Writing your dissertation seems like the perfect time to learn new software, no? As Laura mentioned, she’s starting to use NVivo for her analysis, and I’m doing the same. It’s a new program for our lab, but already it looks very powerful, combining multiple types of data within the same project. For me, that’s audio, video, and transcripts of course, but I’m also finding that I will be able to link the imagery that I used probably to particular parts of the transcript. That means that I will likely be able to connect those easily in the actual dissertation write up. For me, that could prove incredibly useful as I have so many images that are virtually the same, yet subtlely different, what with the topic and level of scaffolding varying just slightly. I don’t think describing the “levels” of scaffolding in words will be quite the same. It may mean a lot of color images for my dissertation printing, though. Hm, another thing to figure out!

I’m also diving into using the new eyetracking tools, which are also powerful for that analysis, but still tricky in terms of managing licenses across computers when I’m trying to collect data in one place and analyze it in another. We’re certainly epitomizing free-choice learning in that sense, learning in an on-demand fashion to use tools that we want to learn about in order to accomplish specific tasks. One could just wish we had had real data to use these tools with before (or money to purchase them – NVivo and StudioCode, another powerful coding tool for on-the-fly video coding, are not cheap). Between that and the IRB process, I’m realizing this dissertation process is even more broadly about all the associated stuff that comes with doing research (not to mention budgeting, scheduling, grant proposing …) than it is about even the final project and particular findings themselves. I’m sure someone told me this in the beginning, but it’s one of those you don’t believe it until you see it sorts of things.

What “else” have you learned through your research process?

With all the new wave exhibit work, visitor center maintenance, server changes and audio testing that has been going on in the last few months, Mark, Katie and I realized that the Milestone system that runs the cameras and stores the video data is in need of a little TLC.

Next week we will be relabeling cameras, tidying up the camera “views” (customized display of the different camera views), and checking the servers. We’ve also been having a few problems with exporting video using a codec that allows the video to be played on other media players outside the Milestone client, so we’re going to attempt to solve that issue too. Basically we have a bit of camera housekeeping to attend to – but a good tidy up and reorganize is always a positive way to start the new year me thinks!

Before the holidays, Mark had also asked me to try out the newly released Axis network covert camera – which although video only, is much smaller and discreet than our dome counterparts, and may be more useful for establishment angles, i.e. camera views that establish a wider view of an area (such as a birds eye view), and don’t necessarily require audio. With the updated wave tanks going in, I temporarily installed one on one of the wave kiosks to test view and video quality. During the camera housekeeping, I’m going to take a closer look at its performance to determine whether we will obtain and install more. They may end up replacing some of the dome cameras so we can free those up for views that require closer angles and more detailed views/audio.

Source: axis.com via Free-Choice on Pinterest

 

Happy new year everyone!

After all the fun and frivolities of the holiday season, I am left with not only the feeling that I probably shouldn’t have munched all those cookies and candies, but also the grave realization that crunch time for my dissertation has commenced. I’d like to have it completed by Spring and, just like Katie, I’ve hit the analysis phase of my research and am desperately trying not to fall into the pit of never-ending data. All those current and former graduate students out there, I’m sure you can relate to this – all those wonderful hours, weeks and months I have to look forward to of frantically trying to make sense of the vast pool of data I have spent the last year planning for and collecting.

 

But fear not! ’tis qualitative data sir! And seeing as I have really enjoyed working with my participants and collecting data so far, I am going to attempt to enjoy discovering the outcomes of all my hard work. To me, the beauty of working with qualitative data is developing the pictures of the answers to the questions that initiated the research in the first place. It’s a jigsaw puzzle with only knowing a rough idea of what the image might look like at the end – you slowly keep adding the pieces until that image comes clear. I’m looking forward to seeing that image.

So what do I have to analyze? Well, namely ~20 interviews with docents, ~75 docent observations, ~100 visitor surveys and 2 focus groups (which will hopefully take place in the next couple of weeks).  I will be using the  research analysis tool, Nvivo, which will aid me in cross-analyzing the different forms of data using a thematic coding approach – analyzing for reoccuring themes within each data set. What I’m particularly psyched about is getting into the video analysis of the participant observations, whereby I’m finally going to get the chance to unpack some of that docent practice I’ve been harping on about for the last two years. Here, I’ll be taking a little multimodal discourse analysis and a little activity theory to break down docent-visitor interaction and interpretative strategies observed.

Right now, the enthusiasm is high! Let’s see how long I can keep it up 🙂 It’s Kilimanjaro, but there’s no turning back now.

