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Global Climate Change and Its Impacts

middle school level. In 2021, New Jersey announced that starting from the 2022-2023 school
year, climate change education would be integrated into the basic education (elementary to
high school) curriculum and provide abundant online resource support. The climate action
program launched by U.S. nonprofit organizations in collaboration with the World Wildlife
Fund leverages expertise from multiple organizations to guide teaching and research
activities for students and teachers in nearly 100 countriescountries, offering guidance for
6-week teaching and research activities to transform teachers’ and students’ perceptions of
climate.
The United Kingdom has also implemented notable initiatives in advancing climate
education. At the 26th United Nations Climate Change Conference in November 2021, the
then UK Secretary of State for Education announced a series of new measures placing cli-
mate change education at the core of the educational system, including the introduction of a
dedicated climate change curriculum. The curriculum is scheduled to be fully operational by
2023, and by September 2025, UK secondary students will gain in-depth knowledge about
the natural world through a newly established natural history course. Furthermore, numer-
ous UK higher education institutions have integrated sustainable development and climate
change-related content into all academic programs.
To align domestic climate education with international standards and improve education
quality, we can draw on international experience in multiple aspects. In standard develop-
ment, refer to the concepts of UNESCO to comprehensively integrate climate education into
all disciplines and educational stages. Starting from the basic education stage, systematically
incorporate basic knowledge of climate science into courses such as science and geography,
using engaging and interactive methods to spark students’ interest, such as through exper-
iments and field observations to help students understand the differences between weather
and climate, local climate characteristics, etc. In higher education, develop curriculum stan-
dards aligned with international cutting-edge research for relevant disciplines such as envi-
ronmental science and meteorology, covering the complex mechanisms of climate change,
the latest research findings, and in-depth discussions on response strategies.
In the development of assessment systems, draw on the OECD’s PISA evaluation
framework to design climate education assessment tools suitable for domestic use. In addi-
tion to testing students’ mastery of climate science knowledge (such as types and impacts
of greenhouse gases, causes of climate change), emphasis should be placed on evaluating
students’ environmental attitudes, behavioral intentions, and ability to address practical cli-
mate-related issues. This can be achieved through questionnaire surveys to gauge students’
level of concern about climate change and their daily environmental protection practices;
by creating real-world problem scenarios to assess students’ ability to apply knowledge in
proposing solutions. Simultaneously, establish a teacher evaluation mechanism to assess ed-
ucators’ effectiveness in delivering climate education content, as well as the innovation and
efficacy of teaching methods - including whether interdisciplinary teaching approaches, proj-

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