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Summary and Recommendations from the Mexico City Workshop

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Title: Summary and Recommendations from the Mexico City Workshop


1


  • Summary and Recommendations from the Mexico City
    Workshop
  • Held October 10-11,2007


Brian Schwind, USFS Remote Sensing Applications
Center EOS-NPP Direct Readout Meeting
March 31 April 4, Bangkok
Thailand
2
Workshop Participants
  • Hosted by the Commission for the Knowledge and
    Use of Biodiversity (CONABIO) at Unidad de
    Seminarios - Universidad Nacional Autónomia de
    México University Campus in Mexico City
  • Nearly 60 participants representing 8 countries
  • Mexico
  • USA
  • Germany
  • Australia
  • Japan
  • Argentina
  • Trinidad/Tobago
  • Russia
  • Government, Academia,
    NGO, Commercial

3
Workshop Objectives
  • Presentation and discussion of
  • Status of current and updated land science
    products and algorithms (MODIS C5) and
    integration into the direct readout (DR)
    environment
  • Development and implementation of DR data
    processing and visualization technologies
  • Discuss requirements to ensure continuity of
    current land science product algorithms and
    applications with future sensor missions
  • Technical exchange between DR data producers and
    scientists on land and vegetation science
    algorithms and applications
  • Discuss regional/continental DR data integration
    networks

4
Status of the Land DR Environment
5
Land Product Algorithms/Code
  • Algorithms are developed without consideration
    for use in DR environment/community
  • Developed by space agencies intended for use by
    the science community
  • Standard products generated on centralized
    processing systems
  • Algorithm implementation for DR environment is
    not a primary responsibility for product science
    teams
  • Limited number of land products have been
    transitioned into the DR environment
  • Difficult to obtain timely algorithm updates, new
    algorithms
  • No efficient mechanism to provide feedback to
    science teams on product algorithm/code

6
Communication/Coordination
  • Land DR community is highly diverse and spread
    throughout the world
  • Academia/research
  • Government
  • NGOs
  • Private sector
  • Need to identify priorities and leverage common
    interests of DR ground stations with similar
    goals and needs
  • Currently few opportunities for land DR stations
    to interact
  • Share customized algorithms for regional
    adaptations
  • Share developed technologies and experience base
  • No structured mechanism for the land DR community
    to communicate with the land science teams,
    NASA-DRL, and NOAA-IPO programs

7
Available Sensors
  • Land DR community utilizes a range of sensing
    systems
  • Moderate resolution land DR practitioners (MODIS
    and AVHRR) do not have a forum dedicated to their
    community
  • A complete assessment of current/future satellite
    sensors that could be utilized for land
    applications has yet to be developed
  • Direct broadcast enabled
  • No direct readout subscription fee
  • Spatial/spectral specifications
  • Need to communicate with space agencies to
    identify other potential sensors that could be
    utilized for land DR applications (JAXA, ESA,
    ISRO, etc.)

8
Regional Data Networks
  • Application specific objectives (fire, floods,
    emergency response/support, etc.) have been
    established
  • Sentinel Asia
  • USDA Forest Service RSAC
  • CONABIO
  • GISTDA
  • GOFC-GOLD facilitates several regional networks
    of data providers and data users to increase the
    availability and utility of satellite data
  • Southern Africa Fire Network (SAFNET)
  • Land DR community needs to investigate similar,
    scalable networking opportunities to better
    support and enhance regional land applications

9
Future Sensors and Continuity
  • Planning and preparation amongst the DR community
    for the NPP/NPOESS VIIRS era is needed
  • EOS/NPP mission overlap is a primary concern for
    operational users addressing product continuity
  • Need to maintain continuity between MODIS land
    products and similar VIIRS environmental data
    records (EDRs)
  • Some MODIS land products are not VIIRS EDRs

Source NOAA IPO NPOESS
10
A Look at Existing Land DR Products
X in operational production B beta testing P
algorithm soon to be released for testing in
IPOPP
(Ground stations represented at Mexico City
workshop in October 2007)
11
Land DR Product Availability
  • Several sources for standard and custom source
    code for land DR algorithms
  • NASA-DRL is the portal for sanctioned land
    science DR code for EOS and NPP/NPOESS
  • Portal for sanctioned land science DR code for
    AVHRR
  • NOAA/NESDIS
  • Need for listing of sources
    of customized/regionally
    adapted land products code

