This site is a searchable encyclopedia of thousands of photos, descriptions, sound recordings, and other information about individual animal species. Find out about amphibians, arthropods, birds, fishes, insects, mammals, mollusks, reptiles, and sharks. Explore special features on mammals, skulls, and frog calls. Students are invited to contribute.
The design of the Biodiversity Counts resource collection allows you to tailor a curriculum by choosing the combination of resources that meet your requirements, needs, and time constraints. Mix and match to form your own curriculum or try one of the suggested combinations below-they offer a choice between investigating plants, arthropods, or both, in full or abridged versions.
The instructor's section of this chapter considers some of the general challenges associated with converting a descriptive laboratory exercise to an inquiry exercise. It also contains the detailed methods of our current version of this animal behavior investigation. The second major section of this chapter contains the current student's version of this exercise. In this section students are led through initial observations of crickets and through the process of hypothesis formation about relationships between dominance hierarchies and mating behaviors. They then design and conduct an experiment using crickets to evaluate their hypothesis.
This exercise is meant to familiarize students with invertebrates that inhabit litter and soil and to help them appreciate the importance of these organisms in the environment.
This field and laboratory investigation is an open-ended exercise designed to test predictions from island biogeography theory using various-sized fragments of leaf litter arthropod communities as "island" systems. Litter islands are constructed in a deciduous forest and students collect samples of leaf litter and extract arthropods using the Berlese Funnel technique. After arthropods are collected, students learn identification techniques, compute diversity indices, construct dominance-diversity and species area curves, and draw conclusions about the effects of fragment size and insularity on arthropod community diversity.
Your one-stop source for learning and teaching about evolution. This website includes information about how evolution works, how evolution impacts our lives, evidence for evolution, and the history of evolutionary thought. There's also an entire Understanding Evolution for Teachers sub-site, which includes lesson plans, a conceptual framework, and discussion of classroom situations that may arise when teaching evolution.
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