DEVELOPMENT OF RESEARCH-BASED BIOLOGICAL MODULES ON CHARACTERISTICS OF LEAVES EPIDERMIS AND ITS DERIVATIVES OF Solanum lycopersicum var. Cerasiforme and Solanum lycopersicum cv. Ranti FOR HIGH SCHOOL STUDENTS

Zuchrotus Salamah, Selawati Selawati, H. Sasongko
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Abstract

Biology learning in schools requires current references as enrichment material to accompany textbooks. Therefore it is necessary to develop research-based teaching materials. The study aimed to determine the feasibility of the modules developed for class XI learning on the structure and function of plant tissues based on the results of research on the characteristics of the epidermis and epidermal derivatives of cherry tomato leaves and rose tomato leaves. The research was carried out in two stages. The first was exploratory research carried out by taking samples in the form of cherry tomato leaf organs and rose tomato leaves. Preparation of cherry tomato leaf and rose tomato leaf preparations using the leaf clearing method, observation with optilab-raster image application. Research data were analyzed descriptively. The second stage was preparing modules on the structure and function of plant tissue as biology teaching materials for class XI using the ADDIE development model, which was limited to ADD. Module quality data was collected using a data collection instrument in the form of a product assessment questionnaire. The average result of product evaluation by material experts is 82.14%, and media experts are 84.37%. Based on the results of this assessment, the module on the structure and function of plant tissue is feasible to be used for testing as high school biology teaching materials.
番茄茄(Solanum lyopersicum var. cerasformme)和番茄茄(Solanum lyopersicum cv.)叶片表皮及其衍生物特性的研究型生物学模块开发兰提高中学生
学校的生物学习需要将当前参考资料作为教材的补充材料。因此,有必要开发研究性教材。本研究旨在根据对樱桃番茄叶和玫瑰番茄叶的表皮和表皮衍生物特性的研究结果,确定为XI类学习开发的植物组织结构和功能模块的可行性。这项研究分两个阶段进行。第一项是通过采集樱桃番茄叶器官和玫瑰番茄叶的样本进行的探索性研究。制备樱桃番茄叶和玫瑰番茄叶制剂采用清叶法,用光学光栅图像观察应用。对研究数据进行描述性分析。第二阶段是使用ADDIE开发模型为XI班准备关于植物组织结构和功能的模块作为生物教材,该模型仅限于ADD。使用数据收集工具以产品评估问卷的形式收集模块质量数据。材料专家对产品评价的平均结果为82.14%,媒体专家为84.37%。根据本次评价结果,植物组织结构与功能模块作为高中生物教材进行测试是可行的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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