For nearly four years, the Stanford Digital Repository (SDR) has been home to the research outputs of scientists and scholars from across Stanford’s campus. But while those data files, videos, source code, microscopy images, survey results, maps and more have been discoverable and accessible through the Libraries’ online catalog, SearchWorks, it has been hard to get an overview of all the available data. Until now.
We are pleased to announce that Mark Matienzo is joining Stanford Libraries as of September 19, 2016 as our Collaboration & Interoperability Architect. Mark will be joining Stanford from DPLA (the Digital Public Library of America) where he currently serves as the Director of Technology. He has previously worked as an archivist, a digital library software developer, and the technical architect for the ArchivesSpace project, at institutions including DPLA, the Yale University Library, and The New York Public Library.
His background and skills in IT systems, data modeling, and community building across libraries, archives and museums (LAMs) make him uniquely qualified and well suited for this position. The Collaboration & Interoperability Architect is a key role. It promotes convergence and interoperable approaches to digital information management among LAMs. This ranges from helping arrange joint projects, to fostering and broadening collaborations on successful open source software efforts; from identifying better data models that work across sectors, to advancing interoperability via initiatives like IIIF, the International Image Interoperability Framework.
With funding support from the Andrew W. Mellon Foundation, this role was created with the recognition that LAMs are at a critical stage of adapting to the digital world, that they have common needs and opportunities, and through cross-pollinating ideas and efforts early and often, they can converge on common approaches—like IIIF—where the whole is greater than the sum the parts.
Stanford has deliberately pursued collaboration and interoperability as a key strategy for its digital library efforts. Many hands working in concert produces access to more information, richer services, faster innovation and more sustainable systems. As we say in the Hydra Project, “if you want to go far, go together.”
There is no shortage of collaboration opportunities on the horizon. We anticipate that Mark will be engaged in efforts drawing on IIIF, linked data, cross-LAM data models and Web archiving. He will also no doubt have a hand in helping extend and broaden some of the most adaptable open source technologies in this space including Hydra, Fedora and Blacklight in its many forms (including ArcLight, Spotlight and GeoBlacklight).
The Stanford University Libraries (SUL) has introduced new features in its online catalog, SearchWorks, and the Stanford Digital Repository to make it easier for users worldwide to get access to a treasure trove of high resolution digital images. The basis of these new features is the International Image Interoperability Framework, a global initiative co-founded by SUL to support the creation of a global network of broadly accessible images curated and produced by libraries, museums, archives and galleries to support research, teaching and broad public use.
In honor of the useR! 2016 Conference taking place this week, we wanted to outline ways researchers can use the Stanford Digital Repository to power their R visualizations.
The Stanford Digital Repository allow Stanford researchers and affiliates to deposit research data for preservation, access, and discovery. Data deposited in the repository is citable and from which the original content can be downloaded. The data is then made available through open web standard services for consumption. For example, images in the repository are delivered by a IIIF-compatible service, geospatial data are served out as Web Mapping Services (WMS) and Web Feature Services (WFS), and generic files are all served through HTTP.
R users can take advantage of these web services and the data being served out.
About this series
As part of the opening events for The David Rumsey Map Center at Stanford's Green Library I recently gave a talk about the various ways you can "hack" the David Rumsey Map Collection. I showed how you can make use of the David Rumsey Map Collection using a variety of Stanford University Library resources and services.
Over the next few weeks I will post a series of brief step-by-step "how-to" tutorials on making use of digital resources from the David Rumsey Map Center and Collection. For the most part, I will be highlighting the resources I presented in my talk.
Part of audio preservation work includes working with media that has peculiar characteristics. Sometimes the atypical qualities are a byproduct of how the recording was made by the recordist. An example of this type of problem that we occasionally see at the Stanford Media Preservation Lab is when an open reel tape is recorded over and there is remaining content hidden in certain spots of the tape. This presents specific problems in capture since tape heads are built for use with specific physical configurations of tracks and thus capturing the hidden spots outside of the normal range of track configuration is near impossible. With this in mind SMPL recently worked on obtaining equipment to address this challenging scenario.
From January 25th to 29th, we hosted Geo4LibCamp 2016 at the Hartley Conference Center and Branner Library. Inspired by the success of LDCX 2015, this inaugural event was planned as a hands-on meeting to bring together those building digital repository and associated services for geospatial data. We wanted to focus on sharing best practices, solving common problems, and addressing technical issues.