scholarly journals Tracing the occurrence of ocean sciences issues in Greek secondary education textbooks

Author(s):  
ATHANASIOS MOGIAS ◽  
THEODORA BOUBONARI ◽  
THEODOROS KEVREKIDIS

This study aims to investigate the presence of ocean sciences issues in Greek secondary education (grades 7-12) science textbooks, in respect of the Ocean Literacy Framework. Content analysis was undertaken concerning both textual and pictorial materials of the Biology, Chemistry, Physics, and Geography – Geology courses. Results revealed that the textbooks under study contain limited and fragmented information with regard to the seven essential principles of the framework, while a comparison with the Ocean Literacy Scope & Sequence evidences inconsistencies.  The suggestions arising from this study could help curriculum designers, textbook authors, marine educators, and marine scientists to cooperate on a wider scale towards the inclusion of ocean literacy topics into national curricula worldwide.

2021 ◽  
Vol 10 (2) ◽  
pp. 260-269
Author(s):  
M. N. Hudha ◽  
I. Hamidah ◽  
A. Permanasari ◽  
A. G. Abdullah

This study aims to examine the existence of learning material related to educational issues regarding low-carbon levels. Through the content analysis, 26 primary school science textbooks from ten publishers in Indonesia were reviewed, focusing on the study covering the selection, presentation, provision of supporting materials, and low-carbon issues. The research method used is the qualitative content analysis process method with research steps: 1) Data collection; 2) Data analysis textbook; and 3) Ethical considerations. The results showed that sixty one point six percent of teachers said the book was under the curriculum's coverage. The sixty point six percent of the relevance of content to student experiences was appropriate, so is the fifty three point five percent of the relevance of examples and exercises with learning objectives and the material presented. It is also found that fifty five point six percent of various questions and discussions were adequate for testing students, the other fifty one point five percent had included supporting questions and exercises, and sixty point six percent of teachers said there was a teacher's guide. Then fifty point five percent, according to the teacher, students' awareness of low carbon is still relatively low, and forty six point six percent of the content coverage regarding low carbon is still considered sufficient by the teacher. This study concludes that there was too little coverage of low-carbon issues and a lack of additional material related to the low-carbon content in primary science textbooks. The topic of low carbon is still implicit in the environmental literacy found in textbooks. The follow-up that can be done is providing a low-carbon concept to science textbooks in primary schools so that our students and society will have low-carbon awareness and increased environmental literacy.


2012 ◽  
Vol 106 (9) ◽  
pp. 543-554 ◽  
Author(s):  
Derrick W. Smith ◽  
Sinikka M. Smothers

IntroductionThe purpose of the study presented here was to determine how well tactile graphics (specifically data analysis graphs) in secondary mathematics and science braille textbooks correlated with the print graphics.MethodA content analysis was conducted on 598 separate data analysis graphics from 10 mathematics and science textbooks. The researchers (the authors) cross-validated the findings through a comparative analysis of the tactile graphics of five shared textbooks.ResultsDiscrepancies were found between the print graphic and the tactile graphic in 12.5% of the sample. The most common discrepancy was differences in how data lines and data points were individualized in the print graphic compared to the tactile graphic. On the basis of the reviews of the graphics, the researchers answered a 5-point Likert-scale question (from 1 = strongly disagree to 5 = strongly agree) asking if the “tactile graphic is a valid representation of the print graphic.” The overall score for the sample was 3.71 (SD = 1.60), with a Krippendorff alpha of 0.6328 (the measure of disagreement and alpha > 0.70 are consider moderate).DiscussionThe findings demonstrate that while the majority of tactile graphics have good correlations to their print counterparts, there is still room for improvement. Some transcribers omitted a tactile graphic without providing a reason. Forty graphics (6.7%) were omitted from the braille transcription. Two textbooks were missing more than 85% of the tactile graphics of the data graphs.Implications for PractitionersTactile graphics in math and science books are important for a student to understand. Although most transcribers do an excellent job of creating valid tactile graphics, problems with many graphics still exist in textbooks. Practitioners need constantly to review the tactile graphics that are used in all classrooms and be prepared to create their own if needed.


