While there are countless unsung classroom heroes that use GIS, we’ve picked five to highlight, from our user success stories in the past few years.
These stories highlight the transformative role of Geographic Information Systems (GIS) technology in modernizing K–12 education across the United States. Through partnerships with organizations like the Missouri Botanical Garden and universities like Lehigh, educators are replacing traditional textbooks with interactive mapping tools to study local ecology, history, and social issues. Students utilize specialized software and hardware, such as drones and infrared sensors, to tackle real-world challenges like tracking wildfire risks to unhoused populations or analyzing watershed patterns. The initiatives emphasize professional development for teachers and provide students with industry-standard credentials, bridging the gap between classroom learning and future careers. Ultimately, these programs foster spatial literacy, enabling young learners to visualize complex data and better understand the world around them.
The five stories
Empowering Ecological Education with Digital Mapping Tools
The Litzsinger Road Ecology Center serves as a vital hub for place-based ecological education, bridging the gap between natural environments and digital analysis for students and teachers. Under the leadership of Dr. Bob Coulter, the center utilizes GIS to help young learners visualize complex environmental data, such as watershed patterns and climate change projections. This case study highlights how integrating real-world field experience with modeling tools empowers children to investigate their local ecosystems while contributing to meaningful scientific dialogue. Ultimately, the program aims to make the world more intriguing for students by using technology as a lens to deepen their understanding of the natural world and prepare them for future challenges.
GIS in the Classroom Provides an Innovative Method to Teach Social Studies
Educator Chris Bunin has transformed traditional social studies by integrating geospatial technology into the classroom, moving beyond textbooks to provide students with hands-on technical experience. By utilizing ArcGIS software and a fleet of drones, Bunin allows his students to conduct field research and data mapping that connects historical concepts to the modern world. This innovative curriculum does more than teach history; it prepares students for the workforce by helping them earn professional industry credentials and FAA pilot licenses. Ultimately, the program demonstrates the diverse career applications of geographic information systems, proving that spatial literacy is a valuable asset in fields ranging from environmental protection to healthcare.
Geologist Turned Educator Gets GIS for Every West Virginia K–12 Student
Drawing from her professional background as a geologist, Dr. Erika Klose has successfully integrated GIS into the West Virginia public school system to provide students with a deeper spatial understanding of data. By transitioning from complex desktop software to accessible, web-based applications like ArcGIS Online, the state has empowered educators across various grade levels to connect academic lessons with real-world geographic contexts. These digital tools allow students to move beyond passive learning, engaging instead in active scientific investigation through projects such as tracking wildlife migrations or competing in digital storytelling contests. Ultimately, this initiative aims to make data literacy a natural part of a student's intellectual toolkit, bridging the gap between K-12 education and the advanced requirements of college and career pathways.
High School Students Use Mapping Tech to Protect the Unhoused from Wildfires
This article explores how students from Anderson W. Clark Magnet High School utilized GIS and infrared sensors to address the dual crises of homelessness and wildfires in California. By building and deploying a CubeSat prototype attached to a weather balloon, the students identified heat signatures of unhoused encampments hidden within dense, fire-prone vegetation. The resulting interactive web maps were shared with the Los Angeles Fire Department to facilitate more efficient emergency evacuations and rescue operations. Ultimately, the text highlights the power of hands-on technical education in empowering youth to develop innovative, data-driven solutions for community safety and humanitarian aid.
Lehigh University's Teacher Education Program Illustrates Why GIS Is a Powerful Classroom Tool
Lehigh University is revolutionizing K–12 instruction by training educators to integrate GIS into diverse academic subjects. By fostering spatial literacy, the program empowers students to move beyond textbooks and use inquiry-based learning to analyze complex real-world issues like climate change, public health, and urban history. Through strategic collaborations and grant-funded research, the university provides teachers with the technical skills and tools necessary to bridge the gap between abstract data and local, community-based problem solving. Ultimately, this initiative aims to make geospatial reasoning a fundamental part of the modern curriculum, preparing the next generation for advanced careers in STEM and environmental fields.
