Geospatial web services applied to Biodiversity Modelling Karla Donato Fook Advisors: Dr. Antônio Miguel V. Monteiro Dr. Gilberto Câmara Collaboration:

Slides:



Advertisements
Similar presentations
How to Set Up a System for Teaching Files and Clinical Trials Medical Imaging Resource Center.
Advertisements

Contextual Linking Architecture Christophe Blanchi June Corporation for National Research Initiatives Approved for.
Semantically-Assisted Geospatial Workflow Design Gobe Hobona, David Fairbairn, Philip James ACM GIS – 8 th November Seattle.
Database System Concepts and Architecture
Digital Library Service – An overview Introduction System Architecture Components and their functionalities Experimental Results.
OPeNDAP in the Cloud OPeNDAP James Gallagher, Nathan Potter and NOAA/NODC Deirdre Byrne, Jefferson Ogata, John Relph 26 June 2013.
Geospatial web services applied to Biodiversity Modelling Karla Donato Fook Advisors: Dr. Antônio Miguel V. Monteiro Dr. Gilberto Câmara Collaboration:
Chapter 6: Database Evolution Title: AutoAdmin “What-if” Index Analysis Utility Authors: Surajit Chaudhuri, Vivek Narasayya ACM SIGMOD 1998.
Integration of the UC Davis Biological Collections Data via a Web Portal [A Pilot Project] To develop a Web Portal allowing better & more use of the information.
Chapter 2 Database Environment. Agenda Three-Level ANSI-SPARC Architecture Database Languages Data Models Functions of DBMS Components of DBMS Teleprocessing.
Architecture & Data Management of XML-Based Digital Video Library System Jacky C.K. Ma Michael R. Lyu.
Center for Environmental Studies Arizona State University Digital Research Records at Center for Environmental Studies Peter McCartney.
COHSE Informed WWW Link Navigation Using Ontologies Prof. Carole Goble, Sean Bechhofer Dr. Leslie Carr, Prof. Wendy Hall, Prof. David De Roure, Steve Harris,
Makrand Siddhabhatti Tata Institute of Fundamental Research Mumbai 17 Aug
Page 1 LAITS Laboratory for Advanced Information Technology and Standards 9/6/04 Briefing on Open Geospatial Consortium (OGC)’s Web Services (OWS) Initiative.
Database System Concepts and Architecture Lecture # 3 22 June 2012 National University of Computer and Emerging Sciences.
1 Distributed Monitoring of Peer-to-Peer Systems By Serge Abiteboul, Bogdan Marinoiu Docflow meeting, Bordeaux.
JISCrte Meeting, May 25,2011 Dr. Yu Qian School of Engineering Information Sciences, Middlesex University
Chapter 2 Database Environment
M i SMob i S Mob i Store - Mobile i nternet File Storage Platform Chetna Kaur.
Database System Concepts and Architecture Lecture # 2 21 June 2012 National University of Computer and Emerging Sciences.
SITools Enhanced Use of Laboratory Services and Data Romain Conseil
Long Term Ecological Research Network Information System LTER Grid Pilot Study LTER Information Manager’s Meeting Montreal, Canada 4-7 August 2005 Mark.
Web mapping interoperability in practice, a Java approach guided by the OpenGis Web Map Server Interface Specification Pedro Fernández, R. Béjar, M.A.
Metadata and Geographical Information Systems Adrian Moss KINDS project, Manchester Metropolitan University, UK
OEI’s Services Portfolio December 13, 2007 Draft / Working Concepts.
1 © ATHENA Consortium 2006 ATHENA M30 Intermediate Audit October 2006 Brussels, Belgium.
A performance evaluation approach openModeller: A Framework for species distribution Modelling.
Open Source Solutions for a Growing Atlas of Canada Douglas O’Brien June 10, 2004.
SCENZ-Grid The implementation of a Science Collaboration and Computation Environment Niels Hoffmann Landcare Research.
Lecture # 3 & 4 Chapter # 2 Database System Concepts and Architecture Muhammad Emran Database Systems 1.
Challenge Grant Update: Linking the Network of Natural Heritage Biodiversity Data to the Environmental Information Exchange Network.
