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Guided learning journeys that build knowledge step by step.
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This path equips learners with a solid understanding of evolutionary biology and its societal implications, addressing common misconceptions, creationism, intelligent design, and science communication. It bridges foundational concepts with public discourse and policy considerations.
This learning path equips agricultural science students with the knowledge to apply evolutionary biology concepts to real-world agricultural challenges, including domestication, crop improvement, pest resistance, and sustainable practices. It begins with foundational genetics and evolutionary theory, progresses through mechanisms of evolution, and culminates in applied topics such as adaptive breeding and sustainability.
This learning path introduces public health and pre-med students to the core evolutionary concepts that underpin modern public health challenges. It covers the basics of evolution, then applies these principles to antibiotic resistance, vaccine design and escape, emerging infectious diseases, and evolutionary epidemiology.
This graduate-level learning path equips conservation biology students with the evolutionary knowledge needed to manage genetic diversity, assess population viability, and support climate adaptation. It covers population genetics foundations, evolutionary potential, inbreeding depression, and practical conservation applications.
This advanced learning path explores how species evolve in response to global environmental change, focusing on phenotypic plasticity, adaptation, range shifts, extinction risk, and assisted evolution. It integrates evolutionary biology with basic ecology and climate change science, providing a comprehensive framework for understanding and predicting biotic responses to environmental stressors.
This graduate-level learning path explores the major transitions in animal evolution, from the origins of multicellularity to the Cambrian explosion. It covers key concepts such as body symmetry, segmentation, body cavities, and the fossil evidence that documents these changes. The path is designed for zoology students seeking a deep understanding of evolutionary patterns and processes.
This graduate-level path explores the evolutionary history and key adaptations of land plants and fungi, integrating phylogenetic principles, fossil evidence, and ecological interactions. Learners will trace the origins of vascular tissue, seeds, and flowers, and examine the diverse forms and ecological roles of fungi, including mycorrhizal symbioses. The path emphasizes the interdependence of plant and fungal evolution.
This advanced graduate-level path explores abiogenesis, tracing the evolutionary events from prebiotic chemistry through the RNA world and early metabolism to the last universal common ancestor (LUCA). It integrates foundational chemistry with evolutionary biology to build a coherent understanding of life's origins.
This graduate-level learning path explores the genomic basis of speciation, covering key concepts and methods from genome divergence to reproductive isolation. Learners will examine genomic islands of divergence, the genetic architecture of reproductive isolation, reinforcement, and hybrid zone dynamics, integrating population genomics and evolutionary theory.
This path equips population genetics students with the skills to analyze genetic data for demographic and evolutionary inference. It covers core population genetics theory, bioinformatics tools for handling genomic data, and advanced methods including FST, PCA, STRUCTURE, and coalescent simulations.