early detection and control of environmental risks

Better disease surveillance

Plan to fill-in RS gaps with necessary in-situ observations

Improved methods to fill in gaps

Improve access to historical RS data for health applns

User IF Define observation & data requirements

Coordination group of health organisations as EO users

Formation of global community

Planning Prototyping Operational

RS maps of gasses, aerosols, pollution

HE 06-03

HE 06-02

Page 3: GEOSS IP Targets - Disasters 2006-20072008-20112012-2015 In-situ observation New airborne sensor capabilities (hyper-spectral, hi-res IR, LIDAR) Integration

GEOSS IP Targets - Energy2006-2007 2008-2011 2012-2015

In-situ observation

Space-based observation

Integration

Product Exchange & use of data/products, forecast information

Model

Implement operational observing system - reliable & timely data for energy sector

Strategicplan

Develop strategic planto use new generation

systems

New energy-tailored products and services

Evaluation and revision of strategic plan

Implement operational observing system

Planning Prototyping Operational

Support development of new generation weather and climate models

EN 06-04

Page 4: GEOSS IP Targets - Disasters 2006-20072008-20112012-2015 In-situ observation New airborne sensor capabilities (hyper-spectral, hi-res IR, LIDAR) Integration

GEOSS IP Targets - Climate2006-2007 2008-2011 2012-2015

In-situ observation

Space-basedobservation

Integration

Model

Strategic plan

Develop a long-term strategyfor obs, data assimilation and modeling

Implement baseline networks:

GSN, GUAN, etc.

Establish data archive centers for ECVs, commitments for integrated global analysis of ECVs

Advances in predictability of climate

Implement GCOS-IP and IGOS Theme reports (59 CEOS actions identified)

Implement GCOS-IP and IGOS Theme reports

Intergovernmental mechanism for the terrestrial domain

Support research for devt of observations of key ECVs: ozone, aer

osols, CO2..

Develop data integration facilities

Dev. and operate new instruments for ECVs

Dev. and operate new instruments for ECVs

Promote re-analysis program

Integrated obs sys for Atmospheric chemistry

Planning Prototyping Operational

Establish strong international co-ord mechanisms (obs. or

gs,researchers, users)

CL 06-03

CL 06-01

CL 06-05

CL 06-02

Page 5: GEOSS IP Targets - Disasters 2006-20072008-20112012-2015 In-situ observation New airborne sensor capabilities (hyper-spectral, hi-res IR, LIDAR) Integration

GEOSS IP Targets - Water2006-2007 2008-2011 2012-2015

In-situ observation

Integration

Product

Model

User IF

Improve existing in-situ sys

Test global net of integrated in-situ sites

Test a fully integrated prototype data system with assimilation, analysis

& visualisation

Make integrated in-situ obs site operational

Operational integrated data system

Space-based observation

Study capabilities for:- surface water quality- streamflow and water storage (altimeters)

Integrated info on climate indices/ extreme events

Implementation plan for data integration system

Plan integrated in-situ network

3 hourly global precipitation

Integrated precip. and soil moisture products

(IGOS-P)

Int’l coord. mechanisms

GPM & Missions for surface & subsurface water stores

Plan water quality monitoring

System for monitoring WC changes

Data and info on water quantity and quality

to protoype expert decision support sys

Collaborative mechanism between obs and research community

Framework for ensemble hydro prediction

Gravity mission for ground water stores

New products for precipitation, soil moisture, evaporation and

evapotranspiration

Integrated water cycle data sets

Water level data collection sys

Planning Prototyping Operational

Routine watershed health indicators

AR 06-10

WA 06-01

WA 06-08

WA 06-02

WA 06-06

Page 6: GEOSS IP Targets - Disasters 2006-20072008-20112012-2015 In-situ observation New airborne sensor capabilities (hyper-spectral, hi-res IR, LIDAR) Integration

GEOSS IP Targets - Weather

2006-2007 2008-2011 2012-2015

In-situ observation

Space-based observation

Integration

Model

Invest in critical data gaps (wind & humidity profiles, ocean evaporation, soil moisture, precipitation)

Improve predictive models

Support WMO to Improve data and models

Invest in critical data gaps

Support WMO plan for regional in-situ observation networks

based on EUCOS model

New observation systems to cover specific observations-wind&humidity profiles at all levels

- temp profiles with adeq. vert resn in cloudy areas- precipitation- soil moisture

