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  • Science and Civic Engagement: Changing Perspectives from Dewey to DotNets

    Book Chapter |

    A prominent theme in current discourse about U.S. higher education is the goal of "civic" education. In this chapter, the author explores three related perspectives on civic engagement. First, he examines how John Dewey…

  • Using Research on Teaching to Improve Student Learning

    Book Chapter |

    This chapter describes general procedures for research on college and university science teaching, examples and benefits of several very different research models that can be used, examples of published studies, and…

  • Experiential Learning in a Large Introductory Biology Course

    Book Chapter |

    This chapter describes and discusses effective approaches to teaching a large, two-semester introductory college biology course at Syracuse University. The course offers many unusual and creative experiences that…

  • Strategies for Interactive Engagement in Large Lecture Science Survey Classes

    Book Chapter |

    This chapter describes some things that faculty in large-enrollment introductory astronomy courses do to intellectually engage students in learning the material during class time. These strategies are easily…

  • Undergraduate Research in Science: Not Just for Scientists Anymore

    Book Chapter |

    Institutional measures, such as the fraction of undergraduate research (UR) students who later pursue a PhD in science, do not reflect the value of UR as an educational and personal growth experience for students;…

  • Concept Mapping in College Science

    Book Chapter |

    A concept map is a two-dimensional, hierarchical node-link diagram that depicts the most important concepts and propositions in a knowledge domain. Concept mapping helps students and faculty recognize the difference…

  • Peer Instruction: Making Science Engaging

    Book Chapter |

    Peer Instruction (PI) is an interactive approach that was designed to improve the learning process. This approach provides students with greater opportunity for synthesizing the concepts while instructors get timely…

  • Open Laboratories in College Science

    Book Chapter |

    One viable alternative to the conventional, regularly scheduled laboratory session is the open laboratory concept. In this chapter, the authors use the open laboratory system developed at Eastern Kentucky University as…

  • Animal Kingdom: Shark Advocate

    Book Chapter |

    Most sharks are the top predators in their ecosystems, yet they are often at the bottom of the conservation priority list. Because they are underprotected and exceptionally slow growing, and therefore vulnerable to…

  • Introduction

    Book Chapter |

    This curriculum, A Head Start on Science, was written to help adults facilitate young children’s learning as they work as partners to explore their world. This complimentary Introduction serves as a navigational tool…

  • Fact or Fiction: Exploring the Myths and Realities of Nanotechnology

    Book Chapter |

    Will clouds of self-replicating nanobots take over the world, or is this just a scene from a science fiction novel? Nanotechnology is a rapidly growing field that has huge potential for transforming our world. But the…

  • Biomimicry: The Mystery of the Lotus Effect

    Book Chapter |

    One of the most interesting applications of nanoscale science involves nanomimicry—or technology that mimics the unique structures of biomaterials. This activity uses the forensics approach to have students investigate…

  • How Nature Builds Itself: Self-Assembly

    Book Chapter |

    By designing and building models with Legos and placing them in a reaction chamber, students will simulate the process of molecular self-assembly. This activity provides a basis for understanding that thermal energy at…

  • Physics Changes with Scale

    Book Chapter |

    At the nanoscale, a completely different set of forces and interactions are experienced by molecules and atoms than we experience at the human scale. How do properties change with scale? Why is gravity so important to…

  • Shrinking Cups: Changes in the Behavior of Materials at the Nanoscale

    Book Chapter |

    What if you were only one inch tall? This activity explores the behavior of liquids in different sizes and shapes of drinking containers. Students explore how the size of the cup determines if the liquid will pour out…

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