Author(s):  
Vincentas Lamanauskas ◽  
Laima Railienė

The aim of research is to ascertain, how Lithuanian comprehensive school students value Lithuanian education system, what its advantages and disadvantages they discern and what recommendations they present for its improvement. The research data were expressed in writing. The received answers of the respondents were coded. The most frequently recurring notional units were grouped until initial groups were found, called sub-categories. In the second stage the sub-categories were combined into categories. The qualitative research data were processed using content analysis, when essential characteristics are distinguished in the information base. The obtained verbal data base, referring to conventional content analysis methods, was analysed in three stages: • Multiple answer reading; • The search of semantically related answers and “key” words; • The interpretations of notional units. To guarantee the reliability of data analysis, the distinction of notional units and subsequent grouping was carried out independently by two researchers. The results of quantitative analysis were analysed and announced earlier (Lamanauskas, Railiene, 2010b). In recent years secondary education stage students feel a considerable amount of stress because of constant changes taking place in educational process. The essential education system advantages in respect of students are these: good preparation of students, acquisition of knowledge, good theoretical preparation, also good preparation for further education; free general education; a possibility to choose subjects according to demands and a wide choice of them. The choice of students’ individual learning plan in the 11th- 12th forms is determined by: intention to study and to acquire a desirable profession, hobbies, having been acquired by students up to 11th form, the desire to know more. Also, the students choose the subjects which they are good at, and reject those which are difficult for them. Students pay rather big attention to teachers’ qualification, learning atmosphere and to material basis available in comprehensive school. The essential disadvantages in respect of students are these: too big learning load and pace at school, students are overloaded with work, expensive education in general, especially higher education, very high fee for studies, poor practical preparation, too much attention for conveyance of information; annual changes, there is no stability, nobody knows what novelties are expecting next year, never-ending reforms. They are especially worried about reconstructions in higher schools as well. In students’ opinion, more attention at school should be paid to the development of students’ creativity. Also, a very important thing is the implementation of the newest technologies into the education process. Key words: Lithuanian education system, quantitative analysis, secondary education stage, students` opinion.


Author(s):  
Mohammad Salameh Alamyreh Mohammad Salameh Alamyreh

The study aimed to analyze the content of developed science textbooks (Collins) for the tenth grade in Jordan: Physics, Chemistry, Biology, and Geology and Environment. the study has used the analytical descriptive approach, for achieving the objective of the study the researcher has made a content analysis tool of the principles of constructivism theory that include the following five principles: Prior Knowledge, Knowledge Building, Change of Knowledge Structure, Confronting Situation, and Social Negotiation. The results that the percentage of the principles of the constructivism theory are as follows: Physics textbook (28.57%), Geology and Environment textbook (25.21%), Biology textbook (24.28%), and Chemistry textbook (21.84%). And the study recommended conducting more studies to identify the principles of the constructivism theory in textbooks and other academic grades.


2021 ◽  
Vol 55 (3) ◽  
pp. 102-103
Author(s):  
Gail Scowcroft ◽  
Tina Bishop ◽  
Liesl Hotaling ◽  
Paula Keener ◽  
Janice McDonnell ◽  
...  

Abstract Ocean science education and ocean literacy are overarching components of all Ocean Decade challenges. Educating the next generation of ocean scientists will help achieve Ocean Decade objectives, while increasing public ocean literacy will motivate citizens to engage in the ocean science enterprise. During the UN Ocean Decade, a coordinated flow of information among scientists, educators, policy makers, business leaders, and the public will help guide research priorities in addition to enhancing citizens' ocean literacy. Ocean literacy is about more than the acquisition of ocean science knowledge. It also relates to critical needs for citizens to become responsible in sustainably using the ocean and its resources. Society must gain scientific understanding of the ocean's responses to pressures and make management decisions that are fundamental for sustainable development of its resources. U.S. ocean science education, outreach, and communication initiatives have been greatly expanded since 2002 due to the work of the National Science Foundation-funded, national Centers for Ocean Sciences Education Excellence (COSEE; now the Consortium for Ocean Science Exploration and Engagement) network. The infrastructure established by COSEE is well-poised to take on the establishment of a network of networks to forge U.S. leadership in robust international collaborations in support of Ocean Decade objectives.


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