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Literature Cited NORTHWEST FAUNA 7:93-102 2012 LITERATURE CITED AGASSIZ L. 1857. Contributions to the natural history BETTELHEIM MP, THAYER CH, TERRY DE. 2006. of the United States of America. Volume I. Boston, Actinemys marmorata (Pacific Pond Turtle). Nest MA: Little, Brown and Company. 452 p. architecture/predation. Herpetological Review 37: ANDERSON DR, BURNHAM KP, FRANKLIN AB, GUTIER­ 213-215. REZ RJ, FORSMAN ED, ANTHONY RG, WHITE GC, BICKHAM JW, IVERSON JB, PARHAM JF, PHILIPPEN H, SHENK TM. 1999. A protocol for conflict resolution RHODIN AGJ, SHAFFER HB, SPRINKS PQ, VAN DIJK in analyzing empirical data related to natural PP. 2007. An annotated list of modern turtle resource controversies. Wildlife Society Bulletin terminal taxa with comments on areas of taxo­ 27:1050-1058. nomic instability and recent change. In: Shaffer ANDREWS KM, GIBBONS JW, JOCHIMSEN DM. 2008. HB, FitzSimmons NN, Georges A, Rhodin AGJ, Ecological effects of roads on amphibians and editors. Defining turtle diversity. Chelonian Re­ reptiles: A literature review. In: Mitchell JC, Jung search Monographs 4:173-199. Brown RE, Bartholomew B, editors. Urban herpe­ BIDER JR, HOEK W. 1971. An efficient and apparently tology. Salt Lake City, UT: Society for the Study of unbiased sampling technique for population stud­ Amphibians and Reptiles. p 121-143. ies of painted turtles. Herpetologica 27:481-484. ARESCO MJ. 2005a. Mitigation measures to reduce BOARMAN W, GOODLETT T, GOODLETT G, HAMILTON P. highway mortality of turtles and other herpeto­ 1998. Review of radio transmitter attachment fauna at a north Florida lake. Journal of Wildlife techniques for turtle research and recommenda­ Management 69:549-560. tions for improvement. Herpetological Review 29: ARESCO MJ. 2005b. The effect of sex-specific terrestrial 26-33. movements and roads on the sex ratio of fresh­ BODIE JR. 2001. Stream and riparian management for water turtles. Biological Conservation 123:37-44. freshwater turtles. Journal of Environmental Man­ ASHTON DT. 2007. Actinemys (= Clemmys) marmorata agement 62:443-455. marmorata (Northwestern Pond Turtle). Courtship BODIE JR, SEMLITSCH RD. 2001. Spatial and temporal behavior. Herpetological Review 38:327-328. use of floodplain habitats by lentic and !otic BAIRD SF, GIRARD C. 1852. Descriptions of new species species of aquatic turtles. Oecologica 122:138- of reptiles collected by the US exploring expedition 146. under the command of Captain Charles Wilkes, BOERSMA PD, REICHARD SH, VAN BUREN AN, editors. U.S.N. Proceedings of the Academy of Natural Sciences 6:174-177. 2006. Invasive species in the Pacific Northwest. BANKS RC, McDIARMID RW, GARDNER AL. 1987. Seattle, WA: University of Washington Press. 276 p. Checklist of vertebrates of the United States, the BONDI CA. 2009. A comparison of Western Pond US territories, and Canada. Washington, DC: USDI Turtle (Actinemys marmorata) movements in peren­ Fish and Wildlife Service. Resource Publication nial and intermittent portions of a northwestern 166. 79 p. California river system [thesis]. Arcata, CA: Hum­ BANTA BH. 1963. On the occurrence of Clemmys boldt State University. 74 p. http:/ /humboldt-dspace. marmorata (Reptilia: Testudinata) in western Ne­ calstate.edu/xmlui/bitstream/handle/2148/504/CBondi_ vada. Wasmann Journal of Biology 21:75-77. WPf_Thesis2009.pdf?sequence=1. Accessed 28 July 2012. BAYLISS LE. 1975. Population parameters for Chrys­ BRAMBLE DM. 1974. Emydid shell kinesis: Biomechan­ emys picta in a New York pond. American Midland ics and evolution. Copeia 1974:707-727. Naturalist 93:168-176. BRATTSTROM BH. 1988. Habitat destruction in Califor­ BELKIN DA, GANS C. 1968. An unusual chelonian nia with special reference to Clemmys marmorata: A feeding niche. Ecology 49:768-769. perspective. In: DeLisle HF, Brown PR, Kaufman BELZER WR, REESE DA. 1995. Radio transmitter B, McGurty BM, editors. Proceedings of the attachment for turtle telemetry. Herpetological Conference of California Herpetologists. Van Review 26:191-192. Nuys, CA: Southwestern Herpetologists Society. BERRY KH. 1986. Desert tortoise (Gopherus agassizii) Special Publication 4. p 13-24. relocation: Implications of social behavior and BRATTSTROM BH, STURN A. 1959. A new species of movements. Herpetologica 42:113-125. fossil from the Pliocene of Oregon, with notes on BETTELHEIM MP. 2009. Actinemys (= Clemmys) marmor­ other fossil Clemmys from western North America. ata (Western Pond Turtle). Courtship behavior. Bulletin of Southern California Academy of Sci­ Herpetological Review 40:212-213. ences 58:65-71. 93 94 NORTHWEST FAUNA NUMBER 7 BRENKMAN SJ, CONNOLLY PJ. 2008. Protocol for marmorata. Chelonian Conservation and Biology 3: monitoring fish assemblages in Pacific Northwest 108-109. National Parks. US Geological Survey Techniques BURY RB, GERMANO OJ. 2008. Actinemys marmorata and Methods 2-A7. 