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This type of research is survey research. The purpose of this study is to (1) determine the effect of emotional intelligence on the biology learning outcomes of class X students of SMAN 9 Gowa, (2) determine the effect of learning motivation on the biology learning outcomes of class X students of SMAN 9 Gowa, (3) determine the effect of emotional intelligence and learning motivation together on the biology learning outcomes of class X students of SMAN 9 Gowa. The population in this study were all class X students of SMAN 9 Gowa and the selected sample was 153 students. The data collection technique in this study was a questionnaire and documentation. The collected data were then analyzed using descriptive statistical analysis and inferential statistics. The results of the study showed that there was a positive and significant effect between emotional intelligence and learning outcomes. This was proven in the t-test hypothesis testing obtained a value of 4.935 with a significance level of 0.000 <0.05. There was a positive and significant effect between learning motivation and learning outcomes. This was proven in the t-test hypothesis testing obtained a value of 6.965 with a significance level of 0.000 <0.05. So it can be concluded that emotional intelligence and learning motivation play an important role in the learning process, especially in student learning outcomes.

Learning biology on the human motion system material often presents challenges due to the complex and abstract nature of the material. This study aims to improve student learning outcomes by applying the Discovery Learning learning model assisted by video media in class X SCIENCE SMA Negeri 2 Tondano. This research is a Class Action Research which was carried out in two cycles using a collaborative reflective approach. Each cycle consists of planning, action, observation, and reflection stages, with data collection through observation, evaluation tests, interviews, and field notes. The results in the first cycle showed that the average student score only reached 53.4 with a classical completeness rate of 32%. In cycle II, after improvements based on reflection in cycle I, learning outcomes increased significantly, with an average of 85.3 and a completeness rate of 100%. These findings show that integrating video media in discovery-based learning effectively improves students' understanding of hard-to-visualize biological concepts. Audio-visual media help students relate visual information to authentic experiences, while Discovery Learning encourages active and exploratory engagement of students in the learning process. This research contributes to the science education literature by showing that technology-based and participatory learning strategies can answer the challenges of biology learning in secondary schools. Implicitly, teachers are encouraged to adopt a similar approach to create active, engaging, and meaningful learning.

Critical thinking skills are an important competency in learning biology, especially in biodiversity materials that require analysis, reasoning, and decision-making. This study aims to determine the influence of the Guided Discovery Learning learning model  on the critical thinking ability of grade X students at SMA Negeri 2 Tondano. The method used was a quasi-experimental study with a pretest-posttest control group design. The sample consisted of two classes, namely the control class that was taught using the conventional model and the experimental class that received treatment with the Guided Discovery Learning model. Data were collected through pretest and posttest written tests, and analyzed using normality, homogeneity, and t-test. The results showed that there was a significant difference between the learning outcomes of students in the experimental class and the control class. The average posttest score of the experimental class was 81 higher than the control class of 63.5. In addition, the Tcal value of 4.65 is greater than the Ttable of 2.02 at a significance level of 0.05, which shows that  the Guided Discovery Learning model  has a positive influence on improving students' critical thinking skills. This result is also strengthened by a decrease in standard deviation which shows an equal distribution of understanding between students. This research contributes to the development of active learning strategies in biology education and suggests the application of this model to improve higher-level thinking skills. This model is also relevant applied to other topics in order to strengthen discovery-based learning and collaboration.

This research aims to improve student learning outcomes in motion system materials by applying the Problem-Based Learning (PBL) learning model at Tumou Tou Girian Christian High School, Bitung. This research was carried out in two cycles, each consisting of planning, implementation, observation, and reflection stages. The first cycle showed that only 36% of students completed learning, while the other 64% did not. In the second cycle, student learning completeness increased to 84% after improvements and the implementation of more effective strategies. Applying PBL allows students to actively engage in learning, develop problem-solving skills, and think critically. The results of this study show that PBL can increase students' motivation in learning and encourage better interaction between students. Additionally, the PBL model is effective in helping students construct their knowledge, relate the subject matter to real life, and improve their overall learning outcomes. This research contributes to developing innovative learning methods that can be applied to improve the quality of education, especially in biology learning. These findings imply the importance of using problem-based learning models in improving education quality and students' high-level thinking skills. For further research, exploring the application of PBL in other subjects and its impact on students' social skills is recommended.

