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Importance of science literacy in education
Why is scientific literacy important in curriculum
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Domain I: What is scientific literacy? The term ‘scientific literacy’ has eluded precise definition ever since it was coined in 1958. That year, in light of the astonishing swift advancements made by mid-century scientists (e.g. the splitting of the atom, space exploration), three publications appeared that made reference to scientific literacy: a report by the Rockefeller Brothers Fund, which called for a larger technically trained workforce to safeguard our economic and military strength, and a more scientifically literate public able to execute civic responsibilities intelligently; a publication from Paul Hurd and colleagues at Stanford University that exhorted curricula leaders to develop pedagogies that promoted both the cultural and practical aspects of science; and a published address by the president of Shell Chemical Corporation, who called for new curricula emphasizing the fundamentals of science, its history, and its significance for active citizenship and everyday life (see DeBoer, 2000 for review). As DeBoer (2000) noted, however, all three publications used broad brushstrokes to define scientific literacy, thus shrouding the term in ambiguity. Indeed, when asked how they interpreted “scientific literacy,” scientists and science educators had disparate notions about the role content knowledge and a broader understanding of the nature of science had in developing a scientifically literate student (DeBoer, 2000). If nothing else, this example underscores the need for clear definitions and fully articulated curricular goals. To this end, educators have spent several decades making sense of the conceptual spectrum of scientific literacy, resulting in the dissection of scientific literacy into the following sub-genres: pra... ... middle of paper ... ...ific arguments. Second, because of their willingness to contact their representatives and make their voices heard, special interest groups target members of the attentive public, providing all the more reason that they be well informed on public policy issues (see Miller, 1983). To this end, one only needs to look at the staggeringly low numbers for evolutionary literacy in the United States, or the recent spike in measles and meningitis brought about by the scientifically unfounded anti-vaccination movement for an example of the damage scientific illiteracy has on the larger society. In this context, it is evident that higher levels of scientific literacy would tend to increase support for science and provide the public with a more realistic expectation of science and its capabilities. Domain III: What can be done to achieve scientific literacy in the classroom?
In Expelled: No Intelligence Allowed (2008), Ben Stein travels the world to expose the incarceration in the realm of science. Stein’s goal is to rile up the audience to stir up desire and motivation of the voice of the people to bring down the unjust wall in scientific academia. Ben Stein fails to persuade his active viewing audience that universities have used unfair practices to exclude research and believers in intelligent design from the scientific community, but succeeds in persuading the unpretentious and idle audience. Ben Stein losses his credibility and ultimately his persuasive power through the use of misrepresentation of messages and facts, fallacies of ethos, pathos, and logos, and the digression from the main point of the documentary. The unpretentious audience overlooks these fallacies and is persuaded through the visual tools in the documentary.
A prospective reader casually thumbing through the pages of Alan Cromer’s Connected Knowledge: Science, Philosophy, and Education, would probably expect the book to explore how science and the philosophy of science should inform educational practices and pedagogy. Indeed such an exploration takes place, but the reader might be surprised to find that it is in the form of a vehement crusade Cromer wages against constructivism with science and a scientific habit of mind as his sword and shield. In battle like style, Cromer starts on the defensive, trying to debunk the postmodernist interpretations of modern physics often used to declare science and thus all other academic pursuits “subjective.” After defending his own territory (Cromer is a physics professor at Northeastern University), Cromer goes on the offensive against those he deems largely responsible for constructivist thought--the “highly fragmented” sociological disciplines. First he sets out to demonstrate that by using a scientific habit of mind he can create a social theory of human behavior valid across a wide range of cultures and social contexts. In other words, even in the social sciences, everything is not relative. Then he aims to use the tools of psychologists, maze rats and intelligence testing, to discredit constructivism in favor of standardized education.
The Chernobyl meltdown was one the biggest meltdowns of the decade, the implications of Chernobyl didn’t just resonate in Russia, but the uranium contamination was found all across Europe. Sheep farmers from North Cumbria were affected by the radiation contamination. After the contamination, scientists came to help the farmers who were affected. Our presentation on the article also discussed the broader implications for the public understanding of science and how the deficit model failed in the article. The deficit model was used to discuss the problems with science and the lay people. The public’s negative attitude towards science is because of their ignorance towards it and the remedy was to dumb down the information to the lay people. This article discusses how both science and the lay people were misunderstanding each other. This was through miscommunication and standard view of the public understanding of science which lead to people to initially trust everything the scientists would say.