- surface pressure- snow equivalent water content

- etc

Support WMO for EUCOS expansion

feasibility

Sustained operations of dev. country regional centers for severe

weather warnings

Planning Prototyping Operational

Support WMO activities to improve data observation & models of

severe weather events & associated early warning systems - inc regional centr

es in dev. countries

Support WMO activities to improve data observation & models of

severe weather events & associated early warning systems - inc regional centr

es in dev. countriesWE 06-02

WE 06-01

WE 06-03

WE 06-04

Page 7: GEOSS IP Targets - Disasters 2006-20072008-20112012-2015 In-situ observation New airborne sensor capabilities (hyper-spectral, hi-res IR, LIDAR) Integration

GEOSS IP Targets - Ecosystem2006-2007 2008-2011 2012-2015

In-situ observation

Space-based observation

Integration

Product

Validate SAR and hyperspectral images

Implement global nitrogen obs system

Spatially-resolved information onecosystem change to deliver

sustainable ecosystem services

Global ecosystem mapping at 500 m resolution

Implement IGOS Carbon observing system

Coordinate ecosystem reference site network

Continuity of moderate to high-resolution EO satellites forLand cover & ocean colour

Study new sensors and platforms

Globally agreed ecosystemclassification scheme

Eliminate regional disparityin observations

Networking of obs institutions

Develop scale up tools

Rescue historical information

Global in-situ and airbone networksfor satellite validation

Baseline maps of global ecosystem properties

Monitoring of urban ecosystems

Planning

Prototyping Operational

Implement IGOS Carbon observing system

Planning

EC 06-01

EC 06-02

EC 06-07

Page 8: GEOSS IP Targets - Disasters 2006-20072008-20112012-2015 In-situ observation New airborne sensor capabilities (hyper-spectral, hi-res IR, LIDAR) Integration

GEOSS IP Targets - Agriculture

2006-2007 2008-2011 2012-2015

In-situ observation

Space-based observation

Integration

Product

Fully integ obs sys for on-time drought EWSfor food-insecure regions

Land cover mapping of 1:1M

On-time monitoring andinfo sys for significant events

fire, forest conversion, forest management

Use of geo-sat datain food-insecure regions

Global land cover product at 1:500,000 Global production capabilities:Land cover obs for 1:250,000Land use obs for 1:500,000

Use of agriculture, forestry,fishery production statistics

to pixel level

Establish role of satellite data in global farming systems database

Continuity of high-resolution imagery for monitoring logging in key biodiverse regions

Operational linkage of EO data to production and usage statistics Socio-economic data converted to pixel

Establish basis for continuity of high resolution

optical/radar sats (5-30m)

Global irrigated agriculture map & monitoring

Analytical tools and methods for agriculture risk assessment

Support completion of world soil and terrestrial DB at 1:1M

Global DB and assessment of agriculture

On-time monitor and info sys for significant event for land

degradation and desertification

Planning Prototyping Operational

On-time monitoring andinfo sys for significant events -

crop yields and crop water stress

Page 9: GEOSS IP Targets - Disasters 2006-20072008-20112012-2015 In-situ observation New airborne sensor capabilities (hyper-spectral, hi-res IR, LIDAR) Integration

GEOSS IP Targets - Biodiversity2006-2007 2008-2011 2012-2015

In-situ observation

Integration

Product

Strategic plan

Distributed obs network interoperable

through GBIF

Near-real time data on detection of Invasive organisms

Distributed biodiversity network integrated into policy system

Systematic monitor of biodiv. in all ecosystems

Obs network optimized incl. development of new sites

Develop obs strategies to support 2010CBD targets

Capture 10M new obs

Support data sys integration

Strategy for citizen-based Biodiversity obs system

Timely data and info for policy makers

Monitor sys for endangered species

Full operationality and integration of citizen-based obs sys

Capture 12M new obs per annum Addition of 15M new data points yearlyplus trend and analysis capabilities

Planning Prototyping Operational

Space-based observation None identified

BI 06-01

BI 06-03

Page 10: GEOSS IP Targets - Disasters 2006-20072008-20112012-2015 In-situ observation New airborne sensor capabilities (hyper-spectral, hi-res IR, LIDAR) Integration

GEOSS IP Targets - Commonalities2006-2007 2008-2011 2012-2015

Integration

Product

Strategic plan

Periodic demo of overall progress of interoperability achieved towards

the GEOSS

Optimum use of GEOSS data and infoSharing of best practice

for development of products customized for

specific SBA

Strategic and tactical guidance on how to converge sys and

interoperability

Interoperability among data sets

Formal commitments

Joint evaluation of prototype sys of sys and operational

research demonstration

Plan to sustain and evolve sys of sys beyond 10 years

Planning Prototyping Operational

See Architecture

Page 11: GEOSS IP Targets - Disasters 2006-20072008-20112012-2015 In-situ observation New airborne sensor capabilities (hyper-spectral, hi-res IR, LIDAR) Integration