XIth International Congress for Mathematical Geology - September 3-8, 2006 – Liège, Belgium Contribution of GeoScienceML to the INSPIRE data harmonisation.
LifeWatch E-Science and Observatory Infrastructure for Biodiversity & Ecosystem Science Olaf Bánki.
OpenModeller framework for ecological niche modelling CRIA, INPE, Poli-USP.
Soil and Water Conservation Modeling: MODELING SUMMIT SUMMARY COMMENTS Dennis Ojima Natural Resource Ecology Laboratory COLORADO STATE UNIVERSITY 31 MARCH.
Create Content Capture Content Review Content Edit Content Version Content Version Content Translate Content Translate Content Format Content Transform.
IABIN’s Ecosystem Thematic Network: A regional initiative to advance the use and integration of ecosystem information IABIN Technical Working Group Knoxville,
Biodiversity Data Exchange Using PRAGMA Cloud Umashanthi Pavalanathan, Aimee Stewart, Reed Beaman, Shahir Shamsir C. J. Grady, Beth Plale Mount Kinabalu.
Species Distribution Modeling Alexandre Copertino Jardim Antonio Miguel Vieira Monteiro Karla Donato Fook Lúbia Vinhas Silvana Amaral Scientific Workshop.
User-Driven Integrated Statistical Solutions: Government for the People by the People Open Forum on Metadata Registries Santa Fe, New Mexico January 20,
Metadata Framework for a Statistical Data Warehouse
Eurostat November 2015 Eurostat Unit B3 – IT and standards for data and metadata exchange SDMX IT Tools Test Client Jean-Francois LEBLANC Christian SEBASTIAN.
Web Symbol Service Prototype implementation for remote access of symbologies Google Summer of Code Cristian Martín Reinhold 5 th gvSIG Conference, December.
BIT 3193 MULTIMEDIA DATABASE CHAPTER 5 : MULTIMEDIA DATABASE MANAGEMENT SYSTEM ARCHITECTURE.
The Storage Resource Broker and.
Metadata Driven Aspect Specification Ricardo Ferreira, Ricardo Raminhos Uninova, Portugal Ana Moreira Universidade Nova de Lisboa, Portugal 7th International.
Database Environment Chapter 2. The Three-Level ANSI-SPARC Architecture External Level Conceptual Level Internal Level Physical Data.
The EUBrazilOpenBio-BioVeL Use Case in EGI Daniele Lezzi, Barcelona Supercomputing Center EGI-TF September 2013.
Efficient Opportunistic Sensing using Mobile Collaborative Platform MOSDEN.
September 2003, 7 th EDG Conference, Heidelberg – Roberta Faggian, CERN/IT CERN – European Organization for Nuclear Research The GRACE Project GRid enabled.
Chapter 8: Web Analytics, Web Mining, and Social Analytics
Staging of the Ecological Niche Modeling Mammal Prototype Project Deana Pennington University of New Mexico December 14, 2004.
1 Copyright © 2008, Oracle. All rights reserved. Repository Basics.
EcoINFORMA Initiative EcoINFORMA: Ecoinformatics-based Open Resources and Machine Accessibility Initiative recommended by PCAST in 2011 report Sustaining.
IODE Ocean Data Portal - technological framework of new IODE system Dr. Sergey Belov, et al. Partnership Centre for the IODE Ocean Data Portal.
Lifemapper 2.0 Using and Creating Geospatial Data and Open Source Tools for the Biological Community Aimee Stewart, CJ Grady, Dave Vieglais, Jim Beach.
Flanders Marine Institute (VLIZ)
Data and Applications Security Developments and Directions
Database Access and Integration Services Working Group
Copyright © 2011 Pearson Education, Inc. Publishing as Pearson Addison-Wesley Chapter 2 Database System Concepts and Architecture.
Development of Information Grid
Database Design Hacettepe University
Data and Applications Security Developments and Directions
Data and Applications Security Developments and Directions
Data and Applications Security Developments and Directions
Data and Applications Security Developments and Directions
Data and Applications Security Developments and Directions
Data and Applications Security Developments and Directions
Data and Applications Security Developments and Directions
Presentation transcript:

