Connections Quarterly Spring 2016 - Environment | Page 6

Can Independent Schools Continued from page 3 Students would also learn about: c) how their campus functions in its ecosystem and region e.g., its sources of food, water and energy, and the endpoint of waste; its place in the watershed; its natural and cultural history; etc. 2. Ecological sensibility – Schools would cultivate students’ connection with nature, including a strong emphasis on outdoor education. They would also teach the concepts and skills required to live within the boundaries of Earth’s capacity to support us, including habits of conservation and resilience. What can schools do? • Build curriculum that reflects a fundamental concern for sustainability. 3. Creative thinking, problem framing and solving – While problem solving skills are important in any sustainability-related endeavor, it is equally vital to be able to think creatively and frame problems in new and unconventional ways. Schools would ensure these skills were cultivated throughout the curriculum. • Cultivate students’ connection with nature. • Foster creative thinking, problem framing and solving. 4. Citizenship and social change – Students would learn what it means to be a participating democratic citizen. They would experience the power of personal and collective action both on and off campus. They would also be well versed in social change strategies, equipping them, in the real world, to make a difference. 5 • Show students what it means to be a democratic citizen, and make sure they are well versed in social change strategies. It bears emphasizing that many schools already teach and model some of these competencies. That is mainly because good schools and teachers try to learn and improve with the times, keeping in mind the perennial question: what should students know, be able to do, and value when they graduate? But what we need more of are schools that consciously and deliberately step outside conventional boundaries to make this transition toward the most relevant education we can produce. Page 4 Spring 2016 CSEE Connections