GEOSS IP Targets - Architecture2006-2007 2008-2011 2012-2015

IntegrationFormal commitments - incl. to interoperability

Analysis of systems for data transfer &dissemination by GEOSS members

Network-distributed catalogue of GEOSS participants and components

Process for reaching interoperability

Use of SDI components in areas such as geodetic reference frames, common

geographic data

In-situ observation Baseline sites for global in-situ networks

Cost-and-benefit sharing mechanism to assist devt. of optimal obs. systems

Framework for future continuity of obs and initiating new obs

Common understanding on future global data dissemination capability

AR 06-08

AR 06-01

AR 06-02

AR 06-03

AR 06-04

AR 06-05

AR 06-06

AR 06-09

AR 06-10

Page 12: GEOSS IP Targets - Disasters 2006-20072008-20112012-2015 In-situ observation New airborne sensor capabilities (hyper-spectral, hi-res IR, LIDAR) Integration

GEOSS IP Targets – Data & Users2006-2007 2008-2011 2012-2015

Product

Strategic plan

Mechanism for coordinating

user needs within SBAs

Common data, metadata, products across SBAs

Life cycle data management, incl. analysis, visualization of large volume data

International info sharing capabilities, incl. Internet-based services

Sharing of data and products and theirUse in decision making support

Protection of radio frequency

Efforts for enhanced data availability and usability beyond 10 years

Integration

Planning Prototyping OperationalDA 06-01

DA 06-02

DA 06-03

DA 06-05

DA 06-09

Page 13: GEOSS IP Targets - Disasters 2006-20072008-20112012-2015 In-situ observation New airborne sensor capabilities (hyper-spectral, hi-res IR, LIDAR) Integration

GEOSS IP Targets – Capacity Building2006-2007 2008-2011 2012-2015

Strategic plan

Comprehensive review and gap analysis Produce monitoring and

evaluation mechanism of CB effortsMethodologies to monitor and evaluate CB initiatives for EO

Encourage CB components in SBAs

Establish baseline sites for global in-situ and RS networks

Funding of multinational projects, incl. establishment of infrastructure

Strengthen education, research and

communications

Network of experts

Facilitate access to data and models particularly for developing Countries

Education and training to provide a global base of technical expertise

Sustained CB strategy that significantlystrengthens capabilities of DCs in:-use, access, analysis, integrate dataand products, improve infrastructure

Recommended priorities for new CB

Education/Training

Institutional/Infrastruct.

Planning Prototyping Operational

CB 06-01

CB 06-02

CB 06-03

CB 06-04

Page 14: GEOSS IP Targets - Disasters 2006-20072008-20112012-2015 In-situ observation New airborne sensor capabilities (hyper-spectral, hi-res IR, LIDAR) Integration

GEOSS IP Targets - Outreach

2006-2007 2008-2011 2012-2015

All target audience should be reachedImplement outreach plan Outreach

Planning Prototyping Operational

OR 06-01

OR 06-02

OR 06-03

OR 06-04

OR 06-05

OR 06-07

AR 06-06

Page 15: GEOSS IP Targets - Disasters 2006-20072008-20112012-2015 In-situ observation New airborne sensor capabilities (hyper-spectral, hi-res IR, LIDAR) Integration

A system of Systems - Space-based observation -

2006-2007 2008-2011 2012-2015

Disaster

Health

Climate

Watercycle

Weather

Ecosystem

Strengthen Int’l charterAddress unmet needs:- Significant increase in SAR (C/X/L)- Optimized L-band SAR for InSAR & forests- Hyper-spectral for smoke & pollution plumes- Passive microwave for soil moisture

Geo for non-weather purposes

CEOS-assured continuity of critical observation

Define wide-area health parameters from sat

RS maps for gasses and aerosols, pollutions

Spec for new major obs capabilities Plan to fill-in RS gaps with necessaryin-situ observations

Define hi-res sensors for health observations

Implement operational observing system - reliable & timely data for energy sector

Energy

Implement GCOS-IP and IGOS Theme reports (59 actions identified)

Support research program for devt of obs of key ECVs: ozone, aerosols, CO2..

