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Agricultural Mechanics Laboratory Management Competencies: A Review of Perceptions of Missouri Agricultural Science Teachers Concerning Importance and Performance Ability

机译:农业力学实验室管理能力:关于重要性和性能能力的密苏里州农业科学教师的看法

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Student laboratory learning has been an important component of the agricultural education model. Phipps and Osborne described a total agricultural education program as one that consists of three essential and interdependent components: classroom and laboratory instruction, supervised agricultural experience and the FFA (Phipps & Osborne, 1988). According to Osborne and Dyer, "agricultural laboratories provide opportunities for students to actively and experientially engage in scientific inquiry and application"(Osborne & Dyer, 2000). As the popularity of laboratory centered agricultural education classes escalate, it is imperative for agriculture teachers to have the knowledge and skills needed to manage educational laboratories. For secondary agricultural mechanics educators, laboratory management skills are an integral proficiency for laboratory instruction.
机译:学生实验室学习一直是农业教育模式的重要组成部分。 Phipps和Osborne描述了一项总农业教育计划,该计划包括三个基本和相互依存的组成部分:课堂和实验室教学,监督农业经验和FFA(Phipps&Osborne,1988)。据奥斯本和戴尔称,“农业实验室为学生积极和经验地参与科学调查和应用”为学生提供了机会,“(奥斯本和染料,2000)。随着实验室中心的普及,农业教育课程升级,农业教师必须具有管理教育实验室所需的知识和技能。对于二级农业力学教育者,实验室管理技能是实验室教学的一体化熟练程度。

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