Geospatial web services applied to Biodiversity Modelling Karla Donato Fook Advisors: Dr. Antônio Miguel V. Monteiro Dr. Gilberto Câmara Collaboration: Dr. Silvana Amaral

Biodiversity

Species Distribution Modelling Experiment

Environmental recovery Contaminated area – before and after recovery work in 2001 Companhia Mineira de Metais (CMM) Três Marias-MG Source: controlPanel/materia/view/2419

Species conservation Source: Ibama Callicebus Coimbrai & Callicebus barbarabrownae

Impacts of climate change Source: /

Expansion of invasive species Source: USDA – United States Department of Agriculture /

Web Biodiversity Collaborative Modelling Services Pelargonium Cordifolium Callicebus Coimbrai & Callicebus barbarabrownae WBCMS Web Biodiversity Collaborative Modelling Services

General Objective Support collaboration in a Species Distribution Modelling Network: Sharing modelling

Provide answers What species are being modelled? Where does the data come from? What are the environmental variables? What are the algorithms? If I have a question, how can I look for similar results?

Key Concept Model Instance Species Distribution Modelling

Model Instance Species Model

Model Instance Species Model Metadata +

Model Instance Occurrence Environmental Variables Algorithm Model Instance Species Model generation Absence Metadata + Data

Model Instance Occurrence Environmental Variables Algorithm Model Instance Species Model generation Absence Metadata Data

Model Instance Occurrence Environmental Variables Algorithm Distribution Map Evaluation Index Model Instance Species Model generation Absence Reports Results Metadata Data

Model Instance Occurrence Environmental Variables Algorithm Distribution Map Evaluation Index Metadata + Model Instance Species Model generation Absence Reports Results Metadata Data

Model Instance Occurrence Environmental Variables Algorithm Distribution Map Evaluation Index Metadata + + Model Instance Species Model generation Absence Reports Results Metadata Data

WBCMS Architecture Web Client applications Researcher Model instances Biodiversity Collections WS_2WS_N Map Servers WS_1 Catalogue WBCMS ModelProcessorAccessProcessorCatalogueProcessor

XML, Result files Compose Storage Species distribution modelling Process Maps Result files Client Application Classifier WBCMS CatalogueProcessor Model instance Repository biodiversity data web services web services web services Metadata Publisher Legend: Application WBCMS component External WS

Catalogue Processor XML, Result files Compose Storage Species distribution modelling Process Maps Result files Client Application Classifier WBCMS CatalogueProcessor Model instance Repository biodiversity data web services web services web services Metadata Publisher Legend: Application WBCMS component External WS

Catalogue Processor XML, Result files Compose Storage Species distribution modelling Process Maps Result files Client Application Classifier WBCMS CatalogueProcessor Model instance Repository biodiversity data web services web services web services Metadata Publisher Legend: Application WBCMS component External WS

Catalogue Processor XML, Result files Compose Storage Species distribution modelling Process Maps Result files Client Application Classifier WBCMS CatalogueProcessor Model instance Repository biodiversity data web services web services web services Metadata Publisher Legend: Application WBCMS component External WS

Catalogue Processor XML, Result files Compose Storage Species distribution modelling Process Maps Result files Client Application Classifier WBCMS CatalogueProcessor Model instance Repository biodiversity data web services web services web services Metadata Publisher Legend: Application WBCMS component External WS

WBCMS Architecture Web Client applications Researcher Model instances Biodiversity Collections WS_2WS_N Map Servers WS_1 Catalogue WBCMS ModelProcessorAccessProcessorCatalogueProcessor

Access Processor Legend: Application WBCMS component External WS WBCMS Server Request Model instance Client Application Model instance Repository Uploaded result files WMS AccessProcessor Query WFSRetrieve

Access Processor Legend: Application WBCMS component External WS WBCMS Server Request Model instance Client Application Model instance Repository Uploaded result files WMS AccessProcessor Query WFSRetrieve

Access Processor Legend: Application WBCMS component External WS WBCMS Server Request Model instance Client Application Model instance Repository Uploaded result files WMS AccessProcessor Query WFSRetrieve

Access Processor Legend: Application WBCMS component External WS WBCMS Server Request Model instance Client Application Model instance Repository Uploaded result files WMS AccessProcessor Query WFSRetrieve

WBCMS Architecture Web Client applications Researcher Model instances Biodiversity Collections WS_2WS_N Map Servers WS_1 Catalogue WBCMS ModelProcessorAccessProcessorCatalogueProcessor

Model Processor Request Species distribution map Client Application Model instance Repository OpenModeller Web Service WBCMS Server ModelProcessor RunModel Legend: Application WBCMS component External WS

Model Processor Request Species distribution map Client Application Model instance Repository OpenModeller Web Service WBCMS Server ModelProcessor RunModel Legend: Application WBCMS component External WS

WBCMS Architecture Web Client applications Researcher Model instances Biodiversity Collections WS_2WS_N Map Servers WS_1 Catalogue WBCMS ModelProcessorAccessProcessorCatalogueProcessor

WBCMS Architecture Web Researcher Model instances Biodiversity Collections WS_2WS_N Map Servers WS_1 Catalogue WBCMS ModelProcessorAccessProcessorCatalogueProcessor Client Applications

WBCMS Prototype OpenModeller Project

Catalogue Client Application OpenModeller modelling result status msg Model Instances WBCMSWBCMS Model Instance Web Services Biodiversity Data Researcher

Access Client Application Model Instance Query Reaearcher WBCMSWBCMS Model Instances

Species Distribution Maps

Final Comments  The conceptual framework of web services supplies a base for development of collaborative environment for species distribution modelling  WBCMS architecture Allows sharing experiments in a species distribution network Enables researchers to perform new models based in previous ones Allows comparing results  Our experiments, have demonstrated the viability of the proposals and ideas

Final Comments  Future Work Model instances usage statistics Link to related publications Make WBCMS available

Lençóis Maranhenses Thanks !