This study aims to assess how well the Problem-Based Learning learning model improves the learning outcomes of Science High School Negeri 1 Nanusa grade XI students studying the Structure and Function of Plant Tissues. Learning biology frequently calls both a thorough conceptual grasp as well as an instructional strategy that may best engage pupils. The Classroom Action Research methodology is used in this study in two cycles, each with two meetings. Pre-tests, post-tests, observation of teacher and student activities, and documentation of the learning process were used to gather data. The study's findings demonstrated that using the Problem-Based Learning paradigm improved student learning outcomes' average score from 70 in the first cycle to 82 in the second. Additionally, the percentage of classical completeness rose dramatically from 40% to 90%. Furthermore, the second cycle appeared to have better results regarding students' active participation in group discussions, comprehension of the subject matter, and capacity to communicate group work outcomes. These results suggest that biology instruction at the secondary school level benefits greatly from using problem-based learning. This methodology promotes students' active participation, conceptual comprehension, and improved academic performance.

This study aims to examine the problem of the lack of implementation of experiment-based learning in Biology subjects at SMA Nahdlatul Ulama Padangsidimpuan. The method used is descriptive qualitative with a case study approach, with data collection through interviews with Biology teachers and literature studies. The results showed that limited laboratory facilities, lack of practicum tools and materials, and limited learning time allocation were the main obstacles in the implementation of practicum. Although teachers realize the importance of experimental activities in improving students' understanding and science process skills, structural support from schools is still very limited. In response to these obstacles, several alternatives such as the utilization of virtual laboratories, the use of experimental videos, and simple experiments based on local resources have been attempted. This research recommends strengthening educational policies that support practicum-based learning through the provision of adequate infrastructure, continuous training for teachers, and development of alternative learning media. Thus, Biology learning can be more effective in fostering students' scientific skills and critical thinking according to the demands of the 21st century.

One of the 21st century thinking skills is creative thinking skills. Students as prospective educators are required to learn and develop self-actualization in solving problems scientifically. This study aims to determine the effectiveness of Remap STAD learning models towards the empowerment of students' creative thinking skills. This research is a quasy experimental study and uses a Non equivalent pretest-posttest control group design. The population is all students of class XI IPA SMAN 4 Malang, totaling 234 students. A sample of 102 students was selected based on the equality test to determine the experimental class, positive control, and negative control. The instrument used used essay tests in accordance with indicators of creative thinking skills and the results were analyzed using the one-way anacova test. The results showed that the Remap STAD learning model effectively empowers students' creative thinking skills. The implication of the research conducted is to train students to think metaphorically to produce unique ideas or concepts as a form of achieving creative thinking skills. It is recommended that educators integrate the Remap STAD model in biology learning to foster student engagement and stimulate higher-order thinking processes necessary for solving contextual problems in daily life.

This study examines the diversity of medicinal plants in Las-Lasan Village, Klaten, and develops a research-based learning module for high school students. This research is part of a research and development project encompassing the following stages: preliminary study, planning, initial product development, revision of the initial product, limited field testing, and revision of the second product. The learning module design is based on existing learning modules used in high schools and integrated with the research findings on medicinal plant diversity. The learning module was validated by learning module experts and experts in plant diversity. Data analysis of expert validation results was conducted using quantitative descriptive analysis. The study concludes that the medicinal plant diversity learning module based on research in Las-Lasan Village, Klaten is highly feasible for use in high school biology learning. By integrating empirical data, the module enhances students’ understanding of ecology and biodiversity, promotes independent learning, and supports contextual, critical, and applicable education.

