Talk:Eastern towhee

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Further reading (copied from article)[edit]

Thesis[edit]

  • Ball RM, Jr. Ph.D. (1990). The phylogeography of avian species: Observations and expectations. University of Georgia, United States, Georgia.
  • Bay MD. Ph.D. (1994). Effects of area and vegetation on breeding bird communities in early successional oldfields. University of Arkansas, United States, Arkansas.
  • Becker BW. Ph.D. (1981). SITE SELECTION AND NESTING SUCCESS OF OLDFIELD SONGBIRDS. Michigan State University, United States, Michigan.
  • Beltz JD. Ph.D. (1964). AN ANALYSIS OF VOCALIZATIONS OF THE RUFOUS-SIDED TOWHEE, PIPILO ERYTHROPHTHALMUS OREGONUS (BELL). Oregon State University, United States, Oregon.
  • Davis FW. Ph.D. (1968). THE EFFECTS OF DDT ON A BREEDING POPULATION OF THE RUFOUS-SIDED TOWHEE (PIPILO E. ERYTHROPHTHALMUS, LINNAEUS). University of Massachusetts Amherst, United States, Massachusetts.
  • Dey AD. Ph.D. (2005). The importance of spatial scale and non-forest habitats in predicting occurrence of area-sensitive forest birds. Rutgers The State University of New Jersey - New Brunswick, United States, New Jersey.
  • Dickinson JCJ. Ph.D. (1951). GEOGRAPHICAL VARIATION IN THE TOWHEE, PIPILO ERYTHROPHTHALMUS (LINNAEUS). University of Florida, United States, Florida.
  • Elekonich MM. Ph.D. (1997). Female-female territorial aggression and its hormonal control in the song sparrow. University of Washington, United States, Washington.
  • Ewert DN. Ph.D. (1978). SONG OF THE RUFOUS-SIDED TOWHEE (PIPILO ERYTHROPHTHALMUS) ON LONG ISLAND, NEW YORK. City University of New York, United States, New York.
  • Greenlaw JS. Ph.D. (1969). THE IMPORTANCE OF FOOD IN THE BREEDING SYSTEM OF THE RUFOUS-SIDED TOWHEE,PIPILO ERYTHROPHTHALMUS (L.). Rutgers The State University of New Jersey - New Brunswick, United States, New Jersey.
  • Gubanyi JA. Ph.D. (2001). Effects of high deer abundance on forests in eastern Nebraska. The University of Nebraska - Lincoln, United States, Nebraska.
  • Hobart HH. Ph.D. (1991). Comparative karyology in nine-primaried oscines (Aves). The University of Arizona, United States, Arizona.
  • Kerpez TA. Ph.D. (1994). Effects of group selection and clearcut openings on wildlife in Appalachian hardwood forests. Virginia Polytechnic Institute and State University, United States, Virginia.
  • Khanna H. Ph.D. (2000). Signal design: Songs of two sister species of birds, the eastern towhee and the spotted towhee. The Ohio State University, United States, Ohio.
  • Lanham JD. Ph.D. (1997). Attributes of avian communities in early-successional, clearcut habitats in the mountains and upper piedmont of South Carolina. Clemson University, United States, South Carolina.
  • Morimoto DC. Ph.D. (1989). Avian community structure and habitat relationships in the southeastern Massachusetts pine barrens. Boston University, United States, Massachusetts.
  • Nelson BS. Ph.D. (2004). Channels for vocal communication in a small passerine bird. Indiana University, United States, Indiana.
  • Pearson SM. Ph.D. (1991). Influence of the surrounding landscape on wintering bird communities of old-field habitats. University of Georgia, United States, Georgia.
  • Skaley JE. Ph.D. (1981). CLASSIFYING AVIAN HABITAT WITH AERIAL PHOTOGRAPHS. Cornell University, United States, New York.
  • Sladek BG. M.S. (2006). Timber growth and avian community responses to prescribed fire and selective herbicide in thinned, mid-rotation afforested loblolly pine plantations in Mississippi. Mississippi State University, United States, Mississippi.
