Reading and synthesising science texts using a scientific argumentation model by undergraduate biology students

Lammers, Annelotte; Goedhart, Martin; Avraamidou, Lucy

doi:10.1080/09500693.2019.1675197

Cited by 14 publications

(21 citation statements)

References 52 publications

(76 reference statements)

Supporting

Mentioning

Contrasting

Unclassified

Order By: Relevance

“…In this case, learners obtain information from various sources. There are five steps in applying scientific approach in teaching and learning process, including observe, ask, explore, associate, and communicate (Hosnan, 2014;Lammers, Goedhart, & Avraamidou, 2019).…”

Section: Scientific Approachmentioning

confidence: 99%

Conceptual Understanding of Excretory System: Implementing Cooperative Integrated Reading and Composition Based on Scientific Approach

Ristanto

Rahayu

Mutmainah

2021

Participatory Educational Research

View full text Add to dashboard Cite

The excretory system should be taught through constructivism so as conceptual understanding could be built well, and students could apply their knowledge in daily life. The research aims to find out the influence of a learning model of Cooperative Integrated Reading and Composition (CIRC) based on scientific approach (Cirsa) on conceptual understanding of excretory system. The methods used include quasi-experiment with pre-test and post-test control group design. Instruments used are conceptual understanding tests of excretory system referring to Bloom's revised taxonomy of C1 to C6 consisted of 12 question items that are valid and have high-reliability categories. The research is conducted in 11th grade of Mathematics and Science of a senior high school in excretory system subject. Learners involved in the research consist of 68 people. Sampling technique uses simple random sampling. The results of Kolmogorov-Smirnov test and Fisher test obtained that conceptual understanding excretory system data are normally distributed and homogeneous. The results of hypothesis testing on normalized gain and effect size calculation indicate that there was an influence of Cirsa learning model on conceptual understanding of excretory system which cateqorized into effective. Based on the research findings, it is expected that excretory system learning could be taught to learners using Cirsa learning model.

show abstract

Section: Scientific Approachmentioning

confidence: 99%

Conceptual Understanding of Excretory System: Implementing Cooperative Integrated Reading and Composition Based on Scientific Approach

Ristanto

Rahayu

Mutmainah

2021

Participatory Educational Research

View full text Add to dashboard Cite

show abstract

“…Undoubtedly, critical reflection through argumentative writing implies an effective scientific communication of contrasted positions, and this is the basis for promoting a technological culture devoid of violence and aggression. Consequently, argumentative written communication in the use of ICTs guarantees higher education of quality (Benetos & Betrancourt, 2020;Cotos et al, 2020;Lammers et al, 2019;Palermo & Wilson, 2020).…”

Section: Introductionmentioning

confidence: 99%

Technologies for Learning Writing in L1 and L2 for the 21st Century: Effects on Writing Metacognition, Self-Efficacy and Argumentative Structuring

2021

View full text Add to dashboard Cite

Aim/Purpose: Quality in higher education assumes the challenge of developing in all citizens of the 21st century the cognitive, motivational, and socio-cultural dimensions that provide them with communication competences including the use of information and communication technologies, for the dissemination of sustainable scientific knowledge in different languages. Hence this paper evaluates a didactic-technological process called “Ensayo Científico Multilingüe” or ECM (“Multilingual Scientific Essay”), which guides the construction of argumentative texts in a shared didactic space in the native language (L1) and in the first foreign language (L2). Background: Although the use of information and communication technologies (ICTs) in educational contexts stands out as an index of quality, some studies indicate that these technologies, by themselves, do not produce changes in learning. The possibility that ICTs can contribute to a university-quality education is by providing measures that allow verification of the effects on the real improvement of the learning of communication competences of students and, especially, in the learning of written communication for the purpose of scientific dissemination. In order to do so, this research is based on the Metasociocognitive Written Composition (MWC) model that explains university writing as a complex process in which, metacognitively, cognitive-linguistic competences and socio-cultural experiences interact with motivational factors to achieve outreach objectives within a disciplinary field. This interaction always takes place by applying a specific textual genre. Methodology: For this research, a mixed quasi-experimental research design was proposed, with a control and an experimental group with 50 university students in each group. This design included two repeated measures (pre-test, post-test) for three dependent variables: (i) metacognition of writing; (ii) self-efficacy of argumentative writing; and (iii) structuring of the argumentative essay, in both L1 and L2. Validated instruments were selected and the correlations between the variables described both before and after the application of the ECM, in L1 and L2, as well as their correlations with the didactic-technological procedures integrated in the ECM: written activities, their extension, languages used, Lesson and Forums. Contribution: This article analyses the didactic-technological procedures that may be influencing the improvement in the learning of argumentative writing, both in L1 and L2, with validity and reliability. This enables the establishment of technological strategies for teaching shared in L1 and L2, both real and contrasted. Findings: It can be stated that the ECM creates a shared didactic-technological space in different languages, producing similar effects in L1 and L2, both on writing metacognition and on self-efficacy and argumentative structuring. The ECM enhances the association of writing metacognition with argumentative self-efficacy in L1 and L2. However, these dimensions are not associated with the structuring of argumentative essays, either in L1 or in L2. Furthermore, it is verified that the described variables are associated with the didactic-technological procedures integrated in the ECM in the following ways: (i) the procedure to promote writing metacognition (through the Lesson tool) is associated with argumentative structuring in L2; (ii) the extent of writing activities is associated, only, with argumentative self-efficacy in L1; and (iii) participation in the Forums presents a very low association with all the variables measured. Recommendations for Practitioners: The present study promotes the application of the ECM by introducing changes in the procedures to improve its effectiveness in argumentative writing learning of a scientific nature, in L1 and L2. In this sense, it is proposed: (i) to adapt and implement the genre-based writing instructions methodology to the technological context; (ii) incorporate more collaborative technologies in the construction of the text; and (iii) reduce the number of forums and replace the extensive activities with micro activities. Recommendation for Researchers: Present the ECM in an open mode that allows access to international students and, thus, to be able to validate the instruments in different languages, checking its effects with a diversity of groups. Impact on Society: The results of this research show that it is possible to promote the learning of argumentative writing in L1 and L2 from the first year of university, sharing didactic-technological learning spaces. The potential of ICT to help students manage and acquire better scientific writing skills in different languages and its positive results to meet the needs of students, both in L1 and L2, is especially demonstrated. In short, the procedures, resources, applications, and tools integrated in a didactic process are described, demonstrating their effectiveness, for the development of communicative competences of scientific dissemination. Undoubtedly, this contributes to a quality higher education, so demanded internationally, for the creation of a culture of peace and cooperation that enables sustainable global development. Future Research: Another line of research that is being developed in the future is the adaptation of ECM to the teaching of other genres and educational levels, as well as for the integration of people with functional diversity and immigrants.

