Self-deposit, discovery, and delivery of scientific GIS datasets using GeoHydra
Hardy, Darren (2014-06-10)
Hardy, Darren
10.06.2014
Julkaisun pysyvä osoite on
https://urn.fi/URN:NBN:fi-fe2014070432307
https://urn.fi/URN:NBN:fi-fe2014070432307
Kuvaus
Presentation at Open Repositories 2014, Helsinki, Finland, June 9-13, 2014
General Track Papers and Panels
Hardy, Darren (Stanford University, United States of America)
General Track Papers and Panels
Hardy, Darren (Stanford University, United States of America)
Tiivistelmä
We present the architecture of a geospatial digital library and a case study of its use for a scientific GIS dataset self-deposited by marine ecologist Malin Pinsky. In this case, he was published in a journal article [1] for research on Pacific salmon conservation conducted while at Stanford’s Hopkins Marine Station. He subsequently self-deposited his research data for preservation in our institutional repository [2, 3] and we provided full discovery and delivery services for his scientific GIS dataset through our geospatial digital library and spatial data infrastructure.
The Stanford Digital Repository (SDR; http://sdr.stanford.edu) is an institutional repository for scholarly information resources with holdings of over 120 terabytes and 180 million files. Faculty, students, and researchers can promote, describe, share, and preserve their work via self-deposit. When we developed a geospatial digital library as a full-service repository for scientific GIS datasets, we kept a few key goals in mind: (1) to manage these assets as durable digital library objects within our institutional Fedora repository; (2) to search and deliver them via a spatial data infrastructure; (3) to discover and use them via a variety of applications and contexts; and (4) to curate them via the open and collaboratively maintained Hydra ecosystem.
The Stanford Digital Repository (SDR; http://sdr.stanford.edu) is an institutional repository for scholarly information resources with holdings of over 120 terabytes and 180 million files. Faculty, students, and researchers can promote, describe, share, and preserve their work via self-deposit. When we developed a geospatial digital library as a full-service repository for scientific GIS datasets, we kept a few key goals in mind: (1) to manage these assets as durable digital library objects within our institutional Fedora repository; (2) to search and deliver them via a spatial data infrastructure; (3) to discover and use them via a variety of applications and contexts; and (4) to curate them via the open and collaboratively maintained Hydra ecosystem.
Kokoelmat
- Open Repositories 2014 [218]