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首页> 外文期刊>HortTechnology >Assessing Student Learning From an Experiential Module in a Greenhouse Management Course Using Hydroponics and Recirculating Solution Culture
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Assessing Student Learning From an Experiential Module in a Greenhouse Management Course Using Hydroponics and Recirculating Solution Culture

机译:使用水培法和循环溶液培养法评估温室管理课程中经验模块的学生学习能力

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摘要

Student learning from producing crops in recirculating culture for a 6-week module in the Fall 2013 course HORT 570 Greenhouse Operations Management at Kansas State University was assessed. The module design followed Kolb's experiential learning model, with teams of students responsible for production of lettuce (Lactuca sativa 'Green Oak Leaf) or basil (Ocimum basilicum 'Italian Large Leaf) and chives (Allium schoenoprasum 'Puny') crops in either a nutrient film technique (NET) or in-pot recirculating culture system. Goals were to discern if this class experience would 1) improve student confidence and understanding of not only recirculating solution culture systems, but also general crop nutrient management; and 2) improve higher-order learning (HOL) skills of applying, analyzing; and evaluating information. Student learning was evaluated by administering the same survey, which included questions to evaluate student perception, lower-order learning (LOL), and HOL, at four separate times during the semester: 1) before mentioning plant nutrition, hydroponics, or recirculating solution culture; 2) after plant nutrition lectures but before the experiential module; 3) immediately upon completion of the experiential module; and 4) at the end of the semester. An increase in student confidence related to managing crop production in recirculating solution culture and nutrient management was perceived by students upon completion of the module. A significant increase in LOL occurred after the material was presented during the course lectures with an increase also occurring upon completion of the experiential module. In contrast, HOL did not significantly increase after the lecture material was presented, but significantly increased upon completion of the module. Both LOL and HOL was retained at the end of the semester. This evidence supports the role of experiential learning in improving student understanding and fostering HOL.
机译:评估了学生在2013年秋季课程中为期6周的课程中从循环培养的农作物中学习的情况,该课程在堪萨斯州立大学的HORT 570温室运营管理中进行了评估。模块设计遵循Kolb的体验式学习模型,由学生团队负责生产以营养素形式的生菜(莴苣(Lactuca sativa'Green Oak Leaf)或罗勒(Ocimum basilicum'Italian Large Leaf))和细香葱(Allium schoenoprasum'Puny')作物。电影技术(NET)或罐内循环培养系统。我们的目标是辨别这种课堂经验是否会:1)提高学生对循环溶液培养系统以及一般作物养分管理的信心和理解; 2)提高应用,分析的高阶学习(HOL)技能;和评估信息。通过进行相同的调查来评估学生的学习情况,该调查包括在学期中的四个不同时间评估学生的知觉,低阶学习(LOL)和HOL的问题:1)在提及植物营养,水培法或循环溶液培养法之前; 2)在植物营养讲座之后但在体验模块之前; 3)体验模块完成后立即进行;和4)在学期末。完成本单元后,学生意识到与在循环溶液培养和养分管理中管理作物生产有关的学生信心增强。在课程讲座中介绍材料后,LOL显着增加,而在体验模块完成后,LOL也显着增加。相比之下,讲课材料介绍之后,HOL并没有显着增加,但是在完成模块后,HOL却显着增加。本学期末,LOL和HOL均被保留。这些证据支持体验式学习在增进学生理解和促进HOL中的作用。

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