Remote sensing in schools: "The forest as climate saver?!" - An infrared search for traces

Abstract

The article “Remote Sensing in Schools: ‘The Forest as Climate Saver?!’ – An Infrared Search for Traces” explores the use of remote sensing as an educational tool for introducing students to forests, environmental processes and climate-related questions. By using infrared information, students can investigate characteristics of vegetation that are not always visible through ordinary observation.

The article connects remote sensing with practical environmental learning. Forests provide an important context for studying vegetation, land cover and the relationship between natural environments and climate. Infrared data can add another perspective by allowing students to examine differences in vegetation and interpret information beyond what can be seen with the human eye.

The educational use of remote sensing can help students understand how geographic technologies are applied to investigate real-world environmental questions. Instead of learning only through theoretical descriptions, students can work with spatial information and imagery to explore geographic features and environmental conditions.

The article therefore presents remote sensing as a useful approach for connecting geoinformatics with school-based environmental education. The “infrared search for traces” provides a practical way to introduce students to image-based observation, vegetation analysis and the wider role of geospatial technologies in understanding forests and environmental change.