1. GEO Chile Capacity Building WG
GCI Workshop
GEO Chile Capacity Building WG
Dr. Lucia Lovison-Golob
Coordinator of GEO Chile Capacity Building WG
Geospatial Director
Afriterra Foundation
Sat-Drones
Data & metadata are registered to GCI, data can be searched, accessed, discovered , integrated.
Data from different sources and formats are converted through interoperable interface thanks standards such as OGC, ISO TC211 , W3C and others (Service Oriented Architecture or SOA).
Capacity Building WG: addresses technical with (skills/knowledge) humans issues.

2. GCI Workshop GEO Chile Capacity Building WG
GEO Chile CB participants:

3. GCI Workshop GEO Chile Capacity Building WG

4. GCI Workshop GEO Chile Capacity Building WG
SBA in 2016

5. GCI Workshop GEO Chile Capacity Building WG
Objectives:
Increase resilience to disasters by increasing capacity in the society according the Sendai Framework, and by Earth monitoring for disasters occurrences.
Claudia González-Muzzio, 2010

6. GCI Workshop GEO Chile Capacity Building WG
People are interoperable.
We support an holistic approach.
We adopted SOA and DAB design.
We focused on disasters.
We focused on building capacity & resilience to disasters.
GEO XII, in Mexico City, 9-13 November, 2015
GEO Workshop in Santiago, Chile, 8-9 September 2015

7. GCI Workshop GEO Chile Capacity Building WG
Case studies – Chile Testing regions:
Seven regions were selected, three with volcanic hazards (Copahue, Villarrica, and Calbuco); three with earthquakes and tsunamis vulnerability (Talcahuano, Iquique, and Illapel) as well as wild fires risk (Valparaiso). We left out for now floods, landslides and other disaster occurrences.
Villarrica, March 2015
Illapel, 16 September 2015, tsunami and quake
Iquique 8.2 Earthquake,
1 April 2014
Calbuco,
April 2015

8. GCI Workshop GEO Chile Capacity Building WG
Meteo Chile, 2016
Case studies – Chile Testing regions--:
In the seven regions, instruments, data and metadata, often related to a certain event, were accessed, made interoperable through standard interfaces (such as OGC, W3C, ISO and others) though the Chilean catalo managed by IDE-SNIT and to GOESS geoportal. Through the DAB.
Critical is the support of the Chilean administration at any time, across different organizations, and communities.
Important is also to let every organization manage their own data and models, while allowing one organization, here IDE-SNIT – access to their metadata that they enter in the Chilean CSW (OGC standard).

9. GCI Workshop GEO Chile Capacity Building WG

10. GCI Workshop GEO Chile Capacity Building WG

11. GCI Workshop GEO Chile Capacity Building WG
Dr. Lucia Lovison-Golob

12. GCI Workshop GEO Chile Capacity Building WG
GEO Chile Client application v. 1

13. GCI Workshop GEO Chile Capacity Building WG
What resources did the GEO Chile CB Working Group use?
An API code – based on javascript -- based on
Maintained by Fabrizio Papeschi, Mattia Santoro and Stefano Nativii
The DAB –registration of the catalog service for the web of IDE-SNIT -- and the catalog of earthquakes for IRIS – both accessible, searchable and discoverable on the GEOSS portal
OGC Catalog Service for the Web (CSW)
OpenSearch with geo, time and semantic extensions
Open Archive Initiative (OAI) PMH
OGC Web Processing Service
Others

14. GCI Workshop GEO Chile Capacity Building WG
Future:
For the version of the GEO Chile Client API we’ll focus on developing an interoperable application that can work on most devices, both in Spanish, in English and other languages.
We use a collaborative space in GitHub to provide transparency and collaboration.
We’ll continue to work with IRIS web services and the CSN to develop new data and metadata to be registered at IDE-SNIT and GCI.
Integration of satellite, aerial, and other data.
CIREN, New Data and Metadata, Villerrica, 2016

15. GCI Workshop GEO Chile Capacity Building WG
Conclusions I
GEO Chile Capacity Building WG represents a great success story.
While holding on the DMP, DSP, and the Sendai Framework in mind, a GEO Chile CB API was developed following the SOA and DAB approach.
All data were accessed, searched, discovered through the GCI – GEOSS– through a text search, not yet through a map search.
More work needs to be done by bringing new data and metadata to IDE-SNIT, GEOSS (such as GNSS and Land Cover data and metadata).
We plan to do the decide between a vector-based search and a raster-based search. .

16. GCI Workshop GEO Chile Capacity Building WG
Conclusions II
We also plan to include a scenario that will consider the social aspect when a disaster occurs.
Another scenario will include the space-time integration, especially for earthquakes and tsunamis.
Continue Capacity Building and collaboration.
Thank you. Qs?
Gracias.
GEO Chile CB Workshop, Chile,
September 2015