12
Direct Readout Station Distribution
  • 125 X band stations in 30 countries acquiring
    MODIS (NASA)
  • 500 L band stations in 70 countries acquiring
    AVHRR (NOAA)
  • A complete census of active ground stations is
    needed
  • Currently no comprehensive census of active
    regional land DR networks
  • Europe
  • Asia
  • Australasia
  • Central Asia
  • N. America
  • S. America
  • Africa

13
X-band ground station sites Source NASA DRL
L-band ground stations sites Source NOAA
14
Issues and Needs within the Land DR Community
  • Concurrent breakout sessions focused on thematic
    and programmatic issues and led to several
    recommendations to the DR user community, mission
    programs and land science teams

15
Thematic Breakout Discussion Topics
  • Prioritize new land products for transition into
    land DR
  • Identify existing land DR products requiring
    enhancement/revision
  • Accessibility of land DR product code and related
    technologies
  • Data sharing networks Status and requirements
  • Cal/Val

16
Programmatic Breakout Discussion Topics
  • DR community coordination
  • Linkages between NASA DRL IPO algorithm
    division
  • Coordinate development of standard science
    products and DR algorithms and products
  • Considerations for future systems
  • Data availability
  • Open access
  • Continued DR planning/scheduling
  • Continuity
  • MODIS to VIIRS transition
  • International Polar Orbiting Processing Package
    (IPOPP)

17
(No Transcript)
18
Workshop Recommendations
19
Workshop Recommendations
  • Establish the International Land DR Coordinating
    Committee (ILDRCC) under the auspices of
    GOFC-GOLD
  • provide advice to the space agencies on priority
    land products for the DR domain
  • Provide feedback on current land algorithms/code
    and instrument calibration
  • coordinate participation in regional community
    validation and calibration and initiatives
    adopting international standards and protocols
  • coordinate with other discipline groups concerned
    with DR algorithms and products
  • promote the development of regional Land DR
    networks
  • promote the development of DR capability from
    international moderate resolution programs

20
Workshop Recommendations
  • NASA DRL serve as a central portal for priority
    land algorithms/code and data products from MODIS
    and VIIRS
  • Formal linkage established between the VIIRS
    direct readout mission and the IPO algorithm
    division

21
Workshop Recommendations
  • DRL works with the ILDRCC to help coordinate the
    development of priority DR products which are
    currently unavailable in the DR domain and
    implement these products within the IPOPP
    framework
  • Burned area
  • Live fuel moisture
  • Leaf area index
  • Evapotranspiration
  • Net primary productivity
  • others

22
International Land DR Coordinating Committee
NASA / NOAA NPOESS-IPO
DR Community
Alpha Test Teams
NPP Fire
Community Input / DR workshops
Land PEATE EDRs/ESDRs
DR Users
IPO
NASA DRL
NOAA CLASS Archive Distrib.
Community Land DR SPA Code
IPOPP
NGST SDR
SPA Wrapped EDRs
IDPS
Land EDRs
23
Workshop Recommendations
  • ILDRCC coordinates an annual workshop
  • Develop other communication tools to enable
    sustained dialogue within the DR user community

24
Next Steps
  • Leverage remote sensing conferences/meetings to
    develop awareness and solicit participation in
    ILDRCC
  • Develop a schedule of dedicated ILDRCC meetings
  • Develop and expand an ILDRCC website as a
    communication portal for the international DR
    community
  • Begin developing an inventory of existing DR
    stations, data networks, and land
    products/applications
  • Coordinate with DRL to prioritize and implement
    land products in IPOPP framework

25
Breakout Session 445-545
  • Overview of ILDRCC
  • Members and participation
  • Needed communication tools
  • Near term actions
  • Needs Concerns for Land DR Products and Product
    Improvement/Continuity
  • Review of product discussions in MX
  • Breakout participants - comments additions

26
Thank You
Workshop report available at http//www.conabio.g
ob.mx/conocimiento/premota/doctos/ http//www.fao.
org/gtos/gofc-gold/ land_direct_readout_report.pdf
  • International Direct Readout Coordination
    Committee
  • Committee Chairs
  • Tom Bobbe Rainer Ressl
    Craig Smith
    USDA Forest Service
    CONABIO
    Geoscience Australia
  • tbobbe_at_fs.fed.us Rainer.Ressl_at_conabio
    .gob.mx CraigJ.Smith_at_ga.gov.au
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