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Table of contents

Systematics of three species of wood rats genus Neotoma in central North America. Kansas Mus.

Conservation and Management

No Blythe, R. Animal Conservation Burt, W. A field guide to the mammals. Third edition. Houghton Mifflin Co. Castleberry, S. Ford, P. Bohall Wood, N. Castleberry, and M. Movements of Allegheny Woodrats in relation to timber harvesting. Journal of Wildlife Management Cudmore, W. The distribution and ecology of the eastern woodrat, Neotoma floridana , in Indiana. Indiana State University, Indiana.

Dowda, H.


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Disalvo, and S. Naturally acquired rabies in an eastern wood rat Neotoma floridana. Fitch, H. Ecological observations of the woodrat Neotoma floridana. University of Kansas Pub. Garland, T.

Definitions

Effects of a highway on Mojave Desert rodent populations. American Midland Naturalist Godin, A. Wild mammals of New England. Johns Hopkins University Press, Baltimore. Grietzer, E. Hall, E. The Mammals of North America, second edition. Hamilton, W. Whitaker, Jr. Mammals of the eastern United States. Cornell Univ. Press, Ithaca, New York. Handley, C.

Ecological Observations on the Woodrat, Neotoma Floridana and Eastern Woodrat, Neotoma Floridana

Pages in K. Terwilliger, coordinator. Virginia's endangered species: proceedings of a symposium. Hassinger, J. Butchkoski, D.

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Fragmentation effects on the occupancy of forested Allegheny woodrat Neotoma magister colony areas. Ferrum College, Ferrum, Virginia. Hayes, J. Clinal variation and morphology of woodrats Neotoma of the eastern United States. Systematic Biology Hicks, Alan. Delmar, NY Whatever happened to the Allegheny woodrat?

Linzey, D. Elisha Mitchell Sci. LoGiudice, K. Toward a synthetic view of extinction: a history lesson from a North American rodent. BioScience Manjerovic, M. Mast and weather influences on population trends of a species of concern: the Allegheny woodrat. The American Midland Naturalist McGowan, E. Experimental release and fate study of the Allegheny woodrat Neotoma magister. Appendix I- Unpubl. Unit, Div. Menasion, A. Mengak, M. Reproduction, juvenile growth and recapture rates of Allegheny woodrats Neotoma magister in Virginia. Merritt, J.

Ecological Observations on the Woodrat, Neotoma floridana

Guide to the mammals of Pennsylvania. University of Pittsburgh, Pittsburgh, PA. NatureServe Explorer: An online encyclopedia of life [web application]. Version 6. NatureServe, Arlington, Virginia. Accessed: December 19, New York Natural Heritage Program. Albany, NY. Allegheny woodrat fact sheet. Accessed on December 11, Summary of Experiment Monitoring and Bone Recovery By the time the dens were examined 6 months after the introduction of the experiment bones, a total of elements had been moved at least 1 m. The only disturbances appeared to be from wood rats, since much of the experiment bone was clearly being moved into den areas adjacent to the experiment locus.

The number of wood rats residing in the Rugby rock shelter was undetermined. However, a single large individual of unknown gender was repeatedly seen within the den areas during the monitoring visits. Ecological studies have demonstrated that individual wood rats may act either in an aggressively territorial manner or may display agnostic behaviour, depending on their population density Kinsey, ; Wiley, In the case of the Rugby rock shelter, we suspect that several wood rats may have contributed to the movement of the experiment bones, but the majority of the disturbances were by a single industrious individual.

During the monitoring period, an attempt was made to locate bones in the den area without probing below the surface. While the abundant leaf litter and inaccessibility of some of the crevices of the chambers precluded observation of all the experiment bone, a total of 29 elements were seen in the den area and the surrounding crevices.

These obser- vations are of interest, since they demonstrate to some extent the way in which the wood rats were using the chambers at the Rugby rock shelter.


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Approximately 1 m north and 0. This appeared to represent a kind of antechamber, since it was on the edge of a crevice leading directly to a large den area. A similar situation was seen several metres east and above this locus. By the end of the monitoring period, experiment bone had been found in five discrete loci: three crevices and two antechambers. In the Rugby rock shelter, the activity loci appear to be the chambers and antechambers amid the rockfall; passages are represented by the tunnels and crevices between those chambers Figure 3.

Eastern Woodrat (Neotoma floridana) · iNaturalist

The recovery of the experiment bone after the monitoring period necessitated substan- tial disturbances of the den areas. Several factors may account for the lack of full recovery of the experiment bone. For example, many of the bones may have been lost in the debris or cracks in and around the den areas. Furthermore, not all areas of the shelter were searched as intensively as the den areas in the immediate vicinity of the experiment locus.

Experiment bones may have been transported to undiscovered den areas in other portions of this large rock shelter. For example, a dog pelvis from the experiment was discovered during the seventh monitoring in a crevice nearly 5 m from the experiment locus. This bone was moved again prior to the ninth visit and was not seen again until after the monitoring period when, surprisingly, it reappeared back inside the den area next to the experiment locus.

Patterns of Bone Movement and Modification As previously mentioned, this study was initiated to examine patterns in the selection, rate of dislocation, and gnawing of bones by denning wood rats.