In God vs. Darwin, Mano Singham dissects the legal battle between evolution and creationism in the classroom beginning with the Scopes Monkey trial in 1925 and ending with an intelligent design trial in Dover, Pennsylvania, in 2005. A publicity stunt, the Scopes Monkey trial had less to do with legal precedence than with generating tourism dollars for a rural Tennessee town. But the trial did successfully spark a debate that has lasted more than 80 years and simply will not be quelled despite a succession of seemingly definitive court decisions. In the greatest demonstration of survival, opposition to the teaching of evolution has itself evolved. Attempts to completely eliminate the teaching of evolution from public schools have given way to the recognition that evolution is here to stay, that explicitly religious ideas will never be allowed in public schools, and that the best that can be hoped for is to chip away at the credibility of the theory of evolution. Dr. Singham deftly answers complex questions: Why is there such intense antagonism to the teaching of evolution in the United States? What have the courts said about the various attempts to oppose it? Sprinkled with interesting tidbits about Charles Darwin and the major players of the evolution vs. creationism debate, God vs. Darwin is charming in its embrace of the strong passions aroused from the topic of teaching evolution in schools.

There has been very little progress in closing the Black/White achievement gap in education. Here, author Mano Singham takes a look at this problem in the context of larger political realities and contends that in order to understand this gap, we must determine what is happening within the educational system as a whole. The Achievement Gap in U.S. Education examines: Why learning is viewed negatively by students, Why good teaching practices are relatively rare in U.S. schools, Why poor teaching practices occur more frequently in minority and poor districts, Why the accountability movement and its emphasis on high-stakes tests will fail to produce improvements. This book identifies: Factors that lead to widespread underachievement, Professional development programs necessary to produce good teaching practices, Negative political and social consequences of the achievement gap, Common myths about its cause such as socio-economic status, social pathologies, and biology, Success stories where the gap has been closed or narrowed dramatically. This book will be of interest to teachers, school administrators, parents, members of minority groups, and anyone else interested in improving education. The suggested solutions to this problem are such that almost all stakeholders in education can support them and will benefit from them.

Science has revolutionized our lives and continues to show inexorable progress today. It may seem obvious that this must be because its theories are steadily getting better and approaching the truth about the world. After all, what could science be progressing toward, if not the truth? But scholarship in the history, philosophy, and sociology of science offers little support for such a sanguine view. Those opposed to specific conclusions of the scientific community-nonbelievers in vaccinations, climate change, and evolution, for example-have been able to use a superficial understanding of the nature of science to sow doubt about the scientific consensus in those areas, leaving the general public confused as to whom to trust, with damaging effects for the health of individuals and the planet. The Great Paradox of Science argues that to better counter such anti-science efforts requires us to understand the nature of scientific knowledge at a much deeper level and dispel many myths and misconceptions. It is the use of scientific logic, the characteristics of which are elaborated on in the book, that enables the scientific community to arrive at reliable consensus judgments in which the public can retain a high degree of confidence. This scientific logic is applicable not just in science but can be used in all areas of life. Scientists, policymakers, and members of the general public will not only better understand why science works: They will also acquire the tools they need to make sound, rational decisions in all areas of their lives.