Projects on Anthropogenic and Natural Hazards for Gifted Students: A Study From Istanbul to the Arctic

Gifted students represent a critical human resource for addressing complex global challenges such as natural hazards, climate change, and sustainable use of Earth’s resources. Due to their advanced cognitive abilities, high curiosity, and problem-solving potential, these students require enriched, interdisciplinary learning environments that connect local phenomena with global systems. School-based projects focusing on natural hazards, human impact, and Earth’s resources play a key role in fostering scientific literacy, environmental responsibility, and systems thinking, particularly when they are grounded in real-world data and contemporary scientific research.

Projects addressing earthquakes, sea level change, wheather extreme events, resource depletion, and anthropogenic effects enable students to understand the dynamic interactions between natural processes and human activities. When such projects extend from urban and tectonically active regions like Istanbul to polar regions such as the Arctic, students gain a holistic perspective of Earth as an interconnected system. The Arctic, warming three to four times faster than the global average, functions as a natural laboratory where the consequences of anthropogenic climate change—melting sea ice, permafrost thaw, and sea-level rise—are observed most rapidly. Linking local risk contexts with polar case studies strengthens students’ ability to transfer knowledge across scales and enhances their awareness of global responsibility.

This study presents an educational framework and project examples developed for gifted middle school students, integrating anthropogenic and natural hazards through inquiry-based, project-based, and experiential learning approaches. The framework is informed by the author’s 15 years of interdisciplinary teaching experience in physics, chemistry, biology, earth sciences, aviation modeling, and polar sciences, as well as by extensive national and international fieldwork. As one of the very few Turkish teachers to have conducted scientific work in the Arctic during winter, the author has translated firsthand polar observations into classroom practices, digital educational materials, and project-based learning modules. Experience gained through TÜBİTAK 4004 Nature Schools, eTwinning, Erasmus+, Antarctic Ambassadorship, and the Svalbard Research Project forms the methodological foundation of the presented projects.

Within this framework, students actively engage in scientific inquiry, data interpretation, and communication through science fairs, project competitions, and conference-style presentations. A recent student-led project on polar hazards examined the global impacts of climate-change-induced natural disasters in polar regions and reached the final stage of a national competition. Such experiences demonstrate how polar-focused projects increase student motivation, deepen conceptual understanding, and support the development of scientific process skills.

The findings highlight that integrating polar science and hazard education into gifted education curricula enhances environmental awareness, critical thinking, and global citizenship. It is recommended that teacher field experiences, international collaborations, and digital learning resources be expanded to support sustainable and scalable education models. By transforming up-to-date scientific knowledge into structured curricula, gifted education can cultivate future scientists and informed citizens capable of addressing anthropogenic and natural hazards affecting Earth’s systems.