Environmental
Systems & Societies
Systems & Societies
In order to study DP Environmental Systems and Societies, students should have a 4 to study at standard level and a 5 to study at higher level in their G10 report card for Science.
Environmental systems and societies (ESS) is a dynamic interdisciplinary subject therefore, students can choose whether to take ESS as a Science or as Individuals and Societies.
Environmental systems and societies (ESS) aims to empower and equip students to:
1. Develop understanding of their own environmental impact, in the broader context of the impact of humanity on the Earth and its biosphere
2. Develop knowledge of diverse perspectives to address issues of sustainability
3. Engage and evaluate the tensions around environmental issues using critical thinking
4. Develop a systems approach to provide a holistic lens for the exploration of environmental issues
5. Develop knowledge of diverse perspectives to address issues of sustainability engage and evaluate the tensions around environmental issues using critical thinking develop a systems approach to provide a holistic lens for the exploration of environmental issues be inspired to engage in environmental issues across local and global contexts.
Students at SL and HL study:
• a concept-based syllabus that promotes holistic thinking about strategies to address environmental issues
• a foundation topic that introduces and explores the three key concepts
• a common internal assessment
• the collaborative sciences project.
The SL course provides students with a fundamental understanding of ESS and experience of the associated skills. The HL course requires students to gain knowledge and understanding of the subject underpinned by an exploration of ethical, legal and economic issues relating to the environment (HL lenses), and provides a solid foundation for further study at university level. Both SL and HL students gain an understanding of the complexities of environmental issues, solutions and management.
Course content:
Topic 1: Foundations
Topic 2: Ecology
Topic 3: Biodiversity and conservation
Topic 4: Water
Topic 5: Land
Topic 6: Atmosphere and climate change
Topic 7: Natural resources
Topic 8: Human populations and urban systems
Higher level lenses:
Environmental law
Environmental economics
Environmental ethics
Required Skills:
The ESS course requires no specific prior learning at either SL or HL.
No particular background in terms of specific subjects studied for national or international qualifications is expected or required.
The skills needed for the ESS course are developed within the context of the course itself.
Syllabus Outline
Internal Assessment:
The individual investigation is an open-ended task in which the student gathers and analyses data in order to answer their own formulated research question. The requirements are the same for both SL and HL. The outcome of the individual investigation will be assessed through the form of a written report. The maximum overall word count for the report is 3,000 words and students have 10 hours to complete it.
Assessment components for SL (left) and HL (right)
Environmental systems and societies (ESS) is a dynamic interdisciplinary subject that takes 21st-century challenges and socio-environmental real-world issues and looks at them through the lens of human societies and the interrelationships of the natural world: biosphere, atmosphere, hydrosphere and lithosphere. Students explore how these relationships change over time and space, consider the potential adaptations and mitigations that human societies and the natural world may currently be undergoing, and how these could impact the future and our place in it.
At DISV, the ESS syllabus is split between the two years of DP, with half the course content taught in the first year, and the other half in the second year. The key concepts taught to students are 'sustainability', 'systems' and 'perspectives' and will be used to make connections within all topics taught as well as other topics (global politics, psychology, economics).
Timeline:
Topics covered in Year 1: Foundations, Ecology, Biodiversity and conservation, Water
Topics covered in Year 2: Land, Atmosphere and climate change, Natural resources, Human populations and urban systems
Resources and necessary equipment:
Students will be working with the Pearson 3rd Edition book for ESS, InThinking online resources, and class presentations. Student will be given an exercise book. They are required to bring calculators, pens, rulers, and pencils to class.
Faculty's assessment system and reporting:
Throughout the course a number of summative assessments are given, which are closely modelled on the exam papers mentioned above, including pasted exam questions. The grade reports are calculated based on an average of these summative assessments.
Formative assessments are intended to support students in acquiring the skills and knowledge needed to be successful on summative assessments and these can take a variety of forms from research, presentations or homework.
Inquiry-based teaching:
Students are introduced to various topics and environmental issues, and throughout the course will be encouraged to conduct relevant research to build up case studies/examples on the topic/issue (e.g. a topic of energy security would lead students to develop case studies on countries that have high energy security and low energy security), which will be used for their essays in Section B of Paper 2. Students will, through investigation, evaluate various environmental management practices, to determine the best strategies.
Connections to International Mindedness:
The ESS course emphasizes the importance of making local to global connections to develop an understanding of sustainability issues. This has remained strong in environmental education and is also reflected in the history of the environmental movement, with its initial focus on the local leading to a realization of the significance of the global context. During the 1940s–1960s, most environmental concerns were in relation to local and national interests, agricultural sufficiency and local pollution. By the 1970s– 1980s, this had moved to recognizing the need to manage regional issues, such as acid rain, and saw the start of global concerns around the ozone layer and climate change. By the 1990s, the essential global context of numerous environmental concerns had been more clearly recognized. Since the 21st century, the concept of the Anthropocene has gained growing acceptance as the term for the current epoch; essentially, there is the realization that the scale of global impact is no longer under the regulation of nature alone. In this century, the global environment is under new management: humanity.
Ms Kristina Miguel | kmiguel@danubeschool.com
Ms Renata Balkova | rbalkova@danubeschool.com
By Appointment Only: Please arrange a suitable time via email or in person after class.