130 p. http:/ /pubs.usgs.gov I (Baird and Girard)-Western Pond Turtle, Pacific tm/tm2a7 /pdf/tm2a7.pdf. Accessed 28 July 2012. Pond Turtle. In: Rhodin AGJ, Pritchard PCH, van BRITSON CA, GUTZKE WH. 1993. Antipredator mech­ Dijk PP, Saumure RA, Buhlmann KA, Iverson JB, anisms of hatchling freshwater turtles. Copeia editors. The conservation biology of freshwater 1993:435-440. turtles and tortoises. Chelonian Research Mono­ BROWNE CL, HECNAR SJ. 2005. Capture success of graphs 5:1-9. northern map turtles (Graptemys geographica) and BURY RB, GERMANO OJ, BURY GW. 2010. Comparison of other turtle species in basking vs. baited hoop the population structure and growth of the turtle traps. Herpetological Review 36:145-147. Actinemys marmorata in the Klamath-Siskiyou Ecore­ BURKE VJ, GIBBONS JW. 1995. Terrestrial buffer zones gion: Age, not size, matters. Copeia 2010:443-451. and wetland conservation: A case study of BURY RB, WHELAN JA. 1984. Ecology and management freshwater turtles in a Carolina bay. Conservation of the Bullfrog. Washington, DC: USDI Fish and Biology 9:1365-1369. Wildlife Service. Resource Publication 155. 23 p. BURKE VJ, LOVICH JE, GIBBONS JW. 2000. Conservation BURY RB, WOLFHEIM JH. 1973. Aggression in free­ of freshwater turtles. In: Klemens MW, editor. living pond turtles (Clemmys marmorata). BioSci­ Turtle conservation. Washington, DC: Smithsonian ence 23:659-662. Institution Press. p 156-179. BUSKIRK J. 2002. The Western Pond Turtle, Emys BURY RB. 1970. Clemmys marmorata. Catalogue of marmorata. Radiata 11:3-30. American Amphibians and Reptiles 100:1-3. CADI A, JOLY P. 2003. Competition for basking places BURY RB. 1972a. Habits and home range of the Pacific between the endangered European Pond Turtle pond turtle, Clemmys marmorata, in a stream com­ (Emys orbicularis galloitalica) and the introduced munity [dissertation]. Berkeley, CA: University of Red-eared Slider (Trachemys scripta elegans). Cana­ California. 205 p. dian Journal of Zoology 81:1392-1398. BURY RB. 1972b. The effects of diesel fuel on a stream CADI A, JOLY P. 2004. Impact of the introduction of the fauna. California Department of Fish and Game Red-eared Slider (Trachemys scripta elegans) on Bulletin 58:291-295. survival rates of the European Pond Turtle (Emys BURY RB. 1975. Conservation of nongame wildlife in orbicularis). Biodiversity and Conservation 13: California: A model programme. Biological Con­ 2511-2518. servation 7:199-210. CAGLE FR. 1939. A system of marking turtles for BURY RB. 1979. Population ecology of freshwater future identification. Copeia 1939:170-172. turtles. In: Harless M, Murdock H, editors. Turtles: CAGLE FR. 1946. The growth of the Slider Turtle, Perspectives and research. New York, NY: John Pseudemys scripta elegans. American Midland Nat­ Wiley and Sons. p 571-602. uralist 36:685-729. BURY RB. 1986. Feeding ecology of the turtle, Clemmys CAGLE FR. 1950. The life history of the Slider Turtle, marmorata. Journal of Herpetology 20:515-521. Pseudemys scripta troostii (Holbrook). Ecological BURY RB.1995. Western Pond Turtle: Clemmys marmor­ Monographs 20:31-54. ata (Baird and Girard). In: Storm RM, Leonard WP, CAGLE FR. 1953. An outline for the study of a reptile editors. Reptiles of Washington and Oregon. Seat­ life history. Tulane Studies in Zoology and Botany tle, WA: Seattle Audubon Society. p 34-37. 1:31-51. http:/ /www.herpconbio.org/volume_l/ BURY RB. 2008a. Do urban areas favor invasive turtles issue_1/Cagle_HCB.pdf. Accessed 28 July 2012. in the Pacific Northwest? In: Mitchell JC, Brown CAGLE FR, CHANEY AH. 1950. Turtle populations in RE, Bartholomew B, editors. Urban herpetology. Louisiana. American Midland Naturalist 43:383- Salt Lake City, UT: Society for the Study of 389. Amphibians and Reptiles. p 343-345. CALIFORNIA RESOURCES AGENCY. 2003. Sacramento River BURY RB. 2008b. Amphibians in the Willamette Valley, Conservation Area Forum handbook. Sacramento, Oregon: Survival in a rapidly urbanizing and CA: Sacramento River Advisory Council. Depart­ developing region. In: Mitchell JC, Brown RE, ment of Water Resources. 238 p. http://www. Bartholomew B, editors. Urban herpetology. Salt sacramentoriver.org/ srcaf /index.php?id =handbook Lake City, UT: Society for the Study of Amphib­ Accessed 28 July 2012. ians and Reptiles. p 435-444. CARR A. 1952. Handbook of turtles: The turtles of the BURY RB. 2011. Modifications of traps to reduce United States, Canada, and Baja California. Ithaca, bycatch of freshwater turtles. Journal of Wildlife NY: Cornell University Press. 542 p. Management 75:3-5. CARROLL TE, EHRENFELD OW. 1978. Intermediate­ BURY RB, GERMANO OJ. 1998. Annual deposition of range homing in the Wood Turtle, Clemmys scute rings in
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