GINA is a mechanism within the University of Alaska (UA) for sharing data and technical capacity among Alaskan, Arctic, and world communities.
Established in 2001 as an initiative of UA’s President, GINA promotes collaboration at the local, state, and federal levels by increasing community-wide participation in the discovery and use of geospatial data. GINA’s products and services greatly expand the range of available analysis capabilities in order to better address research and management requirements.
|Summer recap: Ice Cellar Monitoring Project with ASRC-Federal|
Posted 2 days ago
Hi everyone, it’s Ianjon again. I wanted to write a recap of my summer work on the Ice Cellar Monitoring project I told you about in May. I’ve done some neat things this summer. Last time I wrote a blog post I had just started on prototyping a device with a Raspberry Pi to monitor temperature and humidity for the North Slope ice cellars. Everything I’ve done I learned how to do this summer including basic python coding, soldering, and setting up a raspberry pi.
Soldering sensors to ethernet cables
There are a few iterations that I went through for the prototype, which is about 6 or 7 different versions/adaptations onto each one, making it better and more efficient for the users and cost effective . The goal of the project and this kit I’m designing is to help people across the North Slope preserve their food from hunting by providing a monitoring system that can notify them when it starts hitting a threshold on either temperature or humidity.
Testing how my prototype runs on solar power
Besides just building the prototype, I need to test if it fits in the real world, and eventually deploy these kits in ice cellars for people to use. I reached out to some of the community in June/July and was asked to present at the Alaska Eskimo Whaling Commission about the project. I presented to the Commission and they were interested in the project a fair amount. After that presentation, I was asked if I could join the ASRC-Federal STEM team on a visit to the village of Point Hope to talk about my project.
The trip to Point Hope’s main objective was to get kids of all ages interested in higher education. I followed out with ASRC-Federal employees to help with the STEM (Science, Technology, Engineering , Mathematics) program. I had never been to Point Hope before. After helping out with that, I went and interviewed some of the local people about their ice cellars and took some measurements. After the trip was over, I came back to Fairbanks to fine tune the project even further.
The summer task to design and build a prototype is fairly close to being “real -world active”. For the next year I need to run some tests in similar conditions to an ice cellar. After that’s done, fine tune some of the things and then get a real test going in various locations. I’d like to start in my hometown of Utqiagvik since it has the largest population density in the North Slope.
GINA receives numerous geospatial data sets, many in real time. Information is then rapidly processed and managed for use by scientiﬁc researchers, state and federal agencies, and the general public.
GINA is involved with many Alaskan, Arctic and International projects. Our goal is to increase community-wide participation in the discovery and sharing of geospatial data.
GINA teams with partner institutions and agencies to create information products and services that are used in a variety of projects to better display and understand spatial information.