High School Heterochrony Resources

Focus on macroevolution's essential aspects by examining the fossil record's role in tracing evolutionary history and comprehending geological time scales. Gain insights into the study of ancient life forms and the influence of mass extinctions on the evolution of species.

Explore the relationships among various organisms through the study of evolutionary and phylogenetic trees, focusing on concepts like common ancestry and evolutionary distance. Develop skills in interpreting evolutionary diagrams and understanding evolutionary evidence, which fosters analytical and critical thinking in evolutionary biology.

Explore the evolutionary developments of the Paleozoic Era, focusing on key events such as the Cambrian Explosion and the Permian-Triassic Extinction. Gain an understanding of significant biological and environmental milestones that shaped this era, enhancing knowledge of Earth's history and evolution.

Investigate key evolutionary developments and hypotheses explaining the origins of multicellularity, such as the invagination, endosymbiosis, and inside-out models. Gain an enhanced understanding of evolutionary biology concepts and critically assess various scientific hypotheses regarding the evolution of complex life forms.

Explore the fundamental concepts of evolutionary biology with a focus on Charles Darwin's groundbreaking Voyage of the Beagle. Key ideas include natural selection, adaptation, and genetic variation, providing a comprehensive understanding of species evolution over time. Learners will gain the ability to explain natural selection's role in evolution, understand environmental factors' impact on genetic variation, and analyze historical scientific expeditions that have shaped life sciences understanding.

Explore significant contributors to the theory of evolution, focusing on the concepts of Thomas Malthus, Jean-Baptiste Lamarck, and Charles Lyell. Gain insights into the historical context and scientific ideas that influenced Darwin's theory, enhancing understanding of evolutionary science.

Explore the fascinating world of evolutionary biology by examining homologous and analogous structures. Learn to identify diverse evolutionary patterns and understand the significance of shared anatomical features across species. Enhance your comprehension of biological evolution and adaptations.

Explore the distinctions between traditional and modern classification systems with a focus on evolutionary relationships and derived characteristics. Enhance your understanding of phylogenetic trees, molecular clocks, and cladistics, gaining the ability to analyze organisms' evolutionary histories and relationships.

Investigate the essential function of Hox genes in guiding the evolutionary development and differentiation of organisms, with particular attention to the evolution of claws and the transition to terrestrial life. Gain insights into these genetic sequences to enhance understanding of animal biology and evolutionary adaptations.

Analyze the dynamics of economic development by examining GDP, employment across different sectors, and the role of global trade organizations. Gain understanding of global economic patterns and their effects on various regions, enhancing insight into economic strategies and outcomes.

Explore the interconnections between embryology and evolutionary theory, focusing on how embryonic development informs our understanding of common ancestry. Gain insights into various stages of development across species and how these developmental similarities can reveal evolutionary relationships. Enhance comprehension of biological evolution and its applications, emphasizing the implications for understanding common ancestry.

Gain a comprehensive understanding of evolutionary theory, cell theory, and the concept of spontaneous generation. Explore evolutionary principles and historical scientific contributions, enhancing critical evaluation skills of core biological theories and concepts.

Explore key evolutionary processes, including natural selection and adaptation, and examine the evidence supporting evolutionary theory. Gain an understanding of foundational concepts and learn to identify examples and consequences of evolutionary change across various contexts.

Explore fundamental evolutionary mechanisms such as genetic drift, mutations, and gene flow, focusing on their effects on populations. Gain insights into how these processes contribute to genetic variation, fostering a deeper understanding of evolutionary biology concepts.

Investigate how regulatory genes influence body development by examining genetic similarities among species, with a focus on how Hox genes organize anatomical structures. Explore evolutionary development through case studies, such as the reemergence of a dental trait in chickens. Gain insight into genetic origins and transformations within evolutionary biology.

Explore the core concepts and mechanisms of evolutionary biology, including natural selection, genetic drift, and speciation. Gain insights into how these processes drive biodiversity and evolutionary change, fostering a deeper understanding of the principles that govern life's diversity on Earth.

Explore the stages of embryonic development by focusing on the formation and differentiation of cell layers, including the endoderm, mesoderm, and ectoderm. Gain a thorough understanding of how these layers contribute to the development of various tissues and organs, enhancing knowledge of developmental biology concepts.

Explore concepts foundational to evolutionary theory alongside related scientific advancements in cell theory, microbiology, and biogenesis. Gain a deeper understanding of evolutionary mechanisms and the contributions of key figures in the history of science.

Study the mechanisms of evolution, concentrating on genetic drift, gene flow, and other processes that influence genetic variation and adaptation. Gain an understanding of evolutionary biology concepts and their practical applications in real-world contexts.

Explore fundamental concepts of evolutionary biology, focusing on natural selection, adaptation, genetic variation, and the impact of environmental changes. Understand how these mechanisms drive evolutionary processes and gain insights into the interconnectedness of biological sciences with real-world applications.