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Animals ◽  
2022 ◽  
Vol 12 (2) ◽  
pp. 156
Author(s):  
Sara Platto ◽  
Agathe Serres ◽  
Ai Jingyi

Understanding the attitude of stakeholders towards animals is critical for the development and improvement of animal welfare in a country. College students from veterinary, animal, and life sciences majors represent future key stakeholders that will interact with professionals from animal industries. Therefore, it is critical to understand these college students’ attitudes towards animals and their knowledge about animal welfare. The present survey aimed to investigate Chinese college students’ concerns towards different animal classes (i.e., pets, farm, laboratory, and wild animals) through the animal Sentient and Five Freedoms models. Chinese college students from different majors (i.e., related to animal sciences or not) scored very well in their attitude towards both the animal Sentient and Five Freedoms models, with differences depending on the animal class considered. Pets (dogs and cats) had better consideration for both animal Sentient and Five Freedoms models, followed by wild animals, while farm and laboratory animals were less considered. Veterinary science major students showed the strongest differences in attitudes depending on the animal classes considered compared to other majors. Furthermore, respondents showed better attitude scoring if they currently owned or had owned animals, had participated in animal welfare courses, or in laboratory work that involved animals. When compared to previous studies, our results suggest a general improvement of Chinese college students’ attitudes towards animals.


2021 ◽  
Vol 6 (1) ◽  
pp. 94
Author(s):  
Didiek Hardiyanto Soegiantoro ◽  
Holy Rhema Soegiantoro ◽  
Gregory Hope Soegiantoro

The purpose of the research is provides a descriptive first-year academic performance of pharmacy students based on high school status and major. This research is a descriptive research with cross-sectional method using all pharmacy students as sample. The results of this research are percentage of pharmacy students from public high schools is 33% and 67% from private high schools. The percentage of specialization majors in high school is 6% pharmacy, 85% science and 9% non-science. The academic performance of students from private high schools is better than that of public high schools. Pharmacy majors in high school produce the highest academic performance, meanwhile, non-science majors show the lowest academic performance, the principal results. Conclusions in this research is first-year academic performance for pharmacy students from private high schools is better than public high schools, as well as pharmacy major in high school showing the highest GPA and non-science major showing the lowest GPA


2021 ◽  
Vol 68 (2) ◽  
pp. 353-360
Author(s):  
Ivana Petrovic

One of my favourite undergraduate classes to teach is Greek mythology. At American universities, Greek myth is a popular choice for satisfying humanities credit requirements, and professors are faced with a double dilemma. On the one hand, students have very different levels of knowledge, ranging from, say, a science major with virtually no idea about the ancient world to a know-it-all myth-whiz Classics major at the other end of the scale. The second problem is the choice and organization of material. Tough decisions have to be made, especially if a professor insists on students reading ancient Greek and Latin texts in translation, instead of relying on a modern retelling of myth. Which tragedies to choose? Which sections of Ovid's Metamorphoses? The whole of Homer or just select books? The challenges are real, but the rewards are great. After the initial struggle with Hesiod's Theogony (despite collective grumbling, Hesiod is non-negotiable for me), witnessing the magic of Greek myth at work never ceases to amaze me. In a blink of an eye, the class is passionately defending or attacking Phaedra, or debating fate and the gods; and, of course, everyone is united in hating Jason. It was my early fascination with Greek myth that attracted me to study Classics (the main culprit was the generously illustrated Serbian translation of Gustav Schwab's Gods and Heroes of Ancient Greece) and the crushing sense of responsibility for sparking that first interest in my students is only matched by joy upon seeing it work. I take mythology books very seriously because they are often the gateway to the Classics. Several books on myth landed on my desk this year and I'll start with three general introductions. None of these could serve as introductions to myth for children or young adults, but each could be an excellent first step for those wishing to know more about various scholarly approaches to Greek myths and cults.