Learning that is still dominated by teacher-centered approaches tends to result in passive student participation and low learning outcomes. This study aims to compare the effectiveness of the Socio-Scientific Problem-Based Learning (SSPBL) model and the Stimulus Environment Problem Solving (SEPS) model in improving student learning outcomes in the Ecology course. The research employed a quasi-experimental design involving two groups of fourth-semester Biology Education students at Universitas Muhammadiyah Surakarta in the even semester of the 2023/2024 academic year. Each group consisted of 20 students; one was taught using the SSPBL model, and the other using the SEPS model. Data were analyzed using the independent sample t-test and effect size analysis.The results showed that the SSPBL group achieved significantly higher cognitive learning outcomes than the SEPS group in both Cycle I (sig. = 0.041) and Cycle II (sig. = 0.049). The effect size results further confirmed the high effectiveness of the SSPBL model, with values of 2.846 (Cycle I) and 3.413 (Cycle II), categorized as "high." These findings indicate that the SSPBL model is more effective in improving learning outcomes, particularly in developing higher-order thinking skills through the integration of scientific concepts and socio-scientific issues. This study recommends the implementation of the SSPBL model in science education to foster deeper conceptual understanding and critical thinking among students.

This study aims to analyze the implementation of the SPIRIT model of problem-based biology learning (SSIPBL) on the respiratory system material at Muhammadiyah 1 Sragen High School in the 2024/2025 academic year and to determine whether this model can improve students' learning outcomes. The research type used is quantitative with an experimental design. Data collection was carried out through learning outcome tests, observations, and interviews. Based on the t-test results, a significance value (sig.) of 0.198 was obtained, which is greater than the 0.05 value, indicating that there is no significant difference between the experimental group using the SSIPBL model and the control group using conventional learning methods. Factors affecting the ineffectiveness of this model's implementation include teacher readiness, limited time, lack of student involvement, and inadequate infrastructure. The results of this study show that the implementation of the SPIRIT SSIPBL model on the respiratory system material does not significantly improve students' learning outcomes. Therefore, it is recommended to improve supporting aspects, such as teacher training, better time management, and increasing student motivation and involvement in problem-based learning. Indicates that the implementation of the SPIRIT model of Socio-Scientific Problem-Based Learning (SSIPBL) can significantly improve students' learning outcomes on the respiratory system material senior High School for the. These results suggest that SSIPBL has the potential to enhance students' understanding through a problem-based approach that connects scientific phenomena with social issues, and its implementation in the field met expectations.

This study aims to determine the feasibility and impact of virtual laboratories in learning the material of innovation in biological technology (biotechnology) for high school students in grade X. The feasibility assessment was carried out by three expert validators using a questionnaire instrument that measured aspects of material, media, and language and based on readability tests by teachers and students. The results of the study showed that the percentage of validity of the Virtual Laboratory from material experts was 95%, media experts 83%, language experts 90% with the third category being "Very Feasible". The results of the readability test from teachers obtained a percentage of 96% while the results of the readability test from students obtained a percentage of 99%. These results indicate that the Virtual Laboratory is Feasible and Practical to be used for biology learning, especially biotechnology material. The results of the teacher response test on the use of Virtual Laboratory showed a percentage of 95% while the results of the student response test were 75%. The results of the T test showed that Virtual Laboratory had a significant effect on students' conceptual understanding with a significance of 0.001. These results indicate that Virtual Laboratory is effective in improving students' conceptual understanding, especially in biotechnology material.

Mental health disorders, particularly depression, are becoming an increasing concern among university students. This study aims to analyze the comparative levels of depression among students from the 2022 and 2024 cohorts in the Biology Department at Universitas Negeri Medan. The research employs a mixed-method approach, integrating both quantitative and qualitative methodologies. Data were collected through questionnaires distributed to 51 active students. The results indicate that students from the 2022 cohort exhibit higher levels of depression compared to those from the 2024 cohort, due to academic pressure, social factors, and lifestyle habits. These findings highlight the importance of preventive strategies and interventions to mitigate depression risks, such as stress management, promoting healthy lifestyle habits, and strengthening social support in academic environments. Therefore, educational institutions must prioritize student mental health to foster a more conducive learning environment.

