A film on OhioLINK. For decades, IQ tests have been the gold standard for measuring intelligence. But is one standardized test really adequate for every taker? This program advocates a different approach, creating an array of unusual challenges to assess brainpower and positing an argument for the interplay of multiple intelligences. Assisted by the insights of Harvard's Howard Gardner and experts using brain scanning technology at UC Davis' M.I.N.D. Institute, the program brings together a group of obviously bright and talented people and presents them with trials of all shapes and sizes. The results establish the validity of measuring not just what people know but also the equally important ways in which they exercise their practical, creative, emotional, and kinesthetic IQs. A BBCW Production. (50 minutes)
A film on OhioLINK. Eager for knowledge, a child is by nature curious about everything. Why, then, is school such an unpleasant place for some children? In this program, teachers, researchers, a psychoanalyst, a neurologist, a neurobiologist, a psychomotor specialist, and others examine the process of learning and the classroom as a learning center. Mastery of reading and writing, the key to unlocking all forms of communication and the entry point to many other exciting domains, is emphasized. In addition, the concept of multiple intelligences is explored. (52 minutes, color)
This is a rather confusing article I came across on deep reading. It is well written but very wordy. Definitely written for very intelligent people, but adds good facts about reading.
Despite the refutation of intelligent design as legitimate science by the American Association for the Advancement of Sciences and the National Academy of Sciences, eighteen states have suggested the introduction of antievolution legislation (as of 2005). In the wake of this movement, librarians, the ultimate guardians of knowledge, may face challenges of censorship by religious conservatives. Suppressing access to information is in direct conflict with democratic ideals. This article contains specific advice for librarians regarding the protection of diverse resources. Although the O'Sullivans write to a specific audience, their message is indicative of the relationship between censorship and literacy.
Conservative activists throughout history have sought to censor thinkers from Karl Marx to Friedrich Nietzsche to John Dewey. Why would Charles Darwin be any different? The religious conservative movement-what Apple deems "authoritarian populism"-is a threat to both education and culture, striking a particularly resonant chord in the evolution/creation debate. Crafting a linguistic façade known as "intelligent design" has allowed conservatives to covertly enter the scientific realm. Scientists, he argues, must assemble themselves, as the authoritarian populists have, in order to uphold the very best of science. Apple does a particularly exceptional job examining the psyche of the conservative alliance and its widespread cultural impact.
Examining a specific legal decision in Pennsylvania regarding high school curriculum, the author examines yet another facet of the evolution debate-the students' voice. All too often, the rights of children are overlooked in the development of or debate over educational curriculum. Grover cites the Convention on the Rights of the Child (1989) as recognizing children as competent and independent thinkers whose input is not only relevant, but also valuable. The focus of the paper is on children's rights and how they were neglected in Kitzmiller et al. v. Dover Area School District et al, although attention is paid to church state separation and science education. This source is particularly useful for examining the role of the child in the education arena-just because they are on the receiving end of the education continuum does not mean they do not have a role in the discourse. Their voices are perhaps the most important of all.
This article gives scope to the controversy over teaching evolution, for it pertains to biology education in the United Kingdom. Reiss notes that a recent trend in science education is to teach about doing science, which helps to reinforce and illustrate its universality and practical application. He proposes furthermore that science teachers should examine the connection between science and religion with their students, as this sort of all-encompassing objectivity is in keeping with the philosophy of science. In this manner, students may be more apt to engage science without feeling threatened by it. By teaching more about the nature of science and its methods, students will also come to understand the difference between scientific knowledge and other forms of knowledge. Reiss suggestions present an interesting way of "reaching across the aisle" without compromising the integrity of either side.