Module 2
How does digital information change our understanding of natural systems?
I enjoyed exploring the plethora of the digital resources
that were presented in this module on natural history. Certainly access to information is
important for scientists, educators as well as citizens. These resources allow complex concepts
and scientific data to be presented in a way that is accessible to
non-scientists.
The ability for scientists to share information, data and
research on natural systems through digital technology enhances the development of a deeper understanding of our natural environment. This
could create a larger web of information where connections and contrasts might
be created through access to digital catalogues, search engines and clearing
houses. This might be especially important in Alaska due to our isolation
where professionals may not have the opportunity for on-going contact and
dialogue related to their work.
Remains of Eagle Village on the Yukon River in eastern Alaska after rapid ice breakup in early May 2009.Photos by Carl Stapler/National Park Service.
Remains of Eagle Village on the Yukon River in eastern Alaska after rapid ice breakup in early May 2009.Photos by Carl Stapler/National Park Service.
As I went through the videos of break-up, tsunamis and
volcanoes, my two elementary aged children were pulled from their activities to
investigate what mom might be watching for her “adult class.” The images and videos immediately
engaged them and promoted observation, comparison and discussion. The availability of these
resources to share with students in the classroom would be a way to increase
interest and understanding of the learning objectives. As a special educator, I
also know that allowing learners’ access to information using a variety of input modalities is important, Images and video with sound can support increased
engagement and comprehension of the concepts and content.
How have Alaska’s natural
systems changed over time?
The word that kept entering my thoughts as I reviewed the
materials on Alaska’s natural systems was “dynamic.” Evidence of this dynamic system is apparent to me on my
daily commute to work. I enjoy
living in an environment that gives us daily reminders of our dependence on the
natural world. The land on which the elementary school sits where I worked with children today was relatively recently covered with glacial
ice.
Location of Mendenhall Glacier in southeastern Alaska. Post-LIA terminus positions are overlain on a 1996 aerial photograph. Datum: UTM8N, NAD27. (Motyka et al, 2002 http://www.polar-remotesensing.alaska.edu/case_glacier/area.html |
Another personal reminder of natural system changes in Alaska I was while hiking in Wachusett Inlet in the east arm of Glacier Bay during a kayak trip. We were surrounded by fields of dry
rock, alder leaves decomposing in the cracks. Dryas claiming it’s territory on rocks in a carpet of large,
spongy circles. This was a
recently receded glacial zone and possibly we were the first humans to set foot
in the newly revealed landscape since the most recent ice age.
Dryas patch, Glacier Bay National Park.
Photo courtesy of National Park Service
Most impacting of the resources were the stories of Native Alaskans sharing their observations of changes in their environment during their lifetimes as well as through historical records passed down through generations. The Iñupiaq people of Barrow described the impact of changes in the ice and it’s effect on their subsistence activities vital to their culture and survival (Arctic climate perspectives,Teacher’s Domain). Their deep understanding of sea ice and it’s impact on their whaling activities was reflected in their voices. This powerful message of climate change is immediately accessible to educators, the media or any interested party in gaining information beyond the facts and figures of data to share the personal effects of a changing environment.
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Reflection
Taku Inlet, near Juneau, Alaska |
Thanks Heidi, for your thoughts on this week's module.
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