The Relationship Between Digital Literacy and Learning Outcomes in Biology Learning for Students

The study aims to determine the relationship between digital literacy and the learning results on the biology of class vii for the 12th country school class vii. This type of research is a quantitative study with a correlational method. The population in this study is class vii in the 12 countries' middle schools. The samples used in this study number 88 students. Research instruments using tankettes. The data analysis technique used is by using a product-moment correlation. Studies show the class vii c, d, e, and f's digital literacy of class vii c, d, e, and f get an average of 60.77 present in the moderate category. In contrast, the results of the student biology study of students get an average of 68.02 gifts in the intermediate class. Product correlation analysis between x variables and y variables show that r recount (0.290) > t-table (1.987) so that there is a link between digital literacy and the study of the biological student vii class 12 countries

The Effect of Use Of Blended Learning OnMotivation To Learn Mathematics With Collaborative Learning Media Whatsapp And ZoomIn Class X Mipa 3 Upt Sma Negeri 1 Parepare

This study aims to determine whether or not there is an effect of using the blended learning strategy in Math online learning via WhatsApp and zoom. This research method uses a qualitative descriptive method. The data in this study were collected through observation, interviews, and documentation. The results obtained indicate that online learning using the WhatsApp and zoom application with the blended learning strategy during the Covid-19 pandemic can provide more enjoyable learning so as to increase student enthusiasm and activity. The conclusion obtained from this study is that the use of the blended learning strategy affects online math learning via WhatsApp and zoom can be an alternative in online biology learning via Whatsapp in conditions that do not allow face-to-face learning

Pengaruh Model Pembelajaran Probing Promting Terhadap Kemampuan Berpikir Kritis Dan Hasil Belajar Biologi Siswa Kelas XI Mas Cipta

This study aims to determine the effect of the probing learning model on critical thinking skills and biology learning outcomes for class XI students. This type of research is quasi-experimental research. The sample of this research is class XI IPA 2 opens 30 people as experimental class and XI IPA 3 opens 30 people as control class. The instrument used to collect data is a multiple-choice test consisting of 20 critical thinking skills questions and 20 learning outcomes test questions. Data analysis in this study was a paired simple t test with the help of the SPSS 20.00 program. The results of the analysis of critical thinking skills obtained tcount = 24,418 and ttable = 2,045, which means Ho is rejected, Ha is accepted. This shows that there is an effect of the probing learning model on the critical thinking skills of class XI MAS Cipta Simpang Dolok T.P 2019/2020 students. Meanwhile, from the results of the analysis of the results obtained tcount = 22,381 and ttable = 2.405, which means that Ho is rejected, Ha is accepted. This shows that there is an effect of the probing prompting learning model on the learning outcomes of class XI Mas Cipta.

Development of Self-assessment Instruments to Measure Student Affective Domains on Online Biology Learning

<p><em>The purpose of this study was to determine the process of developing a self-assessment assessment instrument that measures the affective domain in online biology learning that meets the content and construct validity. The type of research and development that adopted the Plomp development model was used in this study. The subjects of this study were students of class XI MIPA at SMA Negeri Padamara, Purbalingga Regency, Central Java, totalling 40 students in May 2021. The instruments used in this study were self-assessment questionnaires and teacher questionnaires. The validity test results with the calculation of the validity coefficient value show a value of 0.45 so that the assessment instrument can be valid. The reliability test results obtained a coefficient value of 0.957 so that the assessment instrument can be said to be reliable. Furthermore, the results of expert validation got a score of B. These results met the criteria well and could be used with slight revisions. Thus, it can be concluded that the evaluation instrument produced in this development has met content and construct validity.</em></p>

Developing Guided Discovery Learning-Based Neurodroid Learning Media for Critical Thinking Skills

This study aimed to develop guided discovery learning-based android learning media to improve critical thinking skills. The developed biology learning media was applied to the nervous system material. The discussion of the physiology of the nervous system is one of the difficult biological materials to understand because it includes the organization and structure of neurons and their functions, ion pump mechanisms when neurons are at rest, action potential mechanisms, mechanisms for neurons to communicate with other cells in the synapses, and organization of the nervous system. This study used research and development (RD) with a method developed by Thiagarajan, namely the 4D model with stages: define, design, develop and disseminate. The stages of this study are limited to the development stage. The results showed that the media was feasible with media, language, and a material expert validation of 3.5, 3.8, and 3.3, respectively.

