Analysis of the Infusion of Science Process Skill Contents into the Ethiopian Grade Nine Biology Textbook: A Content Analysis

S. Mengistie, M. Tadesse
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Abstract

This study aims to assess the status of Science Process skill contents in the Ethiopian grade nine biology textbooks. It evaluates the inclusion of basic and integrated science process skills (SPS) involved in scientific inquiry using the eleven Science Process Skills indicators. After having accessed the Ethiopian grade nine biology textbook from the net, the researchers read it once and again while doing this research. The content analysis research design was used in this research. The result confirmed that basic science process skills cover an excessive percentage compared to integrated science process skills. The skills included in the textbook were inferring, observing, and classifying (from the basic SPS), experimenting, and modeling (from the integrated SPS). The textbook is additionally not often made out of scientific communication skills and data collection and interpretation SPSs. However, the textbook no longer consisted of the prediction (from the basic SPS) and hypothesizing and controlling variables (from the integrated SPS). Generally, the research findings confirmed the unequal integration of SPS in the textbook. On the premise of the findings of this study, the researchers forwarded that textbook writers and professionals at the Ministry of Education need to prepare a preferred and harmonized biology textbook with a reasonable balance of all the integrated skills that could increase students’ use of the integrated scientific skills
埃塞俄比亚九年级生物教材中科学过程技能内容的注入分析:内容分析
本研究旨在评估埃塞俄比亚九年级生物教科书中科学过程技能内容的现况。它使用11个科学过程技能指标来评估科学探究中涉及的基本和综合科学过程技能(SPS)的纳入情况。研究人员从网上获得埃塞俄比亚九年级生物教科书后,在做这项研究时反复阅读。本研究采用内容分析研究设计。结果证实,与综合科学过程技能相比,基础科学过程技能所占的比例过高。教材中的技能包括推断、观察和分类(来自基本的SPS),实验和建模(来自综合SPS)。此外,教科书也不经常涉及科学沟通技巧和数据收集与解释。然而,教科书不再由预测(来自基本的SPS)和假设和控制变量(来自综合SPS)组成。总体而言,研究结果证实了SPS在教科书中的不平等整合。在本研究结果的前提下,研究人员提出,教科书编写者和教育部的专业人员需要编写一个优先的、统一的、合理平衡所有综合技能的生物教科书,以增加学生对综合科学技能的使用
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