Dev. and operate new instruments for ECVs

Study capabilities for:- surface water quality- streamflow and water storage (altimeters)

3 hourly global precipitation GPM & missions for surfaceand subsurface water stores

Plan water quality monitoring

Gravity mission for ground water stores

Invest in critical data gaps (wind & humidity profiles, ocean

evaporation, soil moisture, precipitation)

Support WMO activities to improve data observation & models of severe weather events & associated early warning systems - inc regional centres in dev. countries

New observation systems to cover specific observations-wind&humidity profiles at all levels- temp profiles with adeq. vert resn in cloudy areas- precipitation- soil moisture- surface pressure- snow equivalent water content- etc

Global ecosystem mapping at 500 m resolutionContinuity of moderate to high-resolution EO satellites for la

nd cover & ocean colour

Study new sensors and platforms

Agriculture Land cover mapping of 1:1MUse of geo sat data

In food insecure regions

Global land cover product at 1:500,000

Global production capabilities:Land cover obs for 1:250,000Land use obs for 1:500,000

Establish role of sat data in global farm sys DB

Continuity of high resolution optical/radar sats (5-30m)

Explore lidar/InSAR topography for low relief& coastal zones

Develop methods for determiningshallow bathymetry (tsunami apps)

Routine watershed health indicators

Implement IGOS Carbon observing system

Establish utility of SAR & hyperspectral

Page 16: GEOSS IP Targets - Disasters 2006-20072008-20112012-2015 In-situ observation New airborne sensor capabilities (hyper-spectral, hi-res IR, LIDAR) Integration

A system of Systems - Integration -2006-2007 2008-2011 2012-2015

Disaster

Health

Climate

Watercycle

Ecosystem

Agriculture

InSAR integration to warning and prediction system

Integrated system of InSAR and GPS

Products and services integrating Earth science DBs with health info

Integrated Health info network database

Inventory of EO DBs with potential health applications

Develop early detection system for health-related change Facilitate early detection and control of environmental risks

Establish data archive centers for ECVs, commitments for integrated global analysis of ECVs

Develop data integration facilities Promote reanalysis program

Integrated obs sys for atmos. chem.

Test a fully integrated prototype data systemwith assimilation, analysis & visualisation

Operational integrated data systemImplementation plan for dataintegration system

System for monitoring WC changes

Support WMO for new regional dev ctry centers for severe weather warning Sustained operations of regional centersWeather

Implement global nitrogen obs sys Spatially-resolved information on ecosystem change for sustainable ecosystem services

Implement IGOS Carbon obs system

Globally agreed classn. scheme

Eliminate regional disparity

Develop scale up toolsMonitoring of urban ecosystems

Fully integ obs sys for on-time drought EWS

On-time monitoring andinfo sys for significant events:- fire, forest conversion & mgt

Use of agriculture, forestry, fishery production statistics

to a pixel level

Operational linkage of EO data to statistics Socio-economic data converted to pixel

On-time monitoring & infosys for significant events

Global DB and assessment of agriculture

On-time monitor and info sys for landdegradation and desertification

Biodiversity Near-real time data on invasive organisms Distributed biodiversity network integrated into policy system

Support data sys integrationFull operationality and integration of

citizen-based obs sys

Analytical tools and methods for Agriculture risk asessment

Page 17: GEOSS IP Targets - Disasters 2006-20072008-20112012-2015 In-situ observation New airborne sensor capabilities (hyper-spectral, hi-res IR, LIDAR) Integration

A system of Systems - Products -

2006-2007 2008-2011 2012-2015

Disaster

Health

Watercycle

Weather

Ecosystem

Energy

Historical RS data

Exchange & use of data/products, forecast info

New energy tailored products and services

Integrated precip. and soil moisture products(IGOS-P)

Data and info on water quantity and qualityto prototype expert decision support system

New products for precipitation, soil moisture, evaporation and evapotranspiration

Integrated water cycle data sets

Rescue historical info Baseline maps of global ecosystem properties

Global irrigated mapsAgriculture

Access to SRTM data

Inventory of hazard maps

RS maps of gasses, aerosols, pollution

Integrated info on climate indices/ extreme events

Timely data and info for policy makersBiodiversity

Expansion of inventory of hazard maps

Page 18: GEOSS IP Targets - Disasters 2006-20072008-20112012-2015 In-situ observation New airborne sensor capabilities (hyper-spectral, hi-res IR, LIDAR) Integration

A system of Systems - Model -

2006-2007 2008-2011 2012-2015

Health

Climate

Weather

Energy

Develop model relating RS datato epidemiology or disease

Develop human health indicatorsbased on environmental measure

Support development of newgeneration weather and climate models

Advance in predictability of climate

Framework for ensemble hydrologic predictionWater

Improve predictive models

Ecosystem

Prototype expert decision support system

Support WMO to Improve data and models