Abstract:Nature documentaries play an important role in high school biology classrooms, yet they deliver a passive and biased account of the behavior of organisms. To engage students in more active problem solving around behavioral topics, we created an interactive video system called Animal Landlord. Part of a week-long curriculum designed to introduce concepts in behavioral ecology, Animal Landlord presents film clips of the Serengeti lion hunting its prey. Students select and annotate video frames with explanations … Show more
“…In particular, the data suggest that after completing the unit, students make fewer unwarranted inferences and are better at formulating coherent explanations ( Reiser et al, 2001 ;Sandoval, 1998 ). Similar results were found with the Animal Landlord software ( Smith & Reiser, 1997 ). A comparison of pre-and posttest essay questions also found that students ' essays on the posttest contained more causal arguments and a greater proportion of justifi ed points than students ' essays on the pretests ( Smith & Reiser, 1997 ).…”
This chapter provides a brief characterization of the development of notions of constructivism. Moshman ' s (1982) characterization of exogenous, endogenous, and dialectical constructivism is used as a frame for providing a description of alternative views of constructivism. Despite differences in approaches to constructivism, there are also commonalities among various perspectives. Key characteristics of constructivist learning environments are described in this chapter. These characteristics include the important role of community in learning environments, the use of authentic tasks, and the use of tools (broadly defi ned) to support learning. Illustrations of these common features as deployed in particular instructional formats are described. The implications of constructivist approaches for instruction are also discussed. The chapter concludes with a brief commentary on the research methods used to study constructivist instructional environments.Cognitive theories of learning can embrace a variety of approaches to understanding the relationship between the individual and the environment. At the heart of most cognitive approaches to understanding learning is the notion that knowledge is constructed by the learner and informed and infl uenced by the learner ' s previous experiences. Constructivism, in particular, is an approach to understanding learning that begins with the notion that meaning is constructed by the learner. According to Stanovich (1994) , forms of constructivism appear in many disciplines, including biology and philosophy. Many of the concepts that underpin
“…In particular, the data suggest that after completing the unit, students make fewer unwarranted inferences and are better at formulating coherent explanations ( Reiser et al, 2001 ;Sandoval, 1998 ). Similar results were found with the Animal Landlord software ( Smith & Reiser, 1997 ). A comparison of pre-and posttest essay questions also found that students ' essays on the posttest contained more causal arguments and a greater proportion of justifi ed points than students ' essays on the pretests ( Smith & Reiser, 1997 ).…”
This chapter provides a brief characterization of the development of notions of constructivism. Moshman ' s (1982) characterization of exogenous, endogenous, and dialectical constructivism is used as a frame for providing a description of alternative views of constructivism. Despite differences in approaches to constructivism, there are also commonalities among various perspectives. Key characteristics of constructivist learning environments are described in this chapter. These characteristics include the important role of community in learning environments, the use of authentic tasks, and the use of tools (broadly defi ned) to support learning. Illustrations of these common features as deployed in particular instructional formats are described. The implications of constructivist approaches for instruction are also discussed. The chapter concludes with a brief commentary on the research methods used to study constructivist instructional environments.Cognitive theories of learning can embrace a variety of approaches to understanding the relationship between the individual and the environment. At the heart of most cognitive approaches to understanding learning is the notion that knowledge is constructed by the learner and informed and infl uenced by the learner ' s previous experiences. Constructivism, in particular, is an approach to understanding learning that begins with the notion that meaning is constructed by the learner. According to Stanovich (1994) , forms of constructivism appear in many disciplines, including biology and philosophy. Many of the concepts that underpin
“…We have collected dam in the form of student and teacher interviews, work products, classroom video, and pm/post tests. We are still analyzing these data, and we have reported results from our final user trial concerning the prelpost tests elsewhere [19]. The open-ended essay questions used in the prelpost tests were drawn Corn university-level biology examinations and administered to students before and after the Animal Landlord intervention.…”
Designing computer-based learning environments must account for the context in which activity occurs, the tasks that students perform, and the tools that facilitate these tasks. When designing for school use, it is also crucial to consider how the software will be integrated into the organization of the classroom workplace and how teacher practices influence the adoption and success of interactive learning environments. This paper discusses our experiences in designing and deploying an interactive video tool to high school classrooms. We stress a classroom-centered design that tries to integrate usable software with interactions that occur "outside of the box" to alter traditional school learning.
“…Finally, a scaffold similar to the Data Interpretation scaffold (BGuILE) could be used for asking students questions to guide their interpretation of the data (Smith and Reiser 1997). While this tool was not supported by empirical evidence (see Table 4), we believe it could be valuable for students.…”
The aim of this review is to identify specific types of guidance for supporting student use of online labs, that is, virtual and remote labs, in an inquiry context. To do so, we reviewed the literature on providing guidance within computer supported inquiry learning (CoSIL) environments in science education and classified all identified guidance according to a recent taxonomy of types of guidance. In addition, we classified the types of guidance in phases of inquiry. Moreover, we examined whether the types of guidance identified for each inquiry phase were found to be effective in promoting student learning, as documented in the CoSIL research. This review identifies what types of effective guidance currently exist and can be applied in developing future CoSIL environments, especially CoSIL environments with online labs. It also highlights the needs/shortcomings of these available types of guidance. Such information is crucial for the design and development of future CoSIL environments with online labs.
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