Education and climate change in Singapore: linking first-order climate effects and second-order system responses

Climate change and education are interacting systems: climate-related heat, air-quality stress, and flooding shape the conditions under which learning occurs, while education influences the knowledge, capabilities, values, and practices societies mobilise for mitigation and adaptation. This article examines Singapore through a distinction between first-order climate effects on education and second-order educational responses to climate change. Drawing on a qualitative desk-based synthesis of national policy signals and peer-reviewed research, including evidence on thermal comfort, haze exposure, curriculum, student understanding, teacher beliefs, and teacher preparation, we ask how climate risks and educational responses are connected at system level. Singapore combines strong policy coherence and a national Eco-Stewardship Programme with uneven climate-learning opportunities created by subject choice, examination pressures, and variable teacher capacity. The expanded first-order evidence shows that heat and warm classroom conditions can reduce cognitive performance, haze creates health and exposure risks, and flood resilience depends on continued anticipatory adaptation. The second-order evidence shows that transformative learning is strongest when knowing, doing, and being are developed together through interdisciplinary, experiential, participatory, and whole-school approaches. We argue that the next step is to connect operational climate resilience and educational reform through explicit feedback loops: common climate-learning progressions, aligned assessment, sustained teacher development, participatory learning ecosystems, and school-level monitoring and adaptation that also become objects of student inquiry and action.