RSpace Blog

October 29, 2016

It’s now possible to deposit datasets directly from the RSpace ELN to Dataverse repositories

Integrations

Download attachment

associated with this post

Dataverse and Research Space are pleased to announce an integration of the RSpace electronic lab notebook with Dataverse. This integration, described in the following brief video, enables researchers to deposit datasets directly from RSpace to any Dataverse.


By capturing lab data electronically in the RSpace ELN, and providing a simple deposit interface to Dataverse, we hope to make Dataverse more accessible to researchers, to foster a greater number of submissions, and to streamline the process of making datasets publicly available. Further curation can then be performed by data archivists using the full feature set of the Dataverse repository.


The growth in usage of both electronic lab notebooks and data repositories brings with it the need for the two kinds of digital environments to talk to each other. Researchers can now take advantage of RSpace to collect, share and organize research data, and directly deposit datasets of any complexity, including multiple documents in any format that can be structured in folders, and links to attachments, directly into Dataverse. The researcher’s ORCID id can be included as part of the export.


The integration enables researchers to take full advantage of Dataverse’s innovative approach to making datasets accessible and useful. Datasets archived in Dataverse can take advantage of persistent identifiers, automatically generated citations, robust metadata, and summary statistics and analysis for tabular files. Researchers depositing datasets into the Dataverse are offered tools allowing them to self-curate content deposited in the repository, with expanded curation services to be available in the near future.


The RSpace – Dataverse integration will be presented at the Dataverse Community call taking place on December 6 at 12 pm EST.


To learn more about the features of the Dataverse Project, visit Dataverse.org. To learn more about the features of RSpace, visit researchspace.com.

Rory Macneil

RSpace is an open-source platform that orchestrates research workflows into FAIR data management ecosystems: request a demo or contact us to learn more.

April 17, 2025

RSpace Transitions to Open-Source Chemistry Tools

Open source

RSpace has transitioned to open-source chemistry tools in version 1.108, replacing Marvin with Ketcher for molecule rendering and integrating OpenBabel and Indigo for backend chemistry data management, ensuring full functionality and backward compatibility for users. This change aligns with RSpace's commitment to open-source principles, enabling more flexible development and potential community contributions to chemistry functionality. Users will experience a seamless update with all existing features preserved, including ChemDraw support and existing chemical structure compatibility. The ResearchSpace team is looking forward to expanding chemistry tools, with potential future improvements like advanced chemical calculations, database integrations, and enhanced data export capabilities. Customers can find the new tools active immediately in the latest release, with the team welcoming user feedback and suggestions for future developments.

Read more

February 26, 2025

The time is now! Vertical interoperability between research tools: an essential enabler for the FAIRification of data

Research Data Management

A post we've written for the FORCE 11 Upstream blog on the concept, importance, and challenges of vertical interoperability between research tools.

Read more

January 20, 2025

IGSN ID Guides from DataCite & RSpace

Integrations

DataCite and RSpace collaborated on a couple materials to demystify IGSN IDs and help support their adoption: a comprehensive guide and an implementation exemplar.

Read more

September 24, 2024

Web Accessibility: Our Improvements to RSpace

Product Updates

In the last year, we have been working to improve the accessibility of the RSpace product. We describe our work in complying with accessibility guidelines, as well as support for high contrast mode and reduced motion mode.

Read more