Curtin University: Digital Mineral Library

Video thumbnail (Frame 0) Video thumbnail (Frame 93) Video thumbnail (Frame 292) Video thumbnail (Frame 397) Video thumbnail (Frame 521) Video thumbnail (Frame 608) Video thumbnail (Frame 800) Video thumbnail (Frame 1004) Video thumbnail (Frame 1258) Video thumbnail (Frame 1428) Video thumbnail (Frame 1594) Video thumbnail (Frame 1670) Video thumbnail (Frame 1853) Video thumbnail (Frame 2008) Video thumbnail (Frame 2116) Video thumbnail (Frame 2234) Video thumbnail (Frame 2324) Video thumbnail (Frame 2462) Video thumbnail (Frame 2631) Video thumbnail (Frame 2927) Video thumbnail (Frame 3148) Video thumbnail (Frame 3222) Video thumbnail (Frame 3326) Video thumbnail (Frame 3539) Video thumbnail (Frame 3663) Video thumbnail (Frame 3794) Video thumbnail (Frame 3942) Video thumbnail (Frame 4067) Video thumbnail (Frame 4281) Video thumbnail (Frame 4670)
Video in TIB AV-Portal: Curtin University: Digital Mineral Library

Formal Metadata

Curtin University: Digital Mineral Library
Title of Series
CC Attribution 4.0 International:
You are free to use, adapt and copy, distribute and transmit the work or content in adapted or unchanged form for any legal purpose as long as the work is attributed to the author in the manner specified by the author or licensor.
Release Date

Content Metadata

Subject Area
The John de Laeter Centre for Isotope Research (JDLC), headquartered at Curtin University, is a Perth-based multi-institutional research infrastructure centre providing the academic, resources and environmental research sector with advanced analytical facilities and expertise. This video explores the reasons why open data is critical to the mineral and mining industry. The Centre has commissioned a number of new instruments generating data relating to digital mineralogy and materials characterisation for pure and applied research. The new mineral analyser TESCAN TIMA instrument will be used on up to 2,000 samples from the Geological Survey of Western Australia (GSWA), characterising the mineralogy of the samples into searchable digital mineralogical and geochemical datasets. This ANDS project has created an appropriate metadata schema for these datasets, captured and enhanced the metadata for a 150 sample subset of the collection under that schema and make that metadata available to Research Data Australia and the AuScope portal to facilitate discovery and access to the datasets by the international research community.
Digitizing Projective plane Sampling (statistics) Library (computing)
File format Sampling (statistics) Directory service
Sampling (statistics)
Collaborationism State of matter Projective plane Archaeological field survey Sampling (statistics)
Standard deviation Digital library Software bug
Process (computing)
Projective plane Directory service Frame problem
Process (computing) Energy level Self-organization
Projective plane
Information Sound effect Public domain Routing Physical system
Complex (psychology) Frequency Multiplication sign Universe (mathematics)
Information Source code XML UML
the digital mineral library is a project where we take samples that are
traditionally stored on the shelves of the geological survey of western australia and there'll be thousands of
samples in this format in bags
systematically stored and collected we're generating the data here in the
johns later center we're sourcing the samples from the geological survey of
western australia which is a collaborator in this project the geological survey has been mapping the
state for decades and over the last 20 years have been systematically collecting samples and analyzing them in
our center what we're doing is actually creating a digital library of standard rock types which don't necessarily have geochemical anomalies and that will
provide industry with an understanding of what background looks like what rocks look like when they're actually not
mineralized so I think that's important for the minerals industry in their
exploration process the importance of
this project was that allows us to take detailed data from an instrument they are to manipulate it into a frame which
could be used both nationally and internationally as well as for researchers in Western Australia the
implications of that is that if we can do that across the whole of the organization at an instrument level then
we change the whole process of accessibility and timeliness of data in
the institution we embarked on this
project because we realize that only a relatively small percentage of the data
that's generated and analyzed in research laboratories actually makes it into the public domain the conventional
publication route is a very effective way of academics to get information to each other and that is the way the system works what we're trying to do is
to open up these datasets to the broader research community so that they can explore them and figure out how they
might be useful in their own needs research data is
increasing in size and complexity and I've worked at universities for a long
time and I've seen over that period of time how important it is for researchers to work together with data that's
already been produced by others so for
me it's a fundamental thing about this
information is available and a lot of it is government funded and therefore it
should be available to everybody to use and to make new discoveries that everybody can benefit from I believe
that that's the way of the future industry partnering with the government
and the academic research community is going to be critical we need to realize that Australia is in competition for
attracting investment dollars around the world and we have to be able to provide a better source of information to explore so that they will stay here and they will explore our country and invest in our country