The aim of this study is to identify the factors that cause learning difficulties among students in biology lessons in class XI at SMA Negeri 2 Tondano during the 2024/2025 academic year. The identified issues include students having difficulty understanding the material taught, lacking focus during lessons, ineffective teaching strategies, and low student motivation. This research uses a descriptive approach with a qualitative design, where data was collected through interviews and documentation. The study was conducted from November 6 to November 28, 2024, with 18 class XI students as the subjects. Interviews were conducted using 100 prepared questions. Data analysis was performed descriptively with percentage calculations. The results indicate that internal and external factors influence the factors causing learning difficulties in biology lessons for class XI students. Internal factors include interest (26.5%), motivation (35.9%), physical health (38.3%), intellectual ability (28.6%), attitude (43.4%), learning attention (32.3%), learning readiness (48.9%), talent (42.5%), physical condition (25.3%), and emotional factors (32.5%), all of which are categorized as low. External factors include family environment (48.9%), school environment (45.6%), interaction with teachers (42.7%), interaction with peers (35.4%), facilities and infrastructure (54.6%), technology and learning media (63.6%), curriculum (65.4%), learning environment at home (52.3%), family economic conditions (56.7%), and school education policies (43.5%), with most of these external factors showing a low to moderate category. This study concludes that class XI students at SMA Negeri 2 Tondano experience the most significant learning difficulties related to external factors, such as the curriculum, and internal factors, such as students' learning readiness.

This study aims to analyze the application of Problem-Based Learning (PBL) as an innovative strategy to improve students' cognitive in biology class X.IA2 learning at SMA 09 Pekanbaru. The method used was qualitative through interviews with teachers and students and literature review was used to collect and analyze data. The results of the analysis show that PBL improves concept understanding, critical thinking, and problem solving. Teachers revealed that PBL creates more interactive learning, while students feel more motivated and active. The literature review also confirmed that PBL improves students' analytical power, creativity, and independence. The results recommend the widespread application of PBL to improve the quality of learning.

This study aims to explore the integration pattern between Science and Islam in the context of the Integrated Madrasah Science Competition (KSM) for Biology at MAN 1 Wonosobo. The research specifically seeks to: (1) identify the conceptual pattern of Science–Islam integration in Biology learning, (2) examine the implementation of this integration in the KSM preparation process, and (3) analyze the factors influencing its effectiveness. This research adopts a qualitative approach, employing field research and descriptive analysis to capture a comprehensive understanding of the phenomenon. The findings reveal that the integration pattern in Biology learning within the KSM context is characterized as integrative–interconnective, where scientific concepts are interconnected with Islamic values and perspectives. Supervisory teachers with a strong background in pure Biology tend to be more active in developing discussion themes, conducting in-depth dialogues, and organizing studies that merge scientific and religious viewpoints. The effective implementation of this integration is supported by optimal utilization of learning resources, particularly Biology textbooks, as a source of pure scientific material enriched with Islamic insights. Such integration is further strengthened by collaborative discussions between teachers and students, fostering deeper understanding and critical thinking. Several factors contribute to the effectiveness of Biology KSM learning. These include the existence of a curriculum and learning materials that intentionally integrate Science and Islam, as well as the interdisciplinary competencies of teachers who not only master Biology content but also possess the ability to connect it with Islamic principles. Additionally, institutional support from all components of the madrasah—administrators, fellow teachers, and students—plays a crucial role in creating a structured, motivating, and inspiring guidance environment. In conclusion, the integration of Science and Islam in the Biology KSM at MAN 1 Wonosobo represents an effective educational model that promotes both scientific literacy and religious understanding, contributing to holistic student development in madrasah education.

