39, there are numerous categories of evidence for evolution.
39, to take them one at a time,let’s start with biodiversity and biogeography. Here are some resources:
Island Biogeography: ecology, evolution, and conservation
This textbook synopsis provides a condensed introduction to the field of biogeography. Hosted by the School of Geography and the Environment at Oxford University.
Evidence Supporting Biological Evolution
This site explains how fossil, molecular, biogeographic, and comparative anatomical studies provide evidence for evolution. The illustrations must be loaded individually, but are worth the trouble. Hosted by the National Academy of Sciences.
Evolution: Converging Lines of Evidence
In this article, author P. Wesley Edwards discusses the gamut of evidence for evolution, showing converging lines of evidence from the fields of paleontology, biogeography, molecular biology, embryology, and comparative anatomy. Hosted by the Freethought Debater.
Island Biogeography and Evolution
In this activity, high school students perform biogeographic analysis to infer the evolutionary history of a group of three lizard species in the Canary Islands. Teacher instructions and a variety of possible outcomes of the activity are included. Hosted by the University of California Museum of Paleontology.
Observed Instances of Speciation
This Talk.Origins discussion begins with a clear and thorough explanation of the difficulties of the species concept, then moves on to review the extensive primary literature (to 1995), organized by speciation mechanism. The bibliography is enormous. Hosted by Talk.Origins.
Speciation: This site provides a clear explanation for how three basic evolutionary mechanisms – sympatric, allopatric, and parapatric speciation – work. Hosted by the University of Miami.
The Evidence for Evolution: Biogeography
This site explains how the biogeography of organisms, which keeps closely related species in fairly close proximity, provides further evidence for evolution. The role of plate tectonics in determining geographic locations of organisms is also discussed. Hosted by Nova Southeastern University.
Biodiversity is a Guarantee of Evolution
This transcript of an interview with Nobel Prize-winning microbiologist Werner Arber reveals his opinions about the origins of biodiversity and its evolutionary and ecological consequences. By Serafin Garcia Ibanez [UNESCO Courier 49 (1996): 4-8].
Biogeography
This college-level text provides a thorough introduction to the principles of biogeography, and includes the original map of zoogeographic regions drawn by Alfred Russel Wallace. By James H. Brown and Mark V. Lomolino [Sunderland, Mass.: Sinauer Associates, Inc., 1998].
Early Cambrian Paleogeography and Tectonic History: A Biogeographic Approach
This analysis shows how biogeographical and geophysical studies can inform each other, using the breakup of the supercontinent Rodinia during the early Cambrian as a case in point. By Bruce S. Lierberman [Geology 25 (1997): 1039-1043].
Early Hominid Biogeography: This paper compares hypothetical biogeographical patterns of primitive hominids with known dispersal patterns of Plio-Pleistocene African mammals. By David S. Strait and Bernard A. Wood [Proceedings of the National Academy of Sciences 96 (1999): 9196-9201].
Endless Forms: Species and Speciation
This book contains up-to-date information about species concepts, speciation modes, reproductive isolating mechanisms, and hybridization. Edited by Daniel J. Howard and Stewart H. Berlocher [Cambridge: Oxford University Press, 1998].
Evolution on Islands: Intended for an advanced scientific audience, this book provides an introduction to the field of island biogeography and individual chapters detailing biogeographical studies of plants and animals. Speciation receives much attention, and the bibliography is extensive. Edited by Peter R. Grant [New York: Oxford University Press, 1998].
Genes, Peoples and Languages: In this book, the author explains the historical spread of genes, peoples, cultures, and languages through Europe in the past 5,000 years, based on genetic, anthropological, and biogeographic evidence. By Luigi Luca Cavalli-Sforza [Translated by Mark Seielstad. New York: North Point Press, 2000].
Populations, Species, and Evolution: The abridged version of the classic 1963 text Animal Species and Evolution explains the biological species concept in the context of animal evolution. By Ernst Mayr [Cambridge: Belknap, Harvard University Press, 1970].
The Beak of the Finch
This book is a beautifully written chronicle of more than three decades of study of evolution observed firsthand among the Galapagos finches. By Jonathan Weiner [New York: Vintage Books, 1999].
The Geographical Distribution of Animals
This enormous two-volume text essentially explains “what lives where and why,” based on Wallace’s developing tenets of zoogeography. By Alfred Russel Wallace [New York: Harper, 1876].
The Origin and Function of Biodiversity
In this scientific paper, the author explains how biodiversity originates, evolves, and becomes extinct. In addition, he discusses the importance of biodiversity to an ecosystem’s ability to adapt to environmental change. By O.T. Solbrig [Environment 33 (1991): 16-26].
Vent Fauna and Plate Tectonics
This short paper discusses the relationship between current biogeographies of hydrothermal vent communities and past configurations of Earth’s tectonic plates. By Laura Garwin [Nature 379 (1996): 492].
Evolution of the Eye
Zoologist Dan Erik Nilsson demonstrates how the complex human eye could have evolved from simple light-sensitive cells. From Evolution: “Darwin’s Dangerous Idea.”