Currently 7 Thematic Collection Networks with 130 participating institutions A dvancing D igitization of B iodiversity C ollections (ADBC NSF Program)

Slides:



Advertisements
Similar presentations
The View through the Public Portal Brenda Bailey-Hainer Colorado State Library NISO Metasearch Initiatives Meeting May 7, 2003.
Advertisements

Virtual Biodiversity ViBRANT Scripting Life: ViBRANTs kick-off meeting Vince Smith Natural History Museum, London ViBRANT Virtual Biodiversity.
Leveraging Filtered Push Technology to Enhance Remote Taxonomic Identifications Nico Franz 1, Edward Gilbert 1, Neil Cobb 2 & Paul Morris 3 1 School of.
The minnesota digital library coalition Achieving Digital Preservation Through Collaboration Museum Computer Network 32 nd Annual Meeting Keith Ewing St.
Integrated Taxonomic Information System Janet Gomon, Deputy Director, ITIS Smithsonian Institution Museum of Natural History The.
DNA Barcodes: Linking GenBank records to Museum Specimens David E. Schindel, Executive Secretary, CBOL Robert Hanner, University of Guelph.
EU BON citizen science gateway Veljo Runnel University of Tartu Natural History Museum.
Building Digital Museums, Libraries and Archives David Dawson Senior Policy Adviser (Digital Futures)
NOBLE Digital Library. How does it work? The NOBLE Digital Library uses the DSpace platform. Image files and metadata are imported into DSpace using.
Collection Development Concerns Andy Kraushaar, Visual Materials Curator, Wisconsin Historical Society Debbie Cardinal, WHO Project Coordinator Hoard Historical.
The Role of Small Herbaria in Large Digitization Projects Chris Neefus, Albion Hodgdon Herbarium (NHA) University of New Hampshire, Durham, New Hampshire,
What is The Knowledge Network? The Knowledge Network ? ? ? ? ? ?
TakingITGlobal’s Youth Voices Project Presented by TakingITGlobal.
NSF EF Welcome to Summit III University of Florida Florida State University.
Roles and Goals Greg Riccardi. iDigBio People University of Florida o Larry Page, Jose Fortes, Pamela Soltis, Bruce McFadden, Renato Figueiredo, Reed.
IDigBio is funded by a grant from the National Science Foundation’s Advancing Digitization of Biodiversity Collections Program (Cooperative Agreement EF ).
Building a Data Sharing Community. The Vertebrate Networks Est. 1999, collections (2011) Est collections (2011) Est collections.
Digital Libraries: New Tools for ScienceTeaching and Learning.
This material is based upon work supported by the National Science Foundation under Cooperative Agreement EF Any opinions, findings, and conclusions.
Update from the Entomological Society of America (ESA) Systematics, Evolution, and Biodiversity (SysEB) Section Symposium: From Voucher.
Developing an on-line taxonomic guide to the freshwater diatoms of the United States: scope, process and initial steps Steve Moulton Sarah Spaulding National.
IDigBio is funded by a grant from the National Science Foundation’s Advancing Digitization of Biodiversity Collections Program (Cooperative Agreement EF ).
The Macroalgal Digitization Project Chris Neefus, Department of Biological Sciences University of New Hampshire, Durham, New Hampshire.
SCAN Survey Results: Engaging the Public with Insect Digitization Workflows Dr. Melody Basham Hasbrouck Insect Collection Outreach Specialist Project Director.
Specify Software Project – Quick Facts
.org. An online learning community of over 9,600 IHE faculty, K-12 teachers and administrators, researchers and evaluators. Provides each project with.
Indigenous Communities, Tourism and Biodiversity Workshop Series: New Information and Web-based Technologies Workshop II: Islands Pacific Region Chantal.
P.W. Sweeney Yale Peabody Museum of Natural History Mobilizing New England vascular plant data to track environmental change: an overview and preliminary.
Dimitris Koureas, PhD Natural History Museum London Linking layers of biodiversity data: Informatics challenges for the long tail research RDA - Long Tail.
University of Florida Florida State University
Progress since the February 2005 London DNA Barcode of Life Conference Scott Miller, Chair Consortium for the Barcode of Life Smithsonian Institution.
 How are changes in distribution patterns of lichens and bryophytes over time correlated with man-made environmental changes?  How accurately can we.
Why Arizona: An Arizona Centennial Public Engagement Project Rob Spindler, Head of Archives & Special Collections Arizona State University Libraries.
Richard White Biodiversity Informatics. What is biodiversity informatics? The preceding project, among others, shows that the challenges facing biodiversity.
Confluence and other platforms for Web-based collaboration Dr Toby Burrows ARC Network for Early European Research University of Western Australia.
Module 9 Capacity development through knowledge sharing.
Making search simpler The NHM Library and Archives Virtual Library Project.
The Macroalgal Herbarium Consortium ACCESSING 150 YEARS OF SPECIMEN DATA TO UNDERSTAND CHANGES IN THE MARINE/AQUATIC ENVIRONMENT.
ADBC: Background, Broader Impacts and Opportunity Anne Maglia Program Director, Division of Biological Infrastructure National Science Foundation
BGBM IT infrastructure and collection management Anton Güntsch.
What is Web 2.0?. Web 2.0 It is more than Technology It is technology’s impact on the human condition We are linked up more than ever before Our digital.
The Macroalgal Herbarium Consortium Accessing 150 Years of Specimen Data to Understand Changes in the Marine/Aquatic Environment Janet Sullivan and Chris.
1 The National Biological Information Infrastructure and Biodiversity Collections Annette Olson BCI meeting, Washington DC, January 28-29th, 2008.
IDigBio is funded by a grant from the National Science Foundation’s Advancing Digitization of Biodiversity Collections Program (Cooperative Agreement EF ).
Context: The Strategic Plan for Establishing the Network Integrated Biocollections Alliance Judith E. Skog, Office of the Assistant Director, Biological.
Implementing a National Data Infrastructure: Opportunities for the BIO Community Peter McCartney Program Director Division of Biological Infrastructure.
Opportunities and Challenges for the NSDL Program October 15, 2003 K20 and the National Agenda Internet 2 Fall Member Meeting Indianapolis.
The New GBIF Data Portal Web Services and Tools Donald Hobern GBIF Deputy Director for Informatics October 2006.
Train-the-Trainers 2 Workshop Overview August, 2013 iDigBio, Gainesville, Florida (What have we gotten ourselves into?)
Amazon Basin Biodiversity Information Facility – ABBIF.
10 Marketing Strategies You Can Use for Your Business.
Scratchpads Virtual Research Environments for taxonomic and biodiversity related data.
SERNEC - TCN: Current status, citizen science and outreach activities M.W. Denslow & Zack Murrell iDigBio Summit 2015 NSF Award
The Florida Electronic Library and the State Digitization Scene Priscilla Caplan Central Florida Workshop for Museum and Library Personnel.
Accessing MVZ: A Primer and Demo of Arctos, MVZ’s Collection Management System, for Biodiversity Researchers
GBIF – collaborating to promote data access for research and policy Tim Hirsch Deputy Director Global Biodiversity Information Facility (GBIF) Biodiversity.
Collaboration in CONTENTdm Projects Jessica Short. Ashley Knox. John Quirk.
The Canadian Healthcare Education Commons What is CHEC-CESC?
Expanding audiences USING ONLINE/DIGITAL CONTENT.
1 FamilySearch Catalog Update CCLA 04/21/ FamilySearch Catalog.
Crowd-sourcing, Public Participation, and Data Enrichment – Using crowd-sourcing tools Biological Collections Digitisation in the Pacific , Symposium.
RCN Development of an Online Database to Enhance the Conservation of SGCN Invertebrates in the Northeastern Region James W. Fetzner Jr. & John.
Social Media.
Tri-Trophic Thematic Collection Network
EC FP7 - Cooperation Theme 6: Environment (incl. climate change)
Museums and Libraries Collaborating Online Lourdes Santamaría-Wheeler,
Social Media Revolution (Refresh)
CIRCLE Online Seminar January/February 2014 ★Session 1★
Arctos/TACC Collaboration Chris Jordan Texas Advanced Computing Center
Integrating source modifiers with sequence data through a new GenBank submission module in Symbiota   Andrew N. Miller1, Phil Anders1, Neil Cobb2, Ben.
Presentation transcript:

