High School Earth System Modeling Interactive Videos

Explore the Sun's central role in our solar system and its astronomical importance. Gain insights into celestial mechanics, the Sun’s physical properties, and its essential influence on Earth, developing a foundational understanding of astronomy.

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.

Examine the evolution of ecology as a science, tracing its historical roots and highlighting key contributions by significant figures such as Darwin and Heckel. Gain an understanding of the development of ecological thought and systems ecology, while also exploring the human impact on ecosystems and the importance of conservation efforts. Focus on understanding the progression of ecological ideas and the skills necessary to analyze complex ecological systems.

Analyze the complexities of earthquake prediction and the challenges of understanding tectonic forces, emphasizing the study of current prediction methods and their limitations. Gain insights into how scientists investigate tectonic activity and employ strategies to enhance prediction accuracy, developing critical thinking and problem-solving skills in geoscience.

Investigate the mechanisms of ocean circulation and how it influences the distribution of heat, carbon, and nutrients across the globe. Understand its crucial role in regulating the climate. Gain insights into the dynamic interactions and processes that shape global ocean currents and explore the implications for predicting climate change and informing policy decisions.

Explore innovative methods in planetary exploration and satellite data usage, focusing on key research areas such as environmental monitoring and technological advancements. Gain insights into the role of space studies in the discovery of potential extraterrestrial life and the modeling of planetary systems, enhancing understanding and skills in these critical fields.

Investigate the dynamic interactions within plankton populations and the enigmatic nature of their competitive behavior in ecosystems. Develop a comprehensive understanding of ecological principles by examining the factors influencing species prevalence and the significance for biodiversity studies.

Explore advanced modeling techniques to recognize the intricate and evolving patterns of climate change, highlighting key emergent properties and transformative changes over time. Gain insights into the pivotal role of climate models in projecting future scenarios, enhancing decision-making for effective climate action.

Examine how the movements of planets, especially Jupiter and Venus, influence Earth's climate and orbital characteristics, drawing from geological records. Gain an understanding of the relationships between planetary dynamics and historical climate variations, alongside the complexities involved in modeling these phenomena beyond 60 million years. Enhance comprehension of solar system dynamics through this exploration.

Investigate the history of Earth's rotation, revealing how different its shorter day lengths once were. Explore the unique features of Pluto's surface, such as methane dunes. Through this exploration, gain a deeper understanding of planetary mechanics and the scientific methods used to study the histories of celestial bodies.

Explore the fascinating features of Venus's crust and the intriguing concept of "eggshell planets" within our solar system. Gain insights into how analyzing the lithospheres of various worlds can inform their potential habitability. Enhance your understanding of planetary science through this examination of distant worlds.

Learn about the utilization of computer models to predict future climate changes, examining their origins and limitations. Understand the role of greenhouse gases and the potential impacts of climate change. Develop insights into predictive climate modeling, focusing on the subject matter, key learning outcomes, and building relevant skills in scientific analysis and interpretation.

Explore the incredible journey of Voyager 2 and its mission beyond our solar system, gaining insight into interstellar travel and the immense distances between celestial bodies. Enhance your understanding of space exploration while developing critical thinking and analytical skills in astronomy and physics.

Investigate the complex challenges associated with climate modeling, emphasizing data processing and computational constraints. Understand key factors impacting modeling accuracy, including the influence of computational capacity and the function of grid points in Earth's models.

Examine the vital concepts of climate tipping points and their potential global consequences using engaging analogies such as the billiard table. Gain an understanding of how minor environmental changes can lead to significant shifts and develop predictive skills through mathematical models to enhance climate literacy.

Examine Earth's energy system through climate modeling principles, focusing on solar energy absorption and reflection by atmospheric components. Gain insights into the roles of ozone and particles, the reflective properties of different surfaces, and the significance of these elements in developing accurate climate models.

Explore significant advancements in lunar exploration, particularly in detecting water ice within moon craters and assessing the occurrence of cold traps. Gain insights into how these findings can enhance human sustainability on the moon. Understand the implications for future space expeditions and potential contributions to cosmic research.

Analyze the complex interactions among Earth's systems, particularly the biosphere, hydrosphere, geosphere, and atmosphere. Gain insight into how these systems exchange energy and matter, fostering a deeper comprehension of environmental science. Enhance skills in understanding system interactions and environmental dynamics.

Explore the significant contributions of NASA's Glory Mission in gathering critical data for understanding climate change, with a focus on aerosols and solar variations. Gain insights into how this information improves the accuracy of climate models and enhances knowledge of Earth's climate systems.