Abstract Media and platforms are important components of scientific literacy learning in implementing the Merdeka curriculum in elementary schools. This community service activity aims to disseminate the use of media and platforms to strengthen scientific literacy in implementing the independent curriculum in elementary schools. The method used is socialization, which includes several stages: identifying problems and needs, determining training topics, and evaluating. This activity was attended by 60 teachers in Kuningan Regency. In terms of process, the implementation of community service was conducive at both the online and offline stages of implementing activities. Participants were very enthusiastic about participating in question-and-answer activities, practices, and presentations on media use. All participants developed learning media and presented it in front of other participants. The success of implementing this community service is assessed from the implementation process and the output, where there is an increase in teacher understanding regarding scientific literacy and the use of media and platforms to strengthen scientific literacy skills. Keywords: science literacy media and platforms, merdeka curriculum, elementary schools Abstrak Media dan platform merupakan komponen penting pembelajaran literasi sains dalam implementasi kurikulum merdeka di sekolah dasar. Kegiatan pengabdian kepada masyarakat ini bertujuan untuk mendiseminasikan penggunaan media dan platform penguatan literasi sains dalam implementasi kurikulum merdeka di sekolah dasar. Metode yang digunakan dalam kegiatan pengabdian ini yaitu sosialisasi mencakup beberapa tahapan yaitu identifikasi permasalahan dan kebutuhan, penentuan topik pelatihan, dan evaluasi. Kegiatan ini diikuti oleh 60 guru di Kabupaten Kuningan. Dari segi proses, pelaksanaan kegiatan pengabdian berlangsung kondusif dan lancar baik pada tahap pelaksanaan kegiatan daring maupun luring. Peserta sangat antusias berpartisipasi dalam kegiatan tanya jawab, praktik, dan presentasi penggunaan media. Semua peserta turut andil dalam mengembangkan media pembelajaran dan mempresentasikannya di depan peserta yang lain. Keberhasilan pelaksanaan pengabdian kepada masyarakat ini selain dinilai dari proses pelaksanaan juga dinilai dari output pengabdian dimana adanya peningkatan pemahaman guru terkait literasi sains serta penggunaan media maupun platform penguatan kemampuan literasi sains. Kata kunci: media dan platform literasi sains, kurikulum merdeka, sekolah dasar

Scientific literacy is a very important competency to pay attention to so that students can use science in their lives. The results of teacher interviews stated that scientific literacy learning at SMP Negeri 10 Payakumbuh was still not being implemented optimally. There needs to be a learning model that supports students' scientific literacy, one of which is the Reading to Learn (R2L) model. This research aims to determine the effect of the Reading to Learn learning model on the scientific literacy of students at SMP Negeri 10 Payakumbuh on Ecology and Biodiversity material. The type of research used in this research is quasi-experimental with a quantitative approach. The research design used was Posttest Only Control Group Design. This research design involves two groups, namely the experimental group which will receive treatment applying the R2L model in learning and the control group which will receive conventional learning. The data obtained were analyzed using normality tests, homogeneity tests, and hypothesis tests.

Science education develops quickly and is rooted in the 21st Century. The learning carried out focuses on active students and produces something with PJBL. This study determines how Ethnoscience-based PJBL learning impacts scientific literacy learning outcomes. The study used a descriptive qualitative method. Data collection techniques used interviews, observation, and documentation. This study used descriptive analysis methods through data reduction, data presentation, and conclusions drawing. The study results show that students’ scientific literacy learning outcomes using Ethnoscience-based PJBL can deliver students with processing abilities, scientific attitudes, communicating results, and paying attention to socio-culture in the area around students. Using this PJBL facilitates students to gain knowledge and skills through project development and implementation involvement. Projects with complex assignments will encourage students to design, solve problems, make decisions, and display ethnoscience-based products by combining culture with science in the learning process.

PKBM is one of the educational facilities, especially non-formal education, to enhance the knowledge and skills of people studying there. This is done to support the improvement of life skills to enhance living welfare (social and economic), one of which is in the form of scientific literacy skills. This community service activity aims to enhance the scientific literacy skills of students studying at community learning centres or PKBM Harati through training activities in making caramunting flour. The method used in community service starts from the planning stage, activity implementation stage and evaluation. The evaluation was carried out by assessing the literacy skills of the activity participants, namely 20 residents studying PKBM Harati, located in Sampit City, East Kotawaringin, Central Kalimantan, by giving test questions of 10 multiple choice questions and measured quantitatively. The results of the activity show that there has been an increase in the scientific literacy learning outcomes of the activity participants, namely that at the pretest, they got an average score of 35, and at the posttest, they got an average score of 83. These results indicate that the training activities carried out can have a positive impact. Positive because it provides concrete examples regarding the application of scientific literacy skills.

