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The purpose of this study is to see how local folktales and science concepts can be used as learning resources in Natural and Social Science lessons in Madrasah Ibtidaiyah (MI). In this study, qualitative methods and content analysis techniques were applied to relevant local folktales. The main data sources were folktales from various regions in Indonesia, which were selected based on their relevance to science concepts in the IPAS curriculum. Data collection was conducted through document analysis of folktales, interviews with IPAS teachers, and observations on how folktales are applied in classroom learning. Using a descriptive approach, the data collected was analyzed to find and categorize the science concepts contained in the folktales. In addition, it was assessed the possibility of folklore can be used as learning media. The results showed that local folktales have great potential as a source of IPAS education covering physics and chemistry concepts, as well as natural phenomena and animal and plant life. Students can gain a better understanding of science concepts through folktales, which are more contextualized and easy to understand. Thus, folktales can be incorporated into IPAS learning to improve students' understanding, enrich their learning experience, and raise awareness of the importance of environmental conservation. In addition, this study suggests the creation of folklore-based learning modules and teacher training programs to maximize this potential.

The purpose of this study is to see how local folktales and science concepts can be used as learning resources in Natural and Social Science lessons in Madrasah Ibtidaiyah (MI). In this study, qualitative methods and content analysis techniques were applied to relevant local folktales. The main data sources were folktales from various regions in Indonesia, which were selected based on their relevance to science concepts in the IPAS curriculum. Data collection was conducted through document analysis of folktales, interviews with IPAS teachers, and observations on how folktales are applied in classroom learning. Using a descriptive approach, the data collected was analyzed to find and categorize the science concepts contained in the folktales. In addition, it was assessed the possibility of folklore can be used as learning media. The results showed that local folktales have great potential as a source of IPAS education covering physics and chemistry concepts, as well as natural phenomena and animal and plant life. Students can gain a better understanding of science concepts through folktales, which are more contextualized and easy to understand. Thus, folktales can be incorporated into IPAS learning to improve students' understanding, enrich their learning experience, and raise awareness of the importance of environmental conservation. In addition, this study suggests the creation of folklore-based learning modules and teacher training programs to maximize this potential.

This research aims to explore how a story-based learning approach can increase students' understanding of the rain phenomenon in Natural and Social Sciences (IPAS) learning at the elementary school level. Using a qualitative approach and case studies, this research involved fourth grade students and science and science teachers in one elementary school. The research results show that story-based learning is able to change students' erroneous understanding of the rain phenomenon into a more accurate scientific understanding. Stories that connect scientific concepts with students' daily experiences successfully increase their engagement and participation in learning. In addition, this approach can also simplify abstract concepts such as the water cycle, making the material more interesting and easy to understand. Despite some challenges, such as the time required to design relevant stories, the positive impact of this approach on students' understanding and their engagement is significant. It is hoped that this research can contribute to the development of more creative and contextual science learning methods in elementary schools.

This research aims to explore how a story-based learning approach can increase students' understanding of the rain phenomenon in Natural and Social Sciences (IPAS) learning at the elementary school level. Using a qualitative approach and case studies, this research involved fourth grade students and science and science teachers in one elementary school. The research results show that story-based learning is able to change students' erroneous understanding of the rain phenomenon into a more accurate scientific understanding. Stories that connect scientific concepts with students' daily experiences successfully increase their engagement and participation in learning. In addition, this approach can also simplify abstract concepts such as the water cycle, making the material more interesting and easy to understand. Despite some challenges, such as the time required to design relevant stories, the positive impact of this approach on students' understanding and their engagement is significant. It is hoped that this research can contribute to the development of more creative and contextual science learning methods in elementary schools.

This research aims to develop Natural and Social Sciences (IPAS) learning articles with a Tri Hita Karana orientation to increase teachers' needs for interactive teaching materials at SD Negeri 2 Batur. In the independent curriculum, science and social studies learning is combined into Natural and Social Sciences (IPAS) subjects, with the hope that teachers can fulfill learning needs. The approach used in this research is descriptive qualitative, with the research subjects consisting of science and technology teachers. The techniques used in data collection were carried out through in-depth interviews and observation. The research results show that teachers need teaching materials that are more interactive, relevant to the local context, and able to integrate Tri Hita Karana values ​​in learning. The main challenges faced are limited technological facilities and a lack of teaching materials that link science concepts to students' daily lives. Based on research results, the development of local wisdom-based teaching materials such as Tri Hita Karana has the potential to increase students' active participation and support learning that is more meaningful, effective and relevant to the cultural context and local environment.

This research aims to develop Natural and Social Sciences (IPAS) learning articles with a Tri Hita Karana orientation to increase teachers' needs for interactive teaching materials at SD Negeri 2 Batur. In the independent curriculum, science and social studies learning is combined into Natural and Social Sciences (IPAS) subjects, with the hope that teachers can fulfill learning needs. The approach used in this research is descriptive qualitative, with the research subjects consisting of science and technology teachers. The techniques used in data collection were carried out through in-depth interviews and observation. The research results show that teachers need teaching materials that are more interactive, relevant to the local context, and able to integrate Tri Hita Karana values ​​in learning. The main challenges faced are limited technological facilities and a lack of teaching materials that link science concepts to students' daily lives. Based on research results, the development of local wisdom-based teaching materials such as Tri Hita Karana has the potential to increase students' active participation and support learning that is more meaningful, effective and relevant to the cultural context and local environment.

This study aims to see the development of student learning outcomes using Wordwall-based science and technology learning media in grade IV SDN 01 Muara Panas, Solok Regency. This type of research uses a qualitative descriptive research method. Qualitative descriptive research is a series of activities carried out to obtain data that is as it is in accordance with the data in the field. The stages of data collection in this study are observation and interviews. The data collection analysis technique is to provide media, present data, and receive conclusions. The results of the study used Wordwall teaching media in improving the learning outcomes of grade IV students of SDN 01 Muara Panas, Solok Regency. Researchers use Wordwall media because this teaching media can be accessed easily and free of charge by teachers. Wordwall media also presents a variety of diverse alternative media such as Open the Box, True or False, Random Wheel, Missing Word, Find the Match, and many other types. With the presentation of various alternative media, educators can be creative in presenting fun teaching media for students. Fun teaching media will make students more active in participating in learning.

This study aims to see the development of student learning outcomes using Wordwall-based science and technology learning media in grade IV SDN 01 Muara Panas, Solok Regency. This type of research uses a qualitative descriptive research method. Qualitative descriptive research is a series of activities carried out to obtain data that is as it is in accordance with the data in the field. The stages of data collection in this study are observation and interviews. The data collection analysis technique is to provide media, present data, and receive conclusions. The results of the study used Wordwall teaching media in improving the learning outcomes of grade IV students of SDN 01 Muara Panas, Solok Regency. Researchers use Wordwall media because this teaching media can be accessed easily and free of charge by teachers. Wordwall media also presents a variety of diverse alternative media such as Open the Box, True or False, Random Wheel, Missing Word, Find the Match, and many other types. With the presentation of various alternative media, educators can be creative in presenting fun teaching media for students. Fun teaching media will make students more active in participating in learning.