Elwyn L. Simons

Sharon Gursky-Doyen

Patricia C. Wright

Tarsiiformes, or tarsiers for short, are a group of living species of special interest to primatologists because their combination of derived and ancient characters make them pivotal to understanding the roots of primate evolution. These small-bodied, nocturnal, solitary creatures resemble lower primates in their behavior but genetically, DNA evidence aligns them more closely with higher primates, such as monkeys, apes, and humans. These astounding creatures exhibit an ability found in no other living mammal3/4they can turn their heads 180 degrees in either direction to see both prey and predators. The world's only exclusive carnivorous primate, they eat live food (primarily insects, but the occasional vertebrate, such as lizards, snakes, or frogs will also do). This unique combination of behavior and anatomy makes the tarsier an especially interesting and controversial animal for study among primate behaviorists, evolutionists, and taxonomists, who view the tarsiers as "living fossils" that link past and present, lower and higher, primates in the long chain of evolutionary history. This new volume presents alternative and contrasting perspectives on the most debated questions that have arisen in tarsier studies. Top researchers bring together perspectives from anatomical, behavioral, genetic, and conservation studies in this new and exciting addition to the understanding of primate evolution. This book is a volume in the Rutgers Series on Human Evolution, edited by Robert Trivers, Lee Cronk, Helen Fischer, and Lionel Tiger.

Past, Present, and Future

Tarsiers

Jacques Caudebec was living in Deerpark, New York by 1689. He married Margaretta Provost in 1695, in New York City. They had eleven children. Focuses mainly on his ancestors.

The Origins of Jacques Caudebec, 1664-abt. 1764-1766, of Bolbec, France, and Deerpark, New York, Ancestor of the Cuddeback Family in America

Caudebec in France and England

D. Tab Rasmussen

Storrs L. Olson

Fossils from fluvial deposits of early Oligocene age in Egypt document the earliest known diverse avifauna from Africa, comprising at least 13 families and 18 species. Included are the oldest fossil records of the Musophagidae (turacos), Pandionidae (ospreys), Jacanidae (jacanas), and Balaenicipitidae (shoebilled storks). Other families represented are the Accipitridae (hawks and eagles), Rallidae (rails), Gruidae (cranes), Phoenicopteridae (flamingos), Ardeidae (herons), Ciconiidae (storks), and Phalacrocoracidae (cormorants). A highly distinctive rostrum is described as a new family, Xenerodiopidae, probably most closely related to herons. A humerus lacking the distal end is tentatively referred to the same family. Two new genera and three species of large to very large jacanas are described from the distal ends of tarsometatarsi. This Oligocene avifauna resembles that of modern tropical African assemblages. The habitat preferences of the constituent species of birds indicate a tropical, swampy, vegetation-choked, fresh-water environment at the time of deposition.

Elwyn L. Simons

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