show abstract

“…In the first place, the use of statistics will enable the assessment of writing metacognition and its dimensions, argumentative self-efficacy, and the rhetorical steps of argumentative writing in a multilingual WBWI integrated within the GBWI didactic model in a course called ECM. Previous studies that apply the WBWI model integrated into GBWI use monolingual [22][23][24] or bilingual [25,26] environments. Furthermore, in these studies, either only the rhetorical movements [24,25] are evaluated or the relevance, format, reliability, level, timeliness [26], and usability [23] of the software are described.…”

Section: Introductionmentioning

confidence: 99%

Learning Effect in a Multilingual Web-Based Argumentative Writing Instruction Model, Called ECM, on Metacognition, Rhetorical Moves, and Self-Efficacy for Scientific Purposes

2021

View full text Add to dashboard Cite

The purpose of this study is to assess the learning effect of a multilingual web-based argumentative writing instruction model called the Ensayo Científico Multilingüe (ECM, Multilingual Scientific Essay) adapting the didactic model called Genre-based Writing Instruction (GBWI) in an experiment conducted over three months. For this purpose, a quasi-experimental research model was applied to 150 students in the experimental group and 150 in the control group, with two measurements, pre and post-test, for three dependent variables: (a) writing metacognition and its dimensions; (b) written argumentative self-efficacy; and (c) rhetorical moves and steps of an argumentative essay. The latter variable was measured by the content analysis method. Variables (a) and (b) were both measured with instruments validated in a population of 518 university students using structural equations. The findings demonstrate the positive effect of the ECM, which combines WBWI and GBWI in argumentative written learning in the students’ mother tongue in all variables measured, applying statistics such as the Shapiro–Wilk statistic, parametric contrast, and the Wilcoxon signed-rank test. In relation to the findings, with respect to the evaluated variables, it was discovered, specifically, that the rhetorical steps in which the students showed a significant improvement were innovations, quotes/research, definitions of concepts, refutations, definitive reasons, and bibliographical references. Likewise, the rhetorical steps that did not present significant differences following the application of the ECM were discovered, and they were: reason summary, formulation of premise, and reasons for. Furthermore, it can be stated that for the ECM there was an increase, above all, in awareness of the following metacognitive dimensions: (a) writing self-regulation; (b) writing planning; and (c) writing revision, as well as argumentative self-efficacy. The novelties of this research with respect to the precedents reside in that it offers valid and concrete results on the effect of a multilingual web design integrated into a well-defined didactic model of argumentative writing on writing metacognition and its dimensions, argumentative structuring and its rhetorical steps, and argumentative self-efficacy. The related studies consider only some of these variables, but not all of them together or their complexity. These results have allowed us to establish specific didactic–technological proposals for improving the ECM that are transferable to didactic designs to guide written argumentation at higher academic levels using multilingual web technologies and integrating the metacognitive, behavioral, and motivational dimensions of writing.

show abstract

Reading and synthesising science texts using a scientific argumentation model by undergraduate biology students

Cited by 14 publications

References 52 publications

Conceptual Understanding of Excretory System: Implementing Cooperative Integrated Reading and Composition Based on Scientific Approach

Conceptual Understanding of Excretory System: Implementing Cooperative Integrated Reading and Composition Based on Scientific Approach

Technologies for Learning Writing in L1 and L2 for the 21st Century: Effects on Writing Metacognition, Self-Efficacy and Argumentative Structuring

Learning Effect in a Multilingual Web-Based Argumentative Writing Instruction Model, Called ECM, on Metacognition, Rhetorical Moves, and Self-Efficacy for Scientific Purposes

Contact Info

Product

Resources

About