FAIR Digital Objects and Machine-Actionability

Why it matters more in the age of AI and Machine Learning One of the key concepts outlined in the 2016 FAIR principle paper is “machine-actionability”: ..the idea of being machine-actionable applies in two contexts—first, when referring to the contextual metadata surrounding a digital object (‘what is it?’), and second, when referring to the contentContinue reading “FAIR Digital Objects and Machine-Actionability”

Debunking reliability myths of PIDs for Digital Specimens

In this post I address an erroneous assertion – a myth perhaps, that the proposed Digital Specimen Architecture relies heavily on a centralized resolver and registry for persistent identifiers that is inherently not distributed and that this makes the proposed “persistent” identifiers (PID) for Digital Specimens unreliable. By unreliable is meant link rot (‘404 notContinue reading “Debunking reliability myths of PIDs for Digital Specimens”

Natural Science Identifiers & CETAF Stable Identifiers

The DiSSCo Technical Team gets asked a lot about Natural Science Identifiers (NSId). What are they? Why do we need them in addition to CETAF Stable Identifiers? Are they just for DiSSCo/Europe or are they global? In this post we answer those questions. Q1. What is a Natural Science Identifier (NSId)? A Natural Science IdentifierContinue reading “Natural Science Identifiers & CETAF Stable Identifiers”

What is a Digital Specimen?

With projected lifespans of many decades, infrastructure initiatives such as Europe’s Distributed Systems of Scientific Collections (DiSSCo), USA’s Integrated Digitized Biocollections (iDigBio), National Specimen Information Infrastructure (NSII) of China and Australia’s digitisation of national research collections (NRCA Digital, available through the Atlas of Living Australia) aim at transforming today’s slow, inefficient and limited practices ofContinue reading “What is a Digital Specimen?”

Fundamentals of Digital Specimen Architecture

We name the architecture we’re going to use for DiSSCo as “Digital Specimen Architecture”, or “DSArch” for short. It has three fundamental components to it: Digital Object Architecture (DOA) as its core basis Built-in support for the FAIR Guiding Principles Evolutionary with Protected Characteristics Here we explain why each component has been chosen and broughtContinue reading “Fundamentals of Digital Specimen Architecture”