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V iNCES – Weblabs on ecosystem services

V iNCES – Weblabs on ecosystem services. Workshop CODATA Atibaia – SP Brazil May 9. Pedro Luiz Pizzigatti Corrêa Universidade de São Paulo - Brazil Agricultural Automation Laboratory. Summary. Introduction ViNCES Weblabs: photosynthesis and pollinators System Architecture Future works.

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V iNCES – Weblabs on ecosystem services

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  1. ViNCES – Weblabs on ecosystem services Workshop CODATA Atibaia – SP Brazil May 9 Pedro Luiz Pizzigatti Corrêa Universidade de São Paulo - Brazil Agricultural Automation Laboratory Codata Workshop

  2. Summary Introduction ViNCES Weblabs: photosynthesis and pollinators System Architecture Future works Codata Workshop

  3. Virtual network center of ecosystem services Consortium of three research groups : • Collaboration of University of California, S. Diego – USA. Codata Workshop

  4. Virtual network center of ecosystem services Organized in Weblabs of Environmental Services: Codata Workshop

  5. Virtual network center of ecosystem services • Objectives: • Research • Allow remote access to field or lab experiments • Facilitate collaboration between researchers • Use an Advanced Internet for real-time video streaming: High Definition video • Education / training / decision making • Make available materials on biology/ keeping of bees • Reach wider audience: • Geographically distributed audience • different profiles • “commodity” Internet – Small Definition videos Codata Workshop

  6. Open top chamber weblab • Open Top Chambers (OTC) • Research tools to evaluate the effect of trace gases on vegetation • Experiments with normal andenrichedCO2 atmosphere • Plant responses • Plant potential as carbon sinks • Kyoto Protocol CO2 reservoir Codata Workshop

  7. Virtual network center of ecosystem services Monitoring System Codata Workshop

  8. BBB: Real Time Video Streaming Real time video and sound captured on the beehive Codata Workshop

  9. Audio monitoring and analysis • Audio acquisition inside a colony • Studies on audio inside a colony (communication) • x other conditions (weather, food availability, threats). • Patterns, spectra, level Partnership with James C. Nieh University of California, S. Diego Codata Workshop

  10. Virtual network center of ecosystem services Portal-Provider Weblabs Architecture Three components : Experiment, Weblab and Portal. Codata Workshop

  11. Virtual network center of ecosystem services System Architecture Integration of Welabs and Portal (SOA paradigm) Codata Workshop

  12. Virtual network center of ecosystem services Architecture Components Data Experiment Model Codata Workshop

  13. Virtual network center of ecosystem services Architecture Components Data Weblab Model Codata Workshop

  14. Virtual network center of ecosystem services Architecture Components Weblab MIB (WMIB) extract Codata Workshop

  15. Virtual network center of ecosystem services Architecture Components Portal Model Codata Workshop

  16. Virtual network center of ecosystem services Architecture Components Weblab model considering security requirements Codata Workshop

  17. Virtual network center of ecosystem services Future Works Apply a metadata standard to manage portal/provider Weblab interactions (EML – Ecological Metadata Language); Apply the consolidate architecture to the Weblab on photosynthesis and CO2 assimilation Laboratory. Codata Workshop

  18. Final comments • Next steps • Video databases: increase number of species/behaviors • Real time video • Higher resolution video • Complete connection to TIDIA network (Gbps) • Long term experiments • Web control over recording Codata Workshop

  19. Thank you! http://www.ib.usp.br/vinces Acknowledgements: FAPESP for the financial support Codata Workshop

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