The purpose of this study is to describe scientific literacy and character education in 21st century science learning and to examine, describe the suitability of scientific literacy and character education for 21st century science lessons. Scientific literacy is the ability to understand science, communicate science, and apply science abilities to solving problems, in the process of learning scientific literacy is easily associated with science subjects. Scientific literacy and character education assist students in developing their potential and character values for competitiveness in the 21st century. In this study, the literature review method was used, namely by placing, obtaining, reading, and evaluating various related or related research literature. with the problem to be studied. The data described are the results of research on scientific literacy and character education in the 21st century, which have been carried out by previous researchers. The results of the literature review found that scientific literacy and character education can be integrated in 21st century science learning.

Learning tools need to be implemented in today's learning innovations. Currently the government is implementing a new curriculum with a new policy in the form of scientific literacy learning. This learning focuses on daily problem-solving activities related to natural science. Therefore, there is a need for teacher innovation in developing E-Module teaching materials as a form of modern learning application. The purpose of this study was to determine the emergence of scientific literacy in science e-module learning tools. The method in this research using descriptive method. The results of this study indicate that the e-module used by teachers is related to content aspects worth 84% which is stated as good, process aspects with a percentage worth 78% stated well and in terms of context with a percentage of 81%. related to the emergence of scientific literacy while the results of interviews with science teachers indicated that the science e-module learning tools used had scientific literacy in each science material

This study aims to determine the application of early childhood scientific literacy development using one approach, namely the contextual teaching and learning approach. In this study, researchers used descriptive qualitative research methods. Data collection techniques used were observation of children and teachers, interviews, and documentation. The data source was obtained from school data in the form of a list of group B children, the results of observations of children carried out by observing and interviewing group B children and group B teachers and the principal of Tk Al-Ihsan Omben in learning scientific literacy using the Contextual Teaching and Learning approach. The research location is Tk Al-Ihsan, Jl. Jokotole, Omben Village, Omben District, Sampang Regency. The results of the research that has been carried out by researchers in the group b tk al-ihsan, Omben village, Omben sub-district, Sampang district. In conclusion, scientific literacy learning activities with a contextual approach make it easier for children to learn. The results of the study show that using the Contextual Teaching and Learning (CTL) approach in learning scientific literacy is more fun and quickly understood, and cannot be separated from providing an adequate learning climate, as well as learning infrastructure that supports children in carrying out the learning process. One of the approaches used in Al-Ihsan Omben Kindergarten is through the application of the Contextual Teaching and Learning (CTL) approach which, if used, is very appropriate and effective for application to science learning for children in group B of Al-Ihsan Omben Kindergarten, because this approach helps teachers Associating the science material being taught with real-world situations for children, so that it will make learning fun and not boring

The choice of teaching materials and methods used with students is ineffective, which prevents students from receiving meaningful learning experiences. In this learning process, student activity is crucial to ensure that students receive meaningful learning experiences, are able to think critically and creatively, and are especially literate in science regarding the concept of induction. This study uses a virtual lab on the idea of magnetic induction to encourage students' creativity in their scientific literacy learning. This sort of research employs a cooperative learning model in the experimental class and a traditional learning model in the control class in a quasi-experimental design. Data were gathered using the pretest approach for students' creativity in terms of scientific literacy and the posttest method for students' knowledge of science after four meetings, where there were 20 multiple-choice items and 10 isay questions. MANOVA analysis was used to analyze the data. SPSS Multivariate Because the dependent variable in this study is quantitative (numeric) and the independent variable is qualitative, Mancova is used (categorical). The significance value for the multivariate p-value table is therefore 0.000. Ho is automatically rejected since the significant figure at the 95% confidence level is 0.000 0.05. The SPSS output findings reveal a substantial difference between studying electromagnetic induction content with and without the use of a virtual lab. While practical activities give students first-hand experience, learning using virtual lab aids can enhance students' creative thinking and scientific literacy. The induction electric motion practicum helps students better understand the concepts of the physics course. Students learn how to be more active and search for information through practicum activities using the PHET clorado virtual lab (phet clorado). Through this activity, the electromagnetic induction practicum learned will be more focused, and it can improve students' creativity and scientific literacy