 

As I gear up for Deme‘s first play tests, I find it useful (if intimidating) to look past the initial design phase to what its future might hold. If I choose to publish Deme as a boxed-and-ready board game, I’ll have in mind Ben Kuchera’s recent piece for the Penny Arcade Report. Kuchera interviewed James Mathe of Minion Games about the realities of using Kickstarter to fund a board game.

“Mathe said that his fulfillment company stated that out of 80 new products in 2012, only 22 of them sold over 500 units at retail. That’s a sobering look at the reality of the board game business, and it’s a business with a heavy cost in terms of production and shipping. In contrast, Mathe gets production quotes assuming runs of 1,500 to 2,000 copies of each game. ‘You’re not going to sell more then [sic] that on Kickstarter and through distribution unless you have a real hit of a game,’ he explained. ‘Which is rare, though everyone thinks their game is great.'”

Publication and distribution issues are still a way off for me. Still, they will be waiting as soon as I feel that Deme is ready for release. Should I go digital? Should I release Deme strictly as a rule set? Should I maintain a stock of pre-fab game sets for demos? The sooner I get people around the table, the sooner I’ll know.

 

We’ve recently been prototyping a new exhibit with standard on-the-ground methods, and now we’re going to use the cameras to do a sort of reverse ground-truthing. Over our busy Whale Watch Week between Christmas and New Year’s, Laura set up a camera on the exhibit to collect data on people using the exhibit at times when we didn’t have an observer in place. So in this case, instead of ground-truthing the cameras, we’re sort of doing the opposite, and checking what we found with the in-person observer.

However, the camera will be on at the same time that the researcher is there, too. It almost sounds like we’ll be spying on our researcher and “checking up,” but it will be an interesting check of both our earlier observations without the camera in place, as well as a chance to observe a) people using the new exhibit without a researcher in place, b) people using it *with* a researcher observing them (and maybe noticing the observer, or possibly not), and c) whether people behave differently as well as how much we can capture with a different camera angle than the on-the-ground observer will have.

Some expectations:

The camera should have the advantage of replay which the in-person observer won’t, so we can get an idea of how much might be missed, especially detail-wise.

The camera audio might be better than a researcher standing a ways away, but as our earlier blog posts have mentioned, the audio testing is very much a work in progress.

The camera angle, especially since it’s a single, fixed camera at this point, will be worse than the flexible researcher-in-place, as it will be at a higher angle, and the visitors may block what they’re doing a good portion of the time.

 

As we go forward and check the automated collection of our system with in-place observers, rather than the other way around, these are the sorts of things we’ll be checking for, advantages and disadvantages.

What else do you all expect the camera might provide better or worse than a in-person researcher?

 

It was our last day in Glacier National Park, Montana.  My dad, sister, husband & I entered the park at the Saint Mary entrance for the third time and this time we committed to stopping at the visitor center.  The four of us walked inside to see ceiling-high windows with mountain views, a movie playing in a dark room, a large timeline with the history of the area, a small room with exhibits, and, of course, a bookstore.  Our party dissipated and I headed straight for the exhibits.

The room wasn’t that large, maybe 30’x20’.  There was a teepee set up in the corner that you could go in to.  Arranged along the walls of the room were six-foot-high signs covering topics of land use, creating a park, creation and animals. Along the back wall were taxidermied animals of species common within the park: a bear, wolf, and moose. I started at the animals.  Each animal had a sign in front of it that was fairly ordinary.  There was the animal’s common name, a picture, cast of its track, and a button and phone to hear a sound of the animal.  But what caught my eye was the animal’s common name printed in three native languages with translations.

Source: Uploaded by user via Free-Choice on Pinterest

I moved on to look at the signage that took up the majority of this small area and I started recognizing a pattern.  I read about creation beliefs, oral histories, place names and place meanings from the point of view of the Salish and Pend d’Oreille, Kootenai, and Blackfeet, the same three native languages I saw on the animal signs.  It seemed that these signs, because of how they read, were co-created with tribe members.

 

Source: Uploaded by user via Free-Choice on Pinterest

I spent a good portion of my time at the sign about oral histories because of both personal and professional interests.  How do we tell stories? What do they mean to us?  To others? I think the Blackfeet said it well,

“Oral history is our culture.  Our oral history holds the key to who we are.  Our language is spiritual because it is taken from nature, and nature is spiritual.  Our language doesn’t need a verb to move the noun; it is in constant motion like the earth.”

 I met the rest of my group by the windows, looking out at the mountains.  We left Montana the next day with a lot of new stories to tell.