Beyond Science Standards capture a vision of science education both whimsical and serious. Ranging across examples from elementary to university level classrooms and grounded in philosophy and history, the stories address dimensions beyond the realm of bureaucratic standards. Its thesis brings into question the premise of scientific unity and its representation in school as notions of method, process, nature, and practice. Schools, no less than the sciences, profit from playful exploration-of musical instruments in fourth grade physical science, for example, and hotel lobby decorative rock in a college geology course. Aesthetic expression permeates geologic interpretation and evolutionary insight-in depicting dentition, for instance, in the history of the horse family and linking this history to changing landscapes. Participating in collecting local, high altitude weather data enhances trust in climate science, especially when the observations benefit the local farming community. Allied with historical examples of the conduct of science, Beyond Science Standards offers the reader inspiring stories of science teaching, varying from place to place, time to time, discipline to discipline, and purpose to purpose.

Beyond Science Standards capture a vision of science education both whimsical and serious. Ranging across examples from elementary to university level classrooms and grounded in philosophy and history, the stories address dimensions beyond the realm of bureaucratic standards. Its thesis brings into question the premise of scientific unity and its representation in school as notions of method, process, nature, and practice. Schools, no less than the sciences, profit from playful exploration-of musical instruments in fourth grade physical science, for example, and hotel lobby decorative rock in a college geology course. Aesthetic expression permeates geologic interpretation and evolutionary insight-in depicting dentition, for instance, in the history of the horse family and linking this history to changing landscapes. Participating in collecting local, high altitude weather data enhances trust in climate science, especially when the observations benefit the local farming community. Allied with historical examples of the conduct of science, Beyond Science Standards offers the reader inspiring stories of science teaching, varying from place to place, time to time, discipline to discipline, and purpose to purpose.

For several decades educators have struggled to identify the attributes all sciences have in common. In the popular mind this effort constitutes the importance of teaching "the" scientific method. In the policy maker's world this pursuit yields standards for all Americans that unify the sciences. For teachers, the quest for unity has typically meant teaching science as process. However, a curriculum that prioritizes what all sciences have in common obscures their vital differences. For example, studying landslides is very different from doing x-ray diffraction; climate science is unlike medical research. Naive ideas about scientific unity impoverish the public's ability to evaluate scientific enterprises. Challenging Science Standards voices skepticism towards the quest for unity. Through analyses of disciplinary knowledge, school curricula, and classroom learning, the book uncovers flaws in the unifying dimensions of the science standards. It proposes respect for disciplinary diversity and attention to questions of value in choosing what science to teach. Illuminated by vignettes of children and adolescents studying topics ranging from snail populations to horse fossils, Challenging Science Standards proposes promising remedies.

For several decades educators have struggled to identify the attributes all sciences have in common. In the popular mind this effort constitutes the importance of teaching "the" scientific method. In the policy maker's world this pursuit yields standards for all Americans that unify the sciences. For teachers, the quest for unity has typically meant teaching science as process. However, a curriculum that prioritizes what all sciences have in common obscures their vital differences. For example, studying landslides is very different from doing x-ray diffraction; climate science is unlike medical research. Naive ideas about scientific unity impoverish the public's ability to evaluate scientific enterprises. Challenging Science Standards voices skepticism towards the quest for unity. Through analyses of disciplinary knowledge, school curricula, and classroom learning, the book uncovers flaws in the unifying dimensions of the science standards. It proposes respect for disciplinary diversity and attention to questions of value in choosing what science to teach. Illuminated by vignettes of children and adolescents studying topics ranging from snail populations to horse fossils, Challenging Science Standards proposes promising remedies.

Thinking whimsically makes serious science accessible. That's a message that should be taken to heart by all readers who want to learn about evolution. Do Elephants Have Knees? invites readers into serious appreciation of Darwinian histories by deploying the playful thinking found in children's books. Charles R. Ault Jr. weds children's literature to recent research in paleontology and evolutionary biology. Inquiring into the origin of origins stories, Ault presents three portraits of Charles Darwin-curious child, twentysomething adventurer, and elderly worm scientist. Essays focusing on the origins of tetrapods, elephants, whales, and birds explain fundamental Darwinian concepts (natural selection, for example) with examples of fossil history and comparative anatomy. The imagery of the children's story offers a way to remember and recreate scientific discoveries. By juxtaposing Darwin's science with tales for children, Do Elephants Have Knees? underscores the importance of whimsical storytelling to the accomplishment of serious thinking. Charles Darwin mused about duck beaks and swimming bears as he imagined a pathway for the origin of baleen. A "bearduck" chimera may be a stretch, but the science linking not just cows but also whales to moose through shared ancestry has great merit. Teaching about shared ancestry may begin with attention to Bernard Wiseman's Morris the Moose. Morris believes that cows and deer are fine examples of moose because they all have four legs and things on their heads. No whale antlers are known, but fossils of four-legged whales are. By calling attention to surprising and serendipitous echoes between children's stories and challenging science, Ault demonstrates how playful thinking opens the doors to an understanding of evolutionary thought.