Publication Date
Spring 2020
Advisor(s) - Committee Chair
Leslie North (Director), Jason Polk, David Keeling
Degree Program
Department of Geography and Geology
Degree Type
Master of Science
Abstract
The natural environment provides the opportunity for educators to teach the general public about scientific topics that are misunderstood. Arctic tourism has increased as accessibility to these regions has improved. Informal learning is a valuable yet extremely understudied phenomenon within the tourism industry. Iceland is a country that lies in the North Atlantic and has experienced a significant increase in foreign visitors over the past decade. Of the natural features in Iceland, glaciers have become a top attraction for visitors. Since thousands of visitors participate in guided glacier tours annually in Iceland, an opportunity to couple glacier tourism with informal education is created. This study utilized a mixed-methods approach of pre- and postoutcome assessments, semi-structured interviews, and observations to evaluate tourist perceptions during a guided glacier tour at three popular destinations in Iceland: Sólheimajökull, Into the Glacier, and Jökulsárlón. This project aimed to assess the outcomes and applicability of informal environmental education to teach about climate change during a guided glacier tour. Results identified that learning outcomes were similar among sites. Each guided glacier tourism experience is unique in nature, but collectively produced individuals that had widened perspectives and increased understanding of glaciers and climate change.
Disciplines
Environmental Education | Geography | Recreation, Parks and Tourism Administration
Recommended Citation
Kincheloe, Natalie Jean, "The Enhancement of Climate Change Science Communication and Understanding Through Glacier Tourism" (2020). Masters Theses & Specialist Projects. Paper 3218.
https://digitalcommons.wku.edu/theses/3218
Included in
Environmental Education Commons, Geography Commons, Recreation, Parks and Tourism Administration Commons