Remember when it was published that Pluto is no longer considered as a planet? I remember that our physics teacher was really angry about the fact that in space agency discarded the fact that was known and generally accepted by the general public. In my essay I will discuss how the “old” knowledge was affected when there were new aspects of particular knowledge discovered. I will focus on two areas of knowledge: The natural sciences and the arts and I will ask myself: To what extend can new knowledge contributes to abundance of old, generally recognised facts?
Spurring from a growing concern over the literacy requirements of students in a Middle school science class, Holli Eddins Forrest in “Using Literacy to Engage Adolescents in Science,” asserts that it is not literacy that causes students to “hate science,” but the way in which information is presented. In the article, Forrest aims to analyze motivation and engagement of Middle school children in a Science class, to determine the root of the problem and highlights ways in which educators can cultivate the necessary literacy skills required to keeps students motivated and engaged.
“Properly open mind is just the most enjoyable way to live” Ronald Geiger said in his article about skepticism. Skepticism is one of the first steps on the road to open, creative and critical thinking that young people should take in their lives. It is important for the people in adolescence period, like high school students, to learn how to think properly and be critical toward some of the aspects in society. The course in skepticism in high school will allow students to have positive effects on their intellectual level, ethical standings, physical conditions and psychological status. Skepticism should be included in high school curricular and be one of the requirements for graduation because of its tremendous amount beneficial factors in
Studies have found that most people learn a large amount about science through consuming mass media news (Wilson 1995) and many surveys ha...
The ability to articulate my thoughts, aspirations and hardships has been a big part of my recent literacy. From personal essays to an open discussion with a panel. To put my thoughts into words on a paper or have a discussion, I have had the privilege to be heard from many around my city and in other states.
Literacy simply means reading, writing, speaking, and listening. There are some purposes of literacy: learn, gain knowledge, communicate, form own opinion, understanding surroundings, experience, and pleasure etc. Balanced literacy seems complicated, but if you break down into each section, it is easier to define it.
Scientific realism states that our knowledge of an object is acquired by the ideas created from our experience of it, not from direct perceptions. Our ideas are not the object itself but a representation of it. The theory states that the world is of mind-independent objects (people, animals, trees, and etc.). It also states that we cannot directly perceive external objects. What we perceive are the copies of the representations of the external objects. Such as what we view on the television are copies of their remote causes (such as a concert or people on a playing field), so the images (who are visual, auditory, and etc.) that are occurring in the mind represent (or when things are not working, misrepresent) the external physical objects.
Are any scientific theories true? If so why? If not why do we rely on them?
Public understanding of science is considered to be one of the most important issues facing educators in today’s technological world. It is see...
It makes the learning process easier, less time consuming, and often more interesting. Although people in academia fear that integrating science fiction in course curriculum might degrade students’ learning habit, it is also true that science fiction fascinates students and encourages them to research more about the topic. This eventually broadens the students’ horizon of knowledge, which is the sole purpose of learning. While it is true that usage of science fiction may not always be the best choice for teachers as it requires time to find relevant materials, but, if made the right selection, students would very likely understand complex scientific theories in short time with little explanation. Therefore, science fiction narratives should be included in the course curriculum as it is beneficial to both teachers and students in the learning-teaching
There are many myths when talking about science. Myths are usually routined views or stories that help make sense of things. Misunderstandings of science are most likely due to educational programs. The article focuses on ten myths.
By incorporating NOS in science textbooks, not only we will be addressing the problem suggested by Sutton (1998), but, also, as teachers, we will be reinforcing scientific expertise needed in to develop active citizens while attaining two roles in scientific understandings that are “knowing how” science was established and “knowing that” which is constituted of facts and scientific knowledge (Bellous &Siegel, 1991). Finally, Sutton’s chapter provides a concise framework for teachers and research scholars to view science teaching and scientific knowledge from a different perspective. Such that the science content and teaching should be viewed from the scientists’ perspective to the extent that collaboration between scientific community is needed to reach such