The purpose of this study is to test the level of effectiveness of graphic organizer-based scientific literacy learning models in elementary schools. This study’s goal is to evaluate the efficacy of elementary school scientific literacy learning approaches that rely on visual organizers. Plomp design development was used to perform the study. The three primary phases of this kind of Plomp development research methodology were preliminary research, prototype, and assessment. Students at Indonesia’s West Sumatra province’s elementary schools in the fourth grade served as the study’s subjects. The study’s findings have a significance level of 0.05, or 0.000 0.05. In the experimental classes 1 and 2, it can be concluded that there is a substantial difference between student learning results before and after using the graphic organizer-based scientific literacy learning approach. The N-gain value for the experimental class 2 is 0.712 in the high category and the N-gain value for the experimental class 1 is 0.628 in the medium category. In conclusion, the graphic organizer-based scientific literacy learning model is effectively used in class IV of elementary schools.

Lack of learning resources is a problem found at SDN Panton New Area of South Aceh. This makes Literature a curriculum, especially literacy science based on local wisdom in the learning process is important to develop. This research aims to design device learning scientific literacy based on local wisdom and testing feasibility a scientific literacy learning tool based on local wisdom in South Aceh. This research method is research and development that refers on 4D models that is Define (Definition), Design (Design), Develop (Development), Disseminate (Spread). Research result show that the feasibility of science-based literacy learning devices South Aceh's local wisdom was assessed by the media validator obtaining 87.5% in the "Very Eligible" category, the results of the material validation obtained feasibility achieved 91.16% with the category "Very Eligible", and language validation results obtained 85.25% in the "Very Eligible" category. Thus can it was concluded that the learning device products developed were feasible to use in the process learning.

One of the problems faced by education in Indonesia today is the weakness of the learning process, where students are forced to memorize information, remember and hoard various information with a lack of understanding of the context of what they remember or learn and relate to everyday life. So this study develops an Inspirational learning tool based on PjBL based TaRL approach through learning scientific literacy on virus material with the aim of knowing the feasibility of learning tools and materials from the development of Learning Implementation Plans (RPP) which can then be applied in the school with the media used including STEM-based e-modules, STEM-based e-LKS Screencast and implementation of STEM-based interactive notebook biology on virus material, using the ADDIE development model and getting the results of the feasibility of learning designs with an average value of 91.66% and implementation in the learning process with a percentage of 100% very good. So it can be concluded that the product can be developed and implemented in MAN 10 Jombang schools.. KEYWORDS: RPP, Inspirational, TaRL, PjBL

This literature review reveals the journal publication on integrated scientific literacy in natural science learning. A systematic review was carried out through a modified and adopted items selected for the systematic review and meta-analysis (PRISMA). The articles with integrated scientific literacy have been detected in a number of journals, such as ERIC, SCIENCE DIRECT, IJSE, SE, JRST, IOP SCIENCE, DOAJ, and Springer, using the keywords of "Science Literacy teaching materials." The results suggest that the number of studies on integrating scientific literacy learning materials from 2016 to 2020 is still low, so that the opportunity for its development remains wide.

This inquiry-based activity introduces students to the CRISPR method of genetic engineering and recent applications of CRISPR-editing. This activity was implemented in a nonmajors chemistry course for first-year students, during a 1 h 50 min laboratory period. However, the activity could easily be adapted, and it is useful for meeting scientific literacy learning goals of a college chemistry course for majors, an introductory college biochemistry course, or an advanced high school chemistry or biology course. For the activity, students self-selected into small groups and then researched a particular topic concerning CRISPR using a series of questions designed to guide their discovery work. Subtopics included both biochemical and application details of CRISPR, as well as social and ethical considerations concerning the genetic engineering of humans. The activity was designed to introduce students to this rapidly burgeoning biochemical method using a systems-based analysis in which social and ethical considerations are considered along with technical details. Groups prepared a short written and oral summary of their findings, and the instructor facilitated a class discussion on the topic following group oral presentations. Pre- and postactivity survey analysis indicated that students found the activity worthwhile and were able to reflect on the potential broader social and ethical implications of CRISPR-editing due to the research and discussions facilitated by the activity.