Education in Indonesia is increasingly developing through a long journey of sustainable results and has been determined by the applicable curriculum through assessment results in the world of education generally covering cognitive aspects, namely how much students are able to remember and understand the subject matter. The aim of this research is to find out the results of the assessments used in the learning process at SMA Negeri 15 Pekanbaru. This research uses survey research with data collection techniques, namely questionnaires and interviews with teachers and students. The results of this research show that teachers' perceptions of assessment have received very good appreciation in learning.

Analysis of the preliminary research phase as the basis for developing a biology practicum guide based on a scientific approach. The purpose of this study was to describe the initial research stage data obtained as a basis for developing teaching and learning materials based on research results that will be made in the future. The development model applied in this study is the Plomp model, which has reached the initial data investigation stage. Instruments for collecting data include interviews, observations, and questionnaires. The results of the student needs questionnaire revealed that students agreed that it was necessary to develop a practicum guide based on a scientific approach with a percentage of 94.73%. The teaching materials that have been used in learning are less effective so that students are less able to understand the subject matter. So it can be concluded that it is necessary to develop teaching materials for practicum guides based on a scientific approach on the material of the circulatory system and respiratory system in class XI SMAN 15 Pekanbaru.

The development of digital technology has brought significant changes in various aspects of life, including education. In biology learning, digital technology offers innovative solutions to overcome challenges in understanding abstract concepts, increase learning motivation, and develop 21st century skills. Interactive simulations, augmented reality (AR), virtual reality (VR) and online learning platforms allow students to visualize complex biological concepts, such as photosynthesis and DNA replication, more clearly and deeply. In addition, the integration of digital technology can improve students' critical thinking skills, creativity, collaboration and digital literacy. However, the implementation of digital technology in biology learning faces various challenges, including limited infrastructure, access gaps between urban and rural schools, and lack of training for educators. This study aims to explore the impact of digital technology on students' conceptual understanding and 21st century skills, and identify the main barriers to its implementation. The results of this study are expected to provide recommendations for the development of more effective and innovative biology learning strategies in the digital era

The goal to be achieved from this study is to Improve Critical and Creative Thinking Skills, as well as Increase Students' Interest in Learning Biology in Class XI A4 SMA Negeri 1 Airmadidi Through the Application of the Synectics, Mind Maps, Cooperative Learning (SM2CL) Learning Model. The problems in this study are low interest in learning students; Students are more likely to be passive when studying; Teachers have never used learning models that can make students think critically and creatively; Learning is more teacher-centered. The research method used is the Classroom Action Research (PTK) method. The results of the research conducted in class XI A4 of SMA Negeri 1 Airmadidi showed that the acquisition of scores in the first cycle with a classical completion percentage of 38.88% increased to 66.66% in the second cycle. Although the classical completeness did not reach 75%, individually. Namely, 24 out of 36 students got a satisfactory score above the KKM, the highest score of 95, and the lowest score of 85 in cycle II. The score obtained from the learning interest questionnaire in the first cycle was at the percentage of 68% to 70% in the second cycle, and both were in a good category. Then, subject teachers and the school need to consider and evaluate some things, namely, the character of 12 students who did not want to do assignments at all from cycle I to cycle II.

This study aims to analyze teachers' and students' responses to critical thinking skills in biology learning at SMA Negeri 3 Pekanbaru. The research employed a descriptive qualitative method using observation, interviews, and documentation. The subjects were 11th-grade students and biology teachers. The results indicate that the evaluation process conducted by teachers was inconsistent. Essay-based evaluations were deemed effective in measuring critical thinking skills, although not always based on specific indicators. Most students assessed critical thinking questions as moderately difficult, with their evaluation results categorized as high. However, a gap in students' understanding was identified, requiring further attention. This study recommends the systematic use of critical thinking indicators to better support the development of students' critical thinking skills.