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IBDP ESS

IBDP ESS

We developed Flyp to cover every base of your International Baccalaureate Environmental Systems and Societies Revision. From lesson videos, notes, quizzes and past papers, to our AI Tutor to help you with everything you need, as soon as you need it.

  • Revision videos can be wonderful resources for students seeking to gain understanding in subjects they feel weak in. Each of our lessons has a professionally-developed video written by some of the best teachers in the space.

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  • Collaboration is a key element of studying, that isn't done enough online. Join Discord-style channels, forums and groups, and share your knowledge with your peers.

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Course Content

We developed Flyp to cover every base of your International Baccalaureate Environmental Systems and Societies Revision. From lesson videos, notes, quizzes and past papers, to our AI Tutor to help you with everything you need, as soon as you need it.

    • Introduction to Environmental Perspectives

    • Socio-Cultural Influences on Perspectives

    • Worldviews and Environmental Value Systems

    • The Role of Media and Activism in Shaping Perspectives

    • Systems Theory and Environmental Systems

    • Modeling Environmental Systems

    • Introduction to Sustainability

    • Measuring Sustainability

    • Environmental Ethics and Sustainable Decision-Making (HL Only)

    • Introduction to Interdisciplinary Approaches in ESS

    • Introduction to Ecology and Ecosystems

    • Energy Flow and Productivity in Ecosystems

    • Biogeochemical Cycles

    • Population Dynamics

    • Community Interactions and Succession

    • Biodiversity and Conservation

    • Ecological Footprint and Sustainability

    • Human Populations and Carrying Capacity

    • Introduction to Biodiversity to Biodiversity

    • Conservation of Biodiversity

    • Ecosystem Services and Biodiversity

    • Protected Areas and Conservation Planning

    • Endangered Species and Conservation Priorities

    • Ethics and Conservation (HL Only)

    • Genetic Diversity and Conservation

    • Conservation in a Changing Climate

    • Conservation and Sustainable Use of Natural Resources

    • International Agreements and Conservation Policies

    • The Role of Indigenous Knowledge in Conservation

    • Introduction to the Hydrological Cycle

    • Freshwater Resources and Their Management

    • Aquatic Food Production Systems

    • Marine Ecosystems and Biodiversity

    • Water Pollution and Its Management

    • Integrated Water Resources Management (IWRM)

    • Wetlands and Their Conservation

    • Water Security and Global Water Issues

    • Oceanic Resources and Their Management

    • Aquifers and Groundwater Management

    • Introduction to Soil Systems

    • Soil Degradation and Conservation

    • Terrestrial Food Production Systems

    • Agricultural Practices and Their Environmental Impact

    • Soil Fertility and Nutrient Management

    • Terrestrial Ecosystems and Biodiversity

    • Sustainable Land Management

    • Sustainable Food Systems

    • Terrestrial Food Production and Global Food Security

    • Global and Regional Patterns in Food Production and Consumption

    • Structure and Composition of the Atmosphere

    • The Greenhouse Effect

    • Ozone and the Stratosphere

    • Urban Air Pollution

    • Climate Change and Global Warming

    • Global Climate Models and Predictions

    • Air Quality and Human Health

    • Mitigation of Climate Change

    • Adaptation to Climate Change

    • International Agreements on Climate Change

    • Introduction to Energy Resources

    • Fossil Fuels and Nuclear Energy

    • Renewable Energy Sources: Solar, Wind, and Hydropower

    • Renewable Energy Sources: Biomass, Geothermal, and Tidal

    • Energy Efficiency and Conservation

    • Sustainable Resource Management

    • Energy Policy and Global Energy Transition

    • Waste Management and Resource Recovery

    • Global Resource Use and Sustainability

    • Introduction to Human Population Dynamics

    • Carrying Capacity and Ecological Footprint

    • Resource Use and Environmental Impact

    • Urbanization and Sustainable Cities

    • Sustainable Agriculture and Food Security

    • Economic Systems and Resource Use

    • Environmental and Social Justice

    • Sustainable Development and the SDGs

    • Future Scenarios and Sustainable Development

    • Environmental Law

    • Environmental Economics

    • Environmental Ethics

Pricing

£11.95

£11.95 charged monthly

£9.97

£29.95 charged quarterly

£7.99

£95.90 charged yearly

Subscription includes all of the following:

  • Videos

  • Notes

  • Quizzes

  • Personal Syllabus

  • Practice Hub

  • Personal Notebook

  • Channels & Groups

  • AI Tutor

  • Study Scheduler

  • Kanban Board

  • Pomodoro Timer

  • Study Room

  • Music

✺ Frequently asked questions ✺

  • The IB ESS course covers a range of topics including ecosystems and biodiversity, resource management, pollution, climate change, and sustainability. These topics provide students with an understanding of environmental science concepts and the relationship between natural and human systems.

  • Assessment for IB ESS includes external exams with multiple-choice, short-answer, and structured questions that test students’ knowledge and analytical skills. An internal assessment (IA), which is a practical investigation, also contributes to the final grade.

  • The IA in IB ESS is a field-based or laboratory investigation where students design and conduct an environmental study, analyze data, and report findings. This allows students to apply their understanding of research methods and explore environmental issues hands-on.

  • IB ESS provides a foundation for university courses in environmental science, geography, and sustainability studies. It’s valuable for careers in environmental management, policy-making, conservation, and education, fostering skills in problem-solving and environmental awareness.

  • The IB ESS course builds essential skills in scientific research, critical analysis, and environmental management, making it an excellent foundation for higher education. Students gain a multidisciplinary perspective on environmental issues, which is beneficial for studies in both science and social sciences.

  • Students develop research, analytical, and critical thinking skills, along with fieldwork and data interpretation abilities. The course also enhances understanding of sustainability, ethical issues, and the complexity of interactions within environmental systems.