In the 21st century the importance of scientific literacy learning is a necessity for individuals who face the challenges of the development of rapid scientific progress. Since that, science literacy learning is a learning concept based on content, processes and contexts. The basis of this research is about practicum modules that apply the concept of scientific literacy. The purpose of this study is to find out the indicators of the scientific literacy in the practicum module in Junior High School 1 in Langsa City. The method in this study is descriptive quantitative. The results obtained in this study are: (1) the content aspect of the scientific literacy in practicum module is 39%, (2) the process aspect of the scientific literacy is 52% which stated that the scientific literacy sometimes appears in the practicum module; (3) the context aspect is 40% which stated that the scientific literacy sometimes appears in the practicum module. The result is that practicum module can be stated sufficiently related to scientific literacy.

Scientific literacy skill is a key factor for overcoming real-life problems, but scientific literacy learning in schools has not been well trained. Therefore, the purpose of this study is to analyze the effectiveness of Problem Based Learning (PBL) in improving students scientific literacy skills and scientific attitudes. This research was part of research and development, with the Dick & Carey model. The research trial used one group pre-test and post-test design on 29 students of XI IPA 1 class in SMAN 5 Banjarmasin. The instruments of data collection were a scientific literacy test and scientific attitude questionnaires. Data were analyzed by the n-gain equation. The results showed that the n-gain score of students scientific literacy and scientific attitudes were 0.55 and 0.57; it means the increase was in moderate criteria. Therefore, PBL is effective to improve students scientific literacy skills and scientific attitudes.

The aims of this cross-sectional survey research was to find the validity and reliability of assessment instruments for ecological learning scientific literacy oriented’s. Determination of the sample used purposive sampling of 4 experts and 122 high school level students. To reveal validity is assessed based on obtain judgment expert and reliability measured by internal consistency. It was gained that the validity is 7 items very feasible and 3 item quite feasible with reliability’s value is 0.763. It showed that all items can be used to analyzing the difficulties of students for designing ecological learning scientific literacy oriented’s lesson plans.

The development of science and technology that caused by 21st century development, requires a globally qualified, reliable, and competitive human resources. One of the skills required in 21st century is scientific literacy. Scientific literacy is a skill to use knowledge, identify question, and take conclusion based of evidences for understanding and making decision about nature and changes done to nature by human activities. Scientific literacy in schools can be created and developed by environment utilization. Students observe and do simple scientific activities, they can directly interact and utilize the environment as learning material. By directly learning and observing in nature, scientific literacy learning can be optimalized. The aim of this research are to understand the implementation of scientific literacy learning by utilizing environment and knowing environment’s benefits in developing students’ scientific literacy skill. The methods used are literature review by analyzing sources related to this research. The results found by conducting a literature study showing that by utilizing the environment in scientific literacy learning, student learning outcomes increased. Students are active in learning activities and better understand the scientific literacy learning because it is close to the surrounding environment. It can be concluded that the use of the environment is appropriate for scientific literacy learning.

The professionalism development of physics teacher candidates has been emphasized in their scientific literacy skills; so Skills of Scientific Literacy Learning Plan (SSLLP) is often ignored. Therefore, the purpose of this study was to analyze the effectiveness of the Literacy Learning Model (LLM) to improve the SSLLP for physics teacher candidates. This research used one group pre-test and post-test design toward 120 physics teacher candidates of Surabaya State University and Lambung Mangkurat University in academic year 2016/2017. The SSLLP was measured by using the Literacy Learning Plan assessment sheet and interviews. The data analyses used descriptive qualitative, n-gain, and Paired t-test / Wilcoxon test. The application of LLM in physics learning showed a significant increase in SSLLP at α = 5%; where the SSLLP was originally in the D / C criteria then became A and the mean n-gain value was in high criteria for each group. Thus, LLM is effective to be used to improve SSLLP for physics teacher candidates.

Abstract Building a better public education system for our children begins with providing students with real‐world learning experiences from the very beginning. To this end, the authors explored how two kindergarten teachers scaffolded scientific literacy learning using an authentic multimodal text before, during, and after a zoo field trip in ways that fostered the identity of kinder “scientists” along with good literacy skills. From their experiences, public educators can help their students develop strong science knowledge and scientific literacy through rich literacy practices intertwined with learning science content, over a period of time, with multiple, varied, and scaffolded uses of an authentic, multimodal text and paired with authentic, out‐of‐school learning experiences.