  • Thurber DK. Ph.D. (1992). Impacts of a gypsy moth outbreak on bird habitats and populations. West Virginia University, United States, West Virginia.
  • Whitehead MA. Ph.D. (2003). Seasonal variation in food resource availability and avian communities in four habitat types in the Southern Appalachian Mountains. Clemson University, United States, South Carolina.

Articles[edit]

  • Allen JC, Krieger SM, Walters JR & Collazo JA. (2006). Associations of breeding birds with fire-influenced and riparian-upland gradients in a longleaf pine ecosystem. Auk. vol 123, no 4. p. 1110-1128.
  • Annand EM & Thompson FR, III. (1997). Forest bird response to regeneration practices in central hardwood forests. Journal of Wildlife Management. vol 61, no 1. p. 159-171.
  • Aquilani SM, Morrell TE & LeBlanc DC. (2003). Breeding bird communities in burned and unburned sites in a mature Indiana oak forest. Proceedings of the Indiana Academy of Science. vol 112, no 2. p. 186-191.
  • Ball RM, Jr. & Avise JC. (1992). Mitochondrial DNA phylogeographic differentiation among avian populations and the evolutionary significance of subspecies. Auk. vol 109, no 3. p. 626-636.
  • Barger NR. (1969). Towhee Pipilo-Erythrophthalmus. Wisconsin Conservation Bulletin. vol 34, no 6. p. 28-29.
  • Bell JL & Whitmore RC. (1997). Eastern towhee numbers increase following defoliation by gypsy moths. Auk. vol 114, no 4. p. 708-716.
  • Bell JL & Whitmore RC. (2000). Bird nesting ecology in a forest defoliated by gypsy moths. Wilson Bulletin. vol 112, no 4. p. 524-531.
  • Borror DJ. (1975). SONGS OF RUFOUS-SIDED TOWHEE. Condor. vol 77, no 2. p. 183-195.
  • Breil DA & Moyle SM. (1976). Bryophytes Used in Construction of Bird Nests. Bryologist. vol 79, no 1. p. 95-98.
  • Brenowitz EA, Nalls B, Wingfield JC & Kroodsma DE. (1991). Seasonal Changes in Avian Song Nuclei without Seasonal Changes in Song Repertoire. Journal of Neuroscience. vol 11, no 5. p. 1367-1374.
  • Brush T & Stiles EW. (1990). Habitat Use by Breeding Birds in the New Jersey USA Pine Barrens. Bulletin New Jersey Academy of Science. vol 35, no 2. p. 13-16.
  • Burtt EHJ & Hailman JP. (1979). Effect of Food Availability on Leaf Scratching by the Rufous-Sided Towhee Pipilo-Erythrophthalmus Test of a Model. Wilson Bulletin. vol 91, no 1. p. 123-126.
  • Caine LA & Marion WR. (1991). Artificial Addition of Snags and Nest Boxes to Slash Pine Plantations. Journal of Field Ornithology. vol 62, no 1. p. 97-106.
  • Carley JR. (1987). An Observation of an Albino Rufous-Sided Towhee Pipilo-Erythrophthalmus. Ontario Birds. vol 5, no 3.
  • Chambers CL & McComb WC. (1997). Effects of silvicultural treatments on wintering bird communities in the Oregon coast range. Northwest Science. vol 71, no 4. p. 298-304.
  • Corbat CA, Yahner RH & Tzilkowski WM. (1988). Abundance and Habitat Use by Towhees and Catbirds in a Ruffed Grouse Habitat Management Study Area. Journal of the Pennsylvania Academy of Science. vol 62, no 2. p. 96-99.
  • Crawford HS, Hooper RG & Titterington RW. (1981). Song Bird Population Response to Silvicultural Practices in Central Appalachian USA Hardwoods. Journal of Wildlife Management. vol 45, no 3. p. 680-692.
  • Cudworth J. (1979). RUFOUS-SIDED TOWHEE IN NORTH-HUMBERSIDE. British Birds. vol 72, no 6. p. 291-293.