Currently 7 Thematic Collection Networks with 130 participating institutions A dvancing D igitization of B iodiversity C ollections (ADBC NSF Program)

Project Goals 1.Digitize & Georeference one million occurrence records for southwestern ground-dwelling arthropods 2. Produce 16,000 species images (promote identifications) 3. Online interactive database & taxonomic workflows Broader Impact Goals 1.Promote Biodiversity-Informatics workforce 2.Use Data Now: SDM & Biodiversity Modeling (Climate Change)

Eight SCAN Museums Workflow - Symbiota

SCAN Interactivity iDigBio SCAN Symbiota Data Portal Hosted at iDigBio SCAN Background Website Specify EMu Symbiota Arctos Transitioning to Drupal Site hosted by iDigBio Filtered Push Filtered Push and Portal Power Annotation Updates Filtered Push Updates Catalog Records Museum-specific Catalog Management Tools

(100,000 Records)

SCAN Interactivity iDigBio SCAN Symbiota Data Portal Hosted at iDigBio SCAN Background Website Specify EMu Symbiota Arctos Transitioning to Drupal Site hosted by iDigBio Filtered Push Filtered Push and Portal Power Annotation Updates Filtered Push Updates Catalog Records Museum-specific Catalog Management Tools

Eight SCAN Museums Eight Museums w/ High End Imaging Systems Workflow - Imaging

SCAN Imaging 1.Online image library 2.Zoomify 3. How-to resources

SCAN Challenges & Opportunities 1.Develop a virtual workforce A.Basic Virtualization (Skype & Adobe Connect) B.Host virtual workshops & meetings with wikis, blogs etc…. 2.Create a digitization culture A. Expand to Non-Scan taxa B. Other collections (within existing institutions, smaller museums, and private) 3. Increase Identification Capabilities A.Faster reliable identifications to genus or species 1. Taxon-specific imaging (most taxa), DNA barcoding (Carabidae), genitalia (Eleodes) 4. Navigate the Dynamic Road of Technologies A. Adopting & Cross-walking Available Technologies B. Planning for the future