My research project is one that has me a
bit out of my comfort zone. Usually, I always choose the physical reading
material over digital, and I prefer to take notes and do my work by hand –
meaning pen and paper. The nature of digital collation, however, means that I
will be working with digital images, and processing them using software. Unlike
my usual mode of working, the method itself will be entirely digital.
Archival theory has a lot to say about
digital preservation. In short, that it is an ongoing process which requires
dedicated resources and long-term planning; ideally with a budget to match (Forde
& Rhys-Lewis, 2013). With this in mind, I consider my research in two categories:
what can be saved, and what should be saved.
Since my work is entirely in a digital
environment, I could potentially use screen-capture or streaming software to
record my entire work process and save it. Every click, every image, every
shift of the transparency toggle. I could even keep a running audio commentary.
I could save the exact copy of every image I use for every page that I collate
(for each copy of the book). Online software is available for me to store a
spreadsheet of my findings, and to also track all changes over time and save my
version history. Word processing software can allow me to use and save comments on my work as I go.
The realm of can is a big one with a project like this. But what about should? Due to the heavy costs of
ongoing digital preservation and the realities of hardware constraints (running three RAM-intensive programs at once isn't a great idea in terms of computer longevity), I don’t think I would go so far as to document
every detail of my process, even though the technology is technically there. For this
particular type of research, I can see the value in maintaining a drive of the
precise images that I use for my collation. It would be valuable to compare
those images which I am relying on to the actual printed source in order to
later rule out any digital additions or anomalies in the images. These same
images are hosted by institutions with much larger budgets and greater capacity
for preservation than I have access to, but I would want to preserve my own
images to guard the research against changing and updated versions hosted by
the institutions, and to protect against possible future removal of the images.
As for how, I’m looking to archival
standards and am going with the simplest advice. Keep the image resolution as
large as possible, and avoid proprietary file types and drives.
When working through the readings for last
week, I was struck by Arsem’s description of the process of archival research
and how that inspired her method of documentation for her Writing Ada project (2009). Though
her end result might be more accurately described as a collection rather than
an archive, the idea of tracking process, content, change and reaction in a
single place is thought-provoking. I’m hesitant to apply it to work like mine
though, because I feel that the process of collation can be described
comfortably within a methods section, in writing. While the joy of the ‘Ah-ha!’
moment might be lost, I’m not sure how important to me it is to record that
feeling of discovery. It’s something for me to think on though.
Sources:
Arsem, M. (2009). Performed research:
Audience as investigator. In S.R. Riley & L. Hunter, (Eds.), Mapping landscapes for performance as
research: Scholarly acts and creative cartographies (pp. 206-13). London:
Palgrave-Macmillan.
Quill, preserving images is always such a thorny issue from an archival perspective. Much like yourself, I too think that keeping the image resolution as large as possible, and avoiding proprietary file types and drives seems to be the best way forward. As an aside, when I took the audio-visual course (INF1331), I was surprised to find out that when a photographic archival object is not born-digital, sometimes the best course is to actually do everything that you can to preserve the image as a film negative or as a positive image/reversal slide because these formats actually last longer than digital formats. I used to think that better preservation is synonymous with digitizing every analog image that is deemed to be of archival value. But, most institutions don't have the time or the resources to do so and because of all of the issues that you've outlined about format obsolescence, it may not even be worth your while, especially if the analog format actually lasts longer.
ReplyDeleteI definitely agree. I was surprised when I started in archives how much more long-lasting the analogue format often is.
DeleteIn the case of my specific research project, my actual analysis will be based on a set of digitized images, which may have minor variations from the analogue books and even from other digital images of the same book.
My logic was that, in order to preserve the potential to repeat the 'experiment' for validation, it would be helpful to have the actual materials which I ran my analysis on. This, however, would require a lot of storage space, so I'll have to consider it in combination with what resources are available to me and how I plan to use them most effectively.