2021 ◽  
Vol 41 (5) ◽  
pp. 368-373
Author(s):  
Najme Khodabakhshi ◽  
Maryam Shekofteh ◽  
Maryam Kazerani ◽  
Sara Jambarsang

The accuracy of the citations is crucial in scientific writing. The present study aims to investigate the accuracy of citations in the obstetrics and gynecology journals indexed in the Web of Science. Major and minor citation errors, type of errors, and citation errors in the Q1 to Q4 journals investigate as the objectives. The journals were retrieved by searching the “Obstetrics & Gynecology” category in the Journal Citation Report (JCR) in the Web of Science, and journals in different quartiles (Q1-Q4) were identified by applying the JIF Quartile filter. Eight hundred forty citations were selected from articles in the first five Q1 to Q4 journals using systematic sampling and article type citations were included in the study (730 citations). Bibliographic elements were assessed for citation errors. Findings show that 554 citations (75.89 %) involved errors. Only 24.1 per cent of the citations had no errors. The highest citation errors were related to the volume and issue, with 582 major errors (79.72 %). The citation accuracy in the Q2 and Q3 journals is higher than in other journals. The high rate of citation errors, especially in volumes and numbers, indicates that the journals need to pay attention to citation accuracy in these sections and the use of valid and complete citation styles.


2021 ◽  
Vol 53 (8S) ◽  
pp. 305-305
Author(s):  
Selen Razon ◽  
Leigh D. Wolfrum ◽  
Jeffrey E. Harris

2021 ◽  
Vol 15 (3) ◽  
pp. 51-61
Author(s):  
Yunjeong Ko ◽  
Sinjeong Kim ◽  
Sejung Lim

As it enters into a hyper connected society, we are requesting a new technological convergence. Also, these days are a convergent society based on IoT, AI in earnest. We need to build up ‘digital literacy’, that is the ability to critically watch digital information to choice the correct and right information in the flood of information in these days.This paper is for sharing our research process and conclusion about the convergence subject for cultivating a digital literacy. The subject “Comprehension of digital literacy” is made for fostering students who to be great talents can be critical, integrating, problem-solving, creative. This subject was managed by three professors who are consist of a humanities major, a social science major, an engineering major. For this, Three teachers shared AI knowledge based on expert knowledges per major, and based on this, this subject was developed for cultivating students who get a critical comprehension about digital information and a creative solve-problems with digital tools. This subject consists of four parts; in the first part, students have recognized the necessity of digital literacy and main conception of digital literacy. In the second part, students have recognized ethical manner and ethical mind as digital literacy. Next, they have learned various tools of digital and could use those tools. Lastly, students have fulfilled a critical project with digital tools.The survey at the end of this class shows positive effects of our subject to students getting abilities in many domains: solving problem, thinking integrated, creating knowledge, digital ethics, team teaching, self-efficacy. This integrating subject is judged that cultivating student of various major to get basic knowledge of digital literacy by changing of existing cognition and this is can be leading case jumping over academic boundary.


2021 ◽  
Vol 8 (1) ◽  
pp. 16-26
Author(s):  
Gisela Kurniawati ◽  
Oscar Karnalim ◽  
Setia Budi

A number of studies regarding the correlation between student seating position and their academic performance have been conducted. However, only a few of them focusing on computer science major, which is argued to be unique in terms of teaching style and classroom layout; as the discipline puts more emphasise on hands on activity like programming, system and network configuration. Further, among those works focusing on that major, none of them specifically address undergraduate students. This paper presents an observational study involving 426 computer science undergraduate students. The study covers student activity over one academic semester. A questionnaire survey measuring student awareness about that correlation in their seating preference was also performed, with 126 students as the respondents. In general, the correlation only exists on some circumstances like student major and lecture time. Further, the seating preference can be driven by the awareness of that correlation with some motivating factors like friends, whiteboard position, and personal habit. Per occasion, it is suggested to analyse the class circumstances and the student motivating factors prior performing further actions. Index Terms— seating position; academic performance; observational study; survey instrument; computing education


Author(s):  
Billy Morris

Abstract: Non-STEM-majors in a freshman elective Science course, Environmental Science 1, were given the opportunity to identify a research question using the course objectives as a guideline. Their research questions and investigations served to fulfill the lab component of the course in lieu of a lab manual. Students were asked to choose a question of interest that could be researched on campus. Student partnerships were encouraged, and a class of 17 students produced 11 research projects. Frequent interactions with the Instructor and peers resulted in lively discussions, new questions, and high levels of student engagement and performance. This approach to laboratory work in a non-science major course can be duplicated when access to resources and instructor/student ratio allows.


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