Middle School Environmental Science Interactive Videos

Explore the life cycle of products by examining key stages such as manufacturing, use, and disposal, as well as materials used and environmental considerations. Understand the importance of sustainable practices by analyzing the environmental impact and responsible disposal of mobile devices.

Explore the evolution of Earth's atmosphere, examining its initial composition and significant developments such as the emergence of oxygen production by cyanobacteria and the creation of the ozone layer. Gain insights into human impacts on the atmosphere, including rising carbon dioxide levels, and understand the environmental issues linked to these changes. Enhance knowledge of atmospheric science and learn to analyze environmental challenges critically.

Examine vital concepts of energy sources such as solar, hydroelectric, and food energy, focusing on their environmental roles. Understand the necessity of conserving energy resources, describe the electricity generation process, and identify methods for protecting natural resources.

Explore key concepts in environmental science, including the greenhouse effect, various energy sources, and ecosystem dynamics. Understand environmental impacts and the importance of sustainable practices while enhancing the ability to analyze ecological relationships.

Explore various topics in environmental science, including the impact of earthquakes and upcoming solar eclipses. Gain essential skills in analyzing natural events, understanding their global effects, and examining conservation efforts.

Explore pivotal plans addressing varied topics at the Field Museum and urgent environmental concerns, emphasizing the significance of diverse scientific inquiry. Gain strategies to engage children in the natural sciences and understand the broader impacts of scientific exploration.

Explore the intersections of environmental science with innovative techniques in tornado prediction, underwater exploration, and climate research. Gain a deeper understanding of autonomous vehicles and remote technologies used in scientific studies, which will enhance skills in environmental data analysis and its applications.

Explore the fundamental principles of environmental science by examining the interactions between living systems and their environments. Gain insights into sustainability practices, natural capital, and ecological footprints to understand and apply sustainable development concepts effectively.

Explore fundamental concepts and methodologies essential for understanding interrelationships within the natural world. Gain insights necessary for mastering the AP Environmental Science exam by comprehending key topics and developing science practices that enhance skills in experimental design and analysis.

Explore essential concepts in environmental science, including definitions of the environment, renewable resources, and ecosystem services. Develop the ability to differentiate between scientific studies and environmental movements, understand sustainability principles, and recognize the causes and impacts of historical population growth.

Explore rewarding career paths in environmental science, focusing on positions such as environmental lawyers, hydrologists, and chief sustainability officers. Gain an understanding of the salaries, responsibilities, and qualifications required for these well-compensated roles. Learn about potential career trajectories and acquire insights essential for navigating this field.

Explore a spectrum of career pathways in ecology and environmental science by examining various job roles, necessary qualifications, and potential advantages. Gain insights into opportunities within academia, nonprofit organizations, and the consulting sector, ultimately enhancing professional growth and development in these fields.

Explore key concepts in environmental science, such as biodiversity levels, ecosystem services, and the theory of island biogeography. Gain a deeper understanding of ecological principles and their applications to enhance the ability to analyze ecological interactions and tackle environmental challenges.

Examine the key concepts of demographic transitions and their effects on population growth within Environmental Science. Develop skills in data analysis and interpretation, focusing on energy consumption patterns to enhance understanding of environmental trends and population dynamics.

Essential strategies are emphasized for excelling in the AP Environmental Science exam by mastering free-response question techniques. Learners will enhance their ability to interpret environmental data and formulate clear scientific responses, thereby improving analytical skills and exam performance.

Learn about the goals, interdisciplinary aspects, and essential concepts of environmental science. Understand primary objectives, the diverse fields involved, and the impact of resource use, while developing the skills necessary to comprehend and address environmental challenges effectively.

Engage in discussions and chants about how various deities are depicted in the context of pollution control, exploring their roles in mythology with a focus on divine intervention in environmental issues. Learners will gain an understanding of these deities' roles, enhancing their knowledge of mythology and environmental stewardship.

Explore the capabilities of NASA's VIIRS sensor aboard Earth-observing satellites in collecting critical environmental data to support future climate science. Understand the essential functions these satellites perform in climate monitoring while recognizing the significance of long-term data records in ensuring consistent observation of Earth's surface changes.

Focuses on providing strategic insights into tackling calculation-heavy sections on the AP Environmental Science exam. Emphasizes key mathematical principles and problem-solving techniques, enabling learners to develop their ability to analyze and solve complex mathematical problems and enhance their capability to perform under exam conditions.

Explore the complexities of ecosystems and energy transfer, focusing on the role of species interactions in shaping environmental landscapes. Gain insights into fundamental ecological processes, enhancing the ability to analyze scenarios related to energy flow and ecological dynamics.