Development of HOTS-based biology learning documents using ADDIE Model

Empowerment of Higher-Order Thinking Skills (HOTS) is often not optimal due to the lack of availability of HOTS-based learning documents. The purpose of this development research was to produce HOTS-based biology learning tools on motion system material for class XI high school. This development research uses the ADDIE model which has five stages: analyze, design, develop, implement and evaluate. The product development was validated by learning experts and material experts and then tested on students. The validation sheet was used as a data collection instrument. The validation results from learning experts stated that the learning syllabus was very feasible (84.3%), lesson plans were very feasible (80.2%), student worksheets were feasible (72.2%), and test questions were very feasible (83%). Meanwhile, the validation results from material experts stated that all learning documents were feasible (the percentage of eligibility for syllabus, lesson plans, student worksheets, and test questions were 77%, 70%, 80%, and 80%, respectively). After being tested on students, student responses and the results of their evaluation scores indicate that the learning documents that have been developed are suitable for use. In addition, the HOTS learning tools developed are practical and effective in the learning process, so as to create a student-centered learning process and be able to improve students' HOTS.

Needs Analysis of Teaching Materials Biology Learning Strategy

The aim of this study is to analyze the need for teaching materials in the Biology Learning Strategy course that are in accordance with the needs of lecturers and students to support learning in the modern era. The design of this research is exploratory research. The research subjects were ten lecturers in Biology Learning Strategy courses or similar courses from seven universities and 102 biology education students who had gone through Biology Learning Strategies courses from Universities in Surakarta and DIY. Data collection techniques are observation and questionnaires. Analysis of questionnaire data using Rasch modeling. The results of the study indicate that the obstacles faced in learning the Biology Learning Strategy course are the absence of teaching materials that can be used as a guide in the learning process. The results of the questionnaire analysis of lecturers and students are above the logit item value of 0.00 which shows the respondents agree on the importance of the Biology Learning Strategy course and that teaching materials are needed in the form of textbooks. The conclusion of this research is that it is necessary to develop a textbook with the characteristics of Blended Collaboration Problem-Based Learning to support the Biology Learning Strategy course.

Analisis Hambatan Proses Belajar Biologi dan Cara Pemecahannya Dalam Pelaksanaan Pembelajaran Jarak Jauh

Currently, one form of implementing learning during the pandemic is distance learning. The process of learning biology during the pandemic presents various problems in the delivery of material. This study aims to look at the barriers and ways to solve them in distance learning during the COVID-19 pandemic. The study used a qualitative descriptive research design with data collection techniques in the form of observation, interviews and documentation techniques. The subjects of this research are teachers in the field of biology studies who have implemented distance learning with various brave application platforms in the hope of providing data related to distance learning barriers who act as informants; as well as students who experience obstacles in the implementation of distance learning. The results of the study obtained several obstacles in distance learning in biology learning, namely 1) obstacles in the learning process of learning materials which in using the application not all have Android cellphones, the network is not good during the learning process, and the level of student boredom. 2) obstacles in the interaction process in the learning process which usually appear on the subject or material that is difficult for students to understand. 3) the strength of the empowerment of facilities and elements in internet network learning is weak, running out of quota, and there are some students who do not have electronic devices. 4) obstacles in managing teaching materials to be delivered in the learning process that still need accuracy in choosing the right teaching materials

Teaching the Tough Topics: Fostering Ideological Awareness through the Inclusion of Societally Impactful Topics in Introductory Biology

Development and integration of ideological awareness curriculum enhances students’ ability to apply traditional biology learning objectives to societally relevant topics by understanding the biases, stereotypes, and assumptions that shape the world around them.