  • Davis FW. (1968). The Effects of Ddt on a Breeding Population of the Rufous-Sided Towhee Pipilo-Erythrophthalmus-Erythrophthalmus. Dissertation Abstracts B Sciences & Engineering. vol 29, no 1.
  • Denton JF & Krissinger WA. (1975). Lyperosomum-Byrdi New-Species Digenea Dicrocoeliidae from the Rufous-Sided Towhee Pipilo-Erythrophthalmus with a Revised Synopsis of the Genus. Proceedings of the Helminthological Society of Washington. vol 42, no 1. p. 38-42.
  • Ewert DN. (1979). Development of Song of a Rufous-Sided Towhee Pipilo-Erythrophthalmus Raised in Acoustic Isolation. Condor. vol 81, no 3. p. 313-316.
  • Ewert DN. (1980). Recognition of Conspecific Song by the Rufous-Sided Towhee Pipilo-Erythrophthalmus. Animal Behaviour. vol 28, no 2. p. 379-386.
  • Ewert DN & Kroodsma DE. (1994). Song sharing and repertoires among migratory and resident rufous-sided towhees. Condor. vol 96, no 1. p. 190-196.
  • Faanes CA. (1987). Breeding Birds and Vegetation Structure in Western North Dakota USA Wooded Draws. Prairie Naturalist. vol 19, no 4. p. 209-220.
  • Fink AD, Thompson FR, III & Tudor AA. (2006). Songbird use of regenerating forest, glade, and edge habitat types. Journal of Wildlife Management. vol 70, no 1. p. 180-188.
  • Franzblau MA & Collins JP. (1980). Test of a Hypothesis of Territory Regulation in an Insectivorous Bird Pipilo-Erythrophthalmus-Montanus by Experimentally Increasing Prey Abundance. Oecologia. vol 46, no 2. p. 164-170.
  • Gates JE & Gates DM. (1975). Apparent Brooding Behavior of a Male Rufous-Sided Towhee. Bird Banding. vol 46, no 3. p. 253-254.
  • Ginsberg HS, Buckley PA, Balmforth MG, Zhioua E, Mitra S & Buckley FG. (2005). Reservoir competence of native North American birds for the Lyme disease spirochete, Borrelia burgdorferi. Journal of Medical Entomology. vol 42, no 3. p. 445-449.
  • Gorenzel WP, Mastrup SA & Fitzhugh EL. (1995). Characteristics of brushpiles used by birds in Northern California. Southwestern Naturalist. vol 40, no 1. p. 86-93.
  • Greenberg CH & Lanham JD. (2001). Breeding bird assemblages of hurricane-created gaps and adjacent closed canopy forest in the southern Appalachians. For Ecol Manage. vol 154, no 1-2. p. 251-260.
  • Greenlaw JS. (1973). An Erythristic Specimen of the Rufous-Sided Towhee. Auk. vol 90, no 2. p. 428-429.
  • Greenlaw JS. (1978). The Relation of Breeding Schedule and Clutch Size to Food Supply in the Rufous-Sided Towhees. Condor. vol 80, no 1. p. 24-33.
  • Greenlaw JS, Shackelford CE & Brown RE. (1998). Call mimicry by eastern towhees and its significance in relation to auditory learning. Wilson Bulletin. vol 110, no 3. p. 431-434.
  • Hagan JMI. (1993). Decline of the rufous-sided towhee in the eastern United States. Auk. vol 110, no 4. p. 863-874.
  • Herbert J & Nollenberger EL. (2006). Population trends in six bird species: Black-throated Blue Warbler; Pileated Woodpecker; Grey Catbird; Wood Thrush; Eastern Towhee; and Golden-crowned, Kinglet; in a 5 hectare oak-hickory woodlot in southcentral Pennsylvania. Journal of the Pennsylvania Academy of Science. vol 79, p. 110-111.
  • Jehl JRJ & Parkes KC. (1982). The Status of the Avi Fauna of the Revillagigedo Islands Mexico. Wilson Bulletin. vol 94, no 1. p. 1-19.
