AN ORGANISATION FOR A NATIONAL EARTH SCIENCE INFRASTRUCTURE PROGRAM The NCRIS AuScope Community Earth Model Bruce Simons.

Slides:



Advertisements
Similar presentations
AuScope Grid: ready to take the data plunge
Advertisements

Geoscience Information Network Stephen M Richard Arizona Geological Survey National Geothermal Data System.
ESA Data Integration Application Open Grid Services for Earth Observation Luigi Fusco, Pedro Gonçalves.
MIA requirements analyis, 13/10/99 1 Introduction to the MODELS Information Architecture (MIA) and the requirements analysis study Rosemary Russell, UKOLN.
MINERALS DOWN UNDER Using Spatial Data Infrastructure (SDI) to: enable interoperable data exchange & usage to deliver corporate decisions Ryan Fraser 19.
Ryan Fraser (CSIRO), Lesley Wyborn (GA), Richard Chopping (GA), Terry Rankine (CSIRO), Robert Woodcock (CSIRO) MINERALS DOWN UNDER Virtual Geophysics Laboratory.
Community semantics and interoperability: the ISO/TC 211 framework and the “Hollow World” Simon Cox CSIRO Exploration and Mining 6 September.
Crossing the Digital Divide
Development of a database of intensively monitored groundwater systems in Australia Barry Croke National Centre for Groundwater Research and Training Australian.
Web Feature Service and Web Map Service WATER FOR A HEALTHY COUNTRY FLAGSHIP SISS Workshop v2.3 Pavel Golodoniuc, Josh Vote 8 May 2013.
Web-based Portal for Discovery, Retrieval and Visualization of Earth Science Datasets in Grid Environment Zhenping (Jane) Liu.
Virtual Geophysics Laboratory (VGL) VGL v1.2 NeCTAR Project Close R.Fraser, T.Rankine, J.Vote, L.Wyborn, B.Evans, R.Woodcock, C.Kemp July 2013 CSIRO |
©Ian Sommerville 2004Software Engineering, 7th edition. Chapter 18 Slide 1 Software Reuse 2.
Data integration and dissemination in the MARsite project John Douglas (WP10 leader)
AN ORGANISATION FOR A NATIONAL EARTH SCIENCE INFRASTRUCTURE PROGRAM Why build an Earth Science Information Network? Dr Robert Woodcock AuScope Grid - Director.
AN ORGANISATION FOR A NATIONAL EARTH SCIENCE INFRASTRUCTURE PROGRAM Australian Earth Science Research Information Infrastructure Dr Robert Woodcock CSIRO.
AN ORGANISATION FOR A NATIONAL EARTH SCIENCE INFRASTRUCTURE PROGRAM Why build an Earth Science Information Network? Dr Robert Woodcock AuScope Grid - Director.
AN ORGANISATION FOR A NATIONAL EARTH SCIENCE INFRASTRUCTURE PROGRAM Making your data accessible on the network using standards Bruce Simons.
The Solid Earth and Environment Grid Robert Woodcock, CSIRO 6 September 2005.
AN ORGANISATION FOR A NATIONAL EARTH SCIENCE INFRASTRUCTURE PROGRAM WFS IMPLEMENTATION DISCUSSION Alistair Ritchie Senior Information Geoscientist GeoScience.
1 EarthResourceML v.2.0 – History and Future of an International Mineral Resource Data Transfer Standard Jouni Vuollo - Йоуни Вуоло (GTK) and.
U.S. Department of the Interior U.S. Geological Survey Web Services Interest Group WGISS #28 September, 2009 Pretoria, South Africa Lyndon R. Oleson U.S.
1 EarthResourceML v.2.0 – an upgrade of the CGI-IUGS earth resource data model due to INSPIRE Data specification Jouni VUOLLO 1 and Bruce SIMONS 2, John.
Deploying OGC Web Services GeoScience Victoria’s Experience Alistair Ritchie, Senior Information Geologist GeoScience Victoria.
Enterprise Viewpoint Tim Mackey Web Systems Manager Geoscience Australia.
National Earth Science Infrastructure Program AuScope Limited Headquarters School of Earth Sciences University of Melbourne Victoria 3010 Tel
Geology, mining, groundwater, landscape and soils The ‘Earth Science’ domains Bruce Simons Spatial Information Modelling Community of Practice workshop,
Linking AuScope to the broader minerals industry value chain Jonathan Law, Robert Woodcock, Ryan Fraser, Terry Rankine, Guillaume Duclaux.
AN ORGANISATION FOR A NATIONAL EARTH SCIENCE INFRASTRUCTURE PROGRAM The Spatial Information Services Stack – infrastructure for the AuScope Community Earth.
1 Infrastructure Solutions Division The Convergence of Architectural and Engineering Design and GIS: Implications for Emergency Response and Urban Planning.
Open Source GIS Web Mapping Solutions Sachindra Singh ICT Systems Developer 2010 Pacific Islands Geographical Information Systems and Remote Sensing User.
AN ORGANISATION FOR A NATIONAL EARTH SCIENCE INFRASTRUCTURE PROGRAM Virtual Geophysics Laboratory (VGL): Scientific workflows Exploiting the Cloud Josh.
National Spatial Data Infrastructure The Spatial Information Services Stack Dr Robert Woodcock.
