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Collaborative Databases on a Global Scale

Collaborative Databases on a Global Scale

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Collaborative Databases on a Global Scale. Background on distributed biological databases. 1990's technology boom: funding, excitement, lots of biodata not online yet, huge potential Biology scientist meets computer scientist Australian Virtual Herbarium (AVH) - PowerPoint PPT Presentation

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Page 1: Collaborative Databases  on a Global Scale

Collaborative Databases on a Global Scale

Page 2: Collaborative Databases  on a Global Scale

Background on distributed biological databases

➲ 1990's technology boom: funding, excitement, lots of biodata not online yet, huge potential

➲ Biology scientist meets computer scientist➲ Australian Virtual Herbarium (AVH)➲ Bio-resource network in Japan (BRnet)➲ European Natural History Specimen Information

Network (ENHSIN) ➲ Red Mundial de Informacion sobre

Biodiversidad (REMIB)➲ The Species Analyst (TSA)

Page 3: Collaborative Databases  on a Global Scale

How it worked

➲ Single web site, many databases➲ Users query *specific* biological concept➲ View or download single answer➲ Simple enough, right? ;)

Page 4: Collaborative Databases  on a Global Scale

Database DatabaseDatabase

Website

Page 5: Collaborative Databases  on a Global Scale
Page 6: Collaborative Databases  on a Global Scale

Biological Scientist Computer Scientist (Geek)

?

Page 7: Collaborative Databases  on a Global Scale

Problem

➲ Funding starts drying up➲ Major unresolved database issues➲ Meeting at the National Center for Ecological

Analysis and Synthesis in California➲ Distributed Generic Information Retrieval

(DiGIR) 2001➲ Intense requirements engineering session➲ Need: common data specification➲ Need: common software architecture➲ Need: global collaboration

Page 8: Collaborative Databases  on a Global Scale

Requirements analysis

➲ Worldwide biological collections contain specimen specific data and collection specific data elements.

➲ Universal standard for an identical element set not realistic or practical

➲ Need a broad element set domain that requires only a small subset to be functional

➲ Institutions need to be able to control their data within a collaborative/distributed environment

Page 9: Collaborative Databases  on a Global Scale

Software architecture & design

➲ Incompatible database and access technologies across the globe

➲ Too much invested to redesign or rebuild existing systems

➲ 2.5 billion specimen records worldwide➲ Adapt existing database systems to be

functional in a global distributed network➲ PAD (Portal, Adapter, Database) existing code➲ Scalability, maintainability, interoperability,

adaptability, usability

Page 10: Collaborative Databases  on a Global Scale

MySQL OracleExcel

UCB NUS CAS

HerpNET DiGIR Website(Data Portal)

DiGIR Provider (Database Adapter)

Collections Data

Page 11: Collaborative Databases  on a Global Scale

Vector GridRaster

TM ET NASA

Google Earth(Data Portal)

Data Providers(Database Adapter)

Spatial Data

Page 12: Collaborative Databases  on a Global Scale

HerpNETWeb 2.0

Page 13: Collaborative Databases  on a Global Scale

Limnonectes malesianus(Malesian Frog)

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Page 15: Collaborative Databases  on a Global Scale

Global Amphibian Assessment

Limnonectesmalesianus

Page 16: Collaborative Databases  on a Global Scale

AmphibiaWEB

Page 17: Collaborative Databases  on a Global Scale
Page 18: Collaborative Databases  on a Global Scale

BioGeek Culture(Biologists and geeks working together)

➲ Requirements analysis priority➲ Sharing data (community, education, policy)➲ Maintaining curator/museum value➲ Programmer analyst staff➲ Open source code ➲ Advancing the state of the art in biodiverstiy

informatics➲ Tracking data usage➲ Dynamic systems engineered for perpetuity