  • Knopf FL & Sedgwick JA. (1987). Latent Population Responses of Summer Birds to a Catastrophic Climatological Event. Condor. vol 89, no 4. p. 869-873.
  • Krementz DG & Powell LA. (2000). Breeding season demography and movements of Eastern Towhees at the Savannah River Site, South Carolina. Wilson Bulletin. vol 112, no 2. p. 243-248.
  • Kroodsma DE. (1971). Song Variations and Singing Behavior in the Rufous-Sided Towhee Pipilo-Erythrophthalmus-Oregonus. Condor. vol 73, no 3. p. 303-308.
  • Kroodsma RL. (1984). Effect of Edge on Breeding Forest Bird Species. Wilson Bulletin. vol 96, no 3. p. 426-436.
  • Lanyon WE. (1981). Breeding Birds and Old Field Succession on Fallow Long Island New-York USA Farmland. Bulletin of the American Museum of Natural History. vol 168, no 1. p. 1-60.
  • Laskey AR. (1969). Bilateral Gynandrism in a Cardinal and a Rufous-Sided Towhee. Auk. vol 86, no 4.
  • Lautenschlager RA, Podgwaite JD & Watson DE. (1980). Natural Occurrence of the Nucleopolyhedrosis Virus of the Gypsy Moth Lymantria-Dispar Lepidoptera Lymantriidae in Wild Birds and Mammals. Entomophaga. vol 25, no 3. p. 261-268.
  • Lewis AR & Yahner RH. (1999). Sex-specific habitat use by eastern towhees in a managed forested landscape. Journal of the Pennsylvania Academy of Science. vol 72, no 2. p. 77-79.
  • Maier TJ & DeGraaf RM. (2000). Rhodamine-injected eggs to photographically identify small nest-predators. Journal of Field Ornithology. vol 71, no 4. p. 694-701.
  • Main AJ, Smith AL, Wallis RC & Elston J. (1979). Arbovirus Surveillance in Connecticut USA 1. Group a Viruses. Mosquito News. vol 39, no 3. p. 544-551.
  • Matson RH. (1989). Distribution of the Testis-Specific Ldh-X among Avian Taxa with Comments on the Evolution of the Ldh Gene Family. Systematic Zoology. vol 38, no 2. p. 106-115.
  • Morimoto DC & Wasserman FE. (1991). Dispersion Patterns and Habitat Associations of Rufous-Sided Towhees Common Yellowthroats and Prairie Warblers in the Southeastern Massachusetts USA Pine Barrens. Auk. vol 108, no 2. p. 264-276.
  • Morimoto DC & Wasserman FE. (1991). Intersexual and Interspecific Differences in the Foraging Behavior of Rufous-Sided Towhees Common Yellowthroats and Prairie Warblers in the Pine Barrens of Southeastern Massachusetts. Journal of Field Ornithology. vol 62, no 4. p. 436-449.
  • Morrison ML & Meslow EC. (1983). Bird Community Structure on Early Growth Clear Cuts in Western Oregon USA. American Midland Naturalist. vol 110, no 1. p. 129-137.
  • Murray BGJ & Hardy JW. (1981). Behavior and Ecology of 4 Syntopic Species of Finches in Mexico. Zeitschrift fuer Tierpsychologie. vol 57, no 1. p. 51-72.
  • Nelson BS. (2000). Avian dependence on sound pressure level as an auditory distance cue. Animal Behaviour. vol 59, no 1. p. 57-67.
  • Nelson BS. (2002). Duplex auditory distance assessment in a small passerine bird (Pipilo erythrophthalmus). Behavioral Ecology & Sociobiology. vol 53, no 1. p. 42-50.
  • Nelson BS. (2004). Dynamics of frequency and amplitude modulations in vocalizations produced by eastern towhees, Pipilo erythrophthalmus. Journal of the Acoustical Society of America. vol 115, no 3. p. 1333-1344.