The Open Source Spatial Services Kit: Lowering the Cost of Deploying Services on the Geo-Web Presented by Ben Lewis Advanced Technology Solutions, Inc.
Future Directions MINERALS DOWN UNDER SISS – Spatial Information Services Stack Ryan Fraser| Project Lead 20 th March 2012.
AN ORGANISATION FOR A NATIONAL EARTH SCIENCE INFRASTRUCTURE PROGRAM Ben Caradoc-Davies CSIRO Earth Science and Resource Engineering Free and Open Source.
Lessons from SEEGrid/AuScope Grid Bruce Simons GeoScience Victoria.
© NERC All rights reserved Work Package 8 – Web Services and Technology Jonathan Lowndes
AuScope Spatial Data Infrastructure Supporting Earth Science Dr Robert Woodcock CSIRO.
DEPARTMENT OF PRIMARY INDUSTRIES Testbed 2: Demonstrating Geoscience Web Services Bruce Simons & Alistair Ritchie GeoScience Victoria, Minerals & Petroleum.
Harmonisation of Grid and Geospatial Services Standards in the Earth and Environmental Sciences Simon Cox 1, Lesley Wyborn 2, Andrew Woolf.
Making Geological Map Data for the Earth Accessible OneGeology: assisting Geological Surveys worldwide to interoperate seamlessly on the Next Generation.
Extending Access To Information Resource Discovery Service William E. Moen, Ph.D. Kathleen R. Murray, Ph.D. School of Library and Information Sciences.
XIth International Congress for Mathematical Geology - September 3-8, 2006 – Liège, Belgium Contribution of GeoScienceML to the INSPIRE data harmonisation.
Web Services and Geologic Data Interchange Simon Cox CSIRO Exploration & Mining
10 May 2005UNSDI Workshop - FAO-HQ - Italy Free and Open Source Software (FOSS) & OpenSDI Jeroen Ticheler.
Kepler includes contributors from GEON, SEEK, SDM Center and Ptolemy II, supported by NSF ITRs (SEEK), EAR (GEON), DOE DE-FC02-01ER25486.
GEON2 and OpenEarth Framework (OEF) Bradley Wallet School of Geology and Geophysics, University of Oklahoma
EarthResourceML Background Bruce Simons GeoScience Victoria.
AuScope Portal. CSIRO. AuScope Portal AuScope Portal … What is it ? Why do we need it ? How does it work ? What can it do for me ? Why should I use it.
Some international collaborations in geoscience informatics: IUGS GeoSciML testbed, & AUKEGGS forum Simon Cox CSIRO Exploration and Mining.
Virtual Geophysics Laboratory (VGL) VGL v1.2 NeCTAR Project Close Ryan Fraser, Terry Rankine, Joshua Vote, Lesley Wyborn, Ben Evans, Robert Woodcock July.
AN ORGANISATION FOR A NATIONAL EARTH SCIENCE INFRASTRUCTURE PROGRAM Virtual Geophysics Laboratory (VGL): Scientific workflows Exploiting the Cloud Josh.
Improving access to groundwater data using GroundWaterML2 Bruce Simons, CSIRO Land and Water Eloise Nation, Bureau of Meteorology Peter Dahlhaus, Federation.
DEPARTMENT OF PRIMARY INDUSTRIES Demonstrating delivery of Geological Data using Web Feature and Web Mapping Services based on international standards.
AuScope Roadshow 2014 AuScope Andrew Rodger| Geoscience Analytical Platforms September 2014 MINERAL RESOURCES FLAGSHIP (MRF)
SEE Grid Information Services Roadmap Dr Rob Woodcock CSIRO.
AN ORGANISATION FOR A NATIONAL EARTH SCIENCE INFRASTRUCTURE PROGRAM “Building Clients for the AuScope Spatial Information Services Stack (SiSS)” AuScope.
GeoSciML: Enabling the exchange of geological map data DEPARTMENT OF PRIMARY INDUSTRIES GeoSciML: a geoscience exchange language GeoSciML: enabling the.
ORNL DAAC SPATIAL DATA ACCESS TOOL Open Geospatial Consortium (OGC) Services Bruce E. Wilson Suresh K. Santhana Vannan Yaxing Wei Tammy W. Beaty National.
1 Using the GEOSS Common Infrastructure in the Air Quality & Health SBA: Wildfire & Smoke Assessment Prepared by the GEOSS AIP-2 Air Quality & Health Working.
AN ORGANISATION FOR A NATIONAL EARTH SCIENCE INFRASTRUCTURE PROGRAM AuScope Grid Architecture “Where does your architecture fit in with the big picture?”
CGI – GeoSciML Testbed 3 Status for BRGM Jean-Jacques Serrano.
1 2.5 DISTRIBUTED DATA INTEGRATION WTF-CEOP (WGISS Test Facility for CEOP) May 2007 Yonsook Enloe (NASA/SGT) Chris Lynnes (NASA)
Enabling Digital Earth by focussing on ‘accessibility’ rather than ‘delivery’. Ryan Fraser CSIRO.
A. Jonoski and A. Almoradie UNESCO-IHE Institute for Water Education, Delft, The Netherlands.
Implementing distributed geoscience information systems using Open GIS Web Services Simon Cox CSIRO Exploration & Mining
IODE Ocean Data Portal - technological framework of new IODE system Dr. Sergey Belov, et al. Partnership Centre for the IODE Ocean Data Portal.
EarthresourceML version 2
Demonstrator Stuart Girvan – Geoscience Australia
Presentation transcript:

AN ORGANISATION FOR A NATIONAL EARTH SCIENCE INFRASTRUCTURE PROGRAM The NCRIS AuScope Community Earth Model Bruce Simons

2 Outline Recap benefits Service status AuScope Discovery portal demonstration –Access and functionality –GeoNetworks for Registry Services –Geodesy/GPS WFS –Mineral Occurrence WFS (Mines, Mining Activity, Mineral Occurrences) –Web Mapping Services (Geology, Exploration Tenements) –Hyperspectral Mineral Mapping –National Virtual Core Library Data Downloads Future directions

3 Current data interfaces Provider defined clients and formats Provider delivers to single clients User accesses single provider Data Providers MRT GA GSV NTGS Users

4 AuScope Grid GIS Standard format Provider benefits  delivery to multiple clients User benefits  access to multiple providers Report Simulation and Modelling WMS WFS GSV GA MRT NTGS Data Providers

5 Community Agreed Service Interfaces and Information Models AuScope service catalog Standard Vocabularies Vocabulary Service Service Registry Discovery Layer Exchange Layer Resources Complex feature Discovery Portal Government Department Data Geological Survey Web Feature Service (WFS)‏ Spatial Information Services Stack (SISS): Service status 1 June 2008 URN Resolver Service X X X X X X X X

6 SISS Service status 1 June 2009: (NB generic components reusable outside geosciences) Community Agreed Service Interfaces and Information Models AuScope service catalog Standard Vocabularies Vocabulary Service Service Registry Discovery Layer Exchange Layer Resources Complex feature Discovery Portal Government Department Data Geological Survey Web Feature Service (WFS)‏ URN Resolver Service

7 URN Resolver Service Vocabulary Service Community Agreed Service Interfaces and Information Models AuScope service catalog Standard Vocabularies Service Registry Client Applications Gateway Services Facilities Discovery Portal Government Department Data Geological Survey Web Feature Service (WFS) Analysis Workflow The Spatial Information Services Stack Tools of the trade Geoserver with Application Schemas

8 AuScope Geoscience Network: Data types Structured Unstructured Large Volume Binary Files Hyperspectral data Geophysical data Satellite data BLOBs Point GPS Mineral Occurrence Geochron Curve (ID) Well log Geophys Profile Flight line Surface (2D) Geological Map Cross section Swath Solid (3D) 3D Geological Model Lidar cloud Available via AuScope Prototyped by CSIRO

9 Discovery Portal – Surfing the Earth Model

10 Commodity source commodity Description Product source Commodity produced Material Mineral Occurrence information model Mine MiningActivity resource Extraction deposit related Activity associated Mine EarthResource: MineralOccurrence OreMeasure oreAmount Geology Mineral System Classification Reserve Resource Endowment 3 spatially located features

11 The Carbon Project ‘Gaia’ client

12 Refractions Research ‘uDig’ client

13 Take home message AuScope Grid has: extended OpenSource software to deliver “complex feature” services (GeoServer) Developed software to ease production of community schema (FullMoon) Prepared preliminary vocabulary services Made use of the Geonetwork Catalog service Developed a discovery and display interface that handles “complex feature” services (AuScope Portal) Has achieved interoperability of point, 1D and 2D data

14 Where to from here? Harden all the services Continue deployment with the surveys and make it as simple as possible Roadshows, skill development and deployment assistance Influence commercial solutions Some additional features and user-friendliness Controlled Vocabulary services tools 3D data Two more years work at current development level (at least)

AN ORGANISATION FOR A NATIONAL EARTH SCIENCE INFRASTRUCTURE PROGRAM AuScope