High School Global Change Ecology Resources

Examine the significant influence of human actions on Earth's systems, emphasizing critical concepts such as the Anthropocene and environmental shifts. Understand how these elements enhance our knowledge of sustainable development, highlighting the interplay between human activity and ecological balance. Develop insights into creating sustainable solutions by exploring the historical and current impacts on planetary systems. Acquire skills in analyzing environmental data and formulating practical approaches for sustainability.

Investigate the framework of planetary boundaries, with a focus on ecological tipping points and human-induced impacts. Gain a deeper understanding of Earth's sustainability challenges and strategies for managing global ecosystems. Achieve insights into maintaining a balance between human activities and environmental resilience.

Investigate the Anthropocene epoch with a focus on the distinction between synthetic and natural materials and the differences between chemical and physical changes. Develop the ability to identify these changes and analyze their environmental impacts. The learning process aims to enhance understanding of material transformations and their ecological significance, fostering critical thinking and analytical skills.

Investigate the definitions and historical context of extinction, including the examination of mass extinction events and the impact of human activities. Develop skills to identify and analyze the causes of extinction and gain insights into key historical figures and significant discoveries shaping our understanding of this phenomenon.

Investigate the transformation of Earth during the Anthropocene, emphasizing technological advancements in data-gathering and the effects of global warming. Gain a comprehensive understanding of climate change and the extent of human influence on the environment. Develop critical insights and analytical skills to assess the human impact on the planet.

Examine the climate, flora, and fauna diversity across various biomes. Identify biome characteristics and differentiate them based on environmental factors.

Investigate a range of biomes by examining abiotic factors, temperature variations, and precipitation levels. Understand the diversity of biomes and evaluate the characteristics of various ecosystems, focusing on differences in environmental conditions and ecological functions.

Investigate how climatic and biotic variations manifest across Earth's terrestrial biomes. Gain insights into the factors influencing climates and conduct a comparative analysis of biome characteristics.

Investigate forest management practices and their impact on climate regulation. Understand how sustainable management can improve both ecological sustainability and economic growth, enhancing knowledge of responsible stewardship and policy implementation.

Investigate the varied features and climates across multiple biomes. Understand the biodiversity within these ecosystems and the impacts of climate on them, fostering a deeper ecological awareness.

Investigate how climate affects biomes, examining the key ecological factors involved. Study abiotic influences within ecosystems and explore various adaptation mechanisms organisms use to thrive in different environmental conditions. Develop a comprehensive understanding of the interconnectedness between climate and living organisms, focusing on both individual and collective survival strategies.

Investigate various biomes to understand their distinct climates, plant life, and animal species. Gain insights into how environmental factors impact the distribution of ecosystems and the adaptation of species.

Learners will gain a comprehensive understanding of energy flow in ecosystems and the roles of organisms within these systems. The focus will be on how energy is distributed and the ecological functions that various organisms perform, equipping learners with detailed insights into these fundamental ecological concepts.

Study the defining elements of biomes, focusing on climate and biodiversity. Gain insights into adaptations and ecological interactions within these environments. Understand the distinctive characteristics that shape various biomes and learn to analyze their complex ecosystems. Develop skills in evaluating how organisms adapt and interact, fostering a deeper appreciation of ecological dynamics.

Explore climate change through the examination of weather variations and the greenhouse effect. Understand the differences in climate and the importance of reducing emissions.

Investigate the distances between planets, comprehend Kepler's laws of planetary motion, and differentiate between heliocentric and geocentric models. Gain a clear understanding of essential astronomical concepts and enhance competencies in applying mathematical reasoning to celestial phenomena.

Examine ecosystem dynamics by focusing on biomes, the impact of climate on these regions, and the complex ecological interactions within them. Understand the factors that lead to climate and ecosystem variations, gaining insights into the environmental influences driving these changes. Develop skills in analyzing the relationships between climate factors and ecosystem behavior, contributing to a deeper comprehension of ecological processes and their global significance.

Analyze the role of models in engineering, focusing on their purposes and limitations. Develop skills in identifying effective modeling techniques and understanding their various applications.

Examine the causes and effects of dinosaur extinction by focusing on climate change and volcanic activity. Identify the key factors impacting ecosystems and analyze various extinction theories to understand these events comprehensively.

Investigate the foundational concepts of climate and biomes, with a focus on ecosystem dynamics and energy flow. Understand the ecological roles within these systems and assess the effects of climate change.