  • Nelson BS, Beckers GJL & Suthers RA. (2005). Vocal tract filtering and sound radiation in a songbird. Journal of Experimental Biology. vol 208, no 2. p. 297-308.
  • Nelson BS & Stoddard PK. (1998). Accuracy of auditory distance and azimuth perception by a passerine bird in natural habitat. Animal Behaviour. vol 56, no 2. p. 467-477.
  • Nelson BS & Suthers RA. (2004). Sound localization in a small passerine bird: discrimination of azimuth as a function of head orientation and sound frequency. Journal of Experimental Biology. vol 207, no 23. p. 4121-4133.
  • Nelson DA. (1989). The Importance of Invariant and Distinctive Features in Species Recognition of Bird Song. Condor. vol 91, no 1. p. 120-130.
  • Pearson SM. (1993). The spatial extent and relative influence of landscape-level factors on wintering bird populations. Landscape Ecology. vol 8, no 1. p. 3-18.
  • Pence DB. (1971). Knemidokoptes-Jamaicensis from the Rufous-Sided Towhee in Louisiana. Journal of Medical Entomology. vol 7, no 6.
  • Prather JW & Cruz A. (2002). Distribution, abundance, and breeding biology of potential cowbird hosts on Sanibel Island, Florida. Florida Field Naturalist. vol 30, no 2. p. 21-35.
  • Richards DG. (1979). Recognition of Neighbors by Associative Learning in Rufous-Sided Towhees Pipilo-Erythrophthalmus. Auk. vol 96, no 4. p. 688-693.
  • Richards DG. (1981). Alerting and Message Components in Songs of Rufous-Sided Towhees Pipilo-Erythrophthalmus. Behaviour. vol 76, no 3-4. p. 223-249.
  • Ritchison G. (1985). Responses of Neighboring Conspecifics to Typical and Atypical Songs of a Rufous-Sided Towhee Pipilo-Erythrophthalmus. Journal of Field Ornithology. vol 56, no 3. p. 280-282.
  • Roberts JB. (1969). Vocalizations of the Rufous-Sided Towhee Pipilo-Erythrophthalmus-Oregonus. Condor. vol 71, no 3. p. 257-266.
  • Sakai WH. (1994). Avian predation on the monarch butterfly, Danaus plexippus (Nymphalidae: Danainae), at a California overwintering site. Journal of the Lepidopterists' Society. vol 48, no 2. p. 148-156.
  • Sedgwick JA & Knopf FL. (1987). Breeding Bird Response to Cattle Grazing of a Cottonwood Bottomland. Journal of Wildlife Management. vol 51, no 1. p. 230-237.
  • Shier GR. (1968). Rufous-Sided Towhee Range in Colorado USA. Colorado Field Ornithologist. vol 1, p. 7-9.
  • Smith GT. (1996). Seasonal plasticity in the song nuclei of wild rufous-sided towhees. Brain Research. vol 734, no 1-2. p. 79-85.
  • Strausberger BM & Horning ME. (1998). Responses of nesting song sparrows (Melospiza melodia) and red-winged blackbirds (Agelaius phoeniceus) to models of parasitic cowbirds and nonthreatening towhees. Bird Behavior. vol 12, no 3-4. p. 71-78.
  • Twedt DJ, Wilson RR, Henne-Kerr JL & Hamilton RB. (2001). Nest survival of forest birds in the Mississippi Alluvial Valley. Journal of Wildlife Management. vol 65, no 3. p. 450-460.
  • Uyehara JC & Narins PM. (1995). Nest defense by willow flycatchers to brood-parasitic intruders. Condor. vol 97, no 2. p. 361-368.
  • Wasserman FE. (1983). Territories of Rufous-Sided Towhees Pipilo-Erythrophthalmus Contain More Than Minimal Food Resources. Wilson Bulletin. vol 95, no 4. p. 664-667.
  • Whalen DM & Watts BD. (2000). Interspecific variation in extraction of buried seeds within an assemblage of sparrows. Oikos. vol 88, no 3. p. 574-584.
