Title :
Grid-enabled OGC environment for EO data and services in support of Canada’s forest applications
Author :
Goodenough, David G. ; Chen, Hao ; Di, Liping ; Guan, Aimin ; Wei, Yaxing ; Dyk, Andrew ; Hobart, Geordie
Author_Institution :
Pacific Forestry Centre, Victoria
Abstract :
System of agents for forest observation research with advanced hierarchies (SAFORAH) is a grid-enabled environment that makes optimum use of distributed data storage facilities. It supports EO data collaboration among various Canadian research organizations and provides ready access to the most current, consistent and reliable forest resource information through various network environments. SAFORAH was built with an extensible data grid network based on the Globus Toolkit and transparently presents the distributed data storage facilities across multiple organizations and government agencies as one single data archive to users to facilitate easy EO data archiving and distribution. Currently, four Canadian forestry centres located in Victoria British Columbia,Cornerbrook Newfoundland,Edmonton,Alberta and Laurentian Quebec, and environment Canada´s Canadian Wildlife service are operationally connected via Canarie to the SAFORAH data grid. The connection to a large petabyte storage facility under development at the University of Victoria (UVic) was also established. SAFORAH has been modified to provide data services based on the OGC standard using NWGISS to support the distribution of comprehensive, integrated and thematic EO data for forest applications. SAFORAH has been used in the EOSD project to support the national monitoring of Canada´s forests. This use has demonstrated that SAFORAH is a practical tool for collaborative research to facilitate the sharing of EO data. The extension of SAFORAH to handle OGC requests has enabled the distribution of landcover product tiles from multiple storage sites seamlessly to national and international users. The web address for SAFORAH is www.saforah.org.
Keywords :
geophysical techniques; geophysics computing; grid computing; remote sensing; vegetation; Alberta; Canadas Forest Applications; Canadian Forestry Centres; Canadian research organizations; Cornerbrook Newfoundland; EOSD project; Earth Observation data; Edmonton; Environment Canada´s Canadian Wildlife Service; Globus Toolkit; Laurentian Quebec; NASA HDF-EOS Web GIS Software Suite; Open Geospatial Consortium environment; SAFORAH; System of Agents for Forest Observation Research with Advanced Hierarchies; University of Victoria; Victoria British Columbia; data archive; data storage distribution; forest resource information; government agencies; grid computing approach; landcover distribution; multiple organizations; Application software; Collaboration; Distributed computing; Earth; Forestry; Government; Grid computing; Memory; Monitoring; Remote sensing; EO; EOSD; Grid; OGC; SAFORAH; forest;
Conference_Titel :
Geoscience and Remote Sensing Symposium, 2007. IGARSS 2007. IEEE International
Conference_Location :
Barcelona
Print_ISBN :
978-1-4244-1211-2
Electronic_ISBN :
978-1-4244-1212-9
DOI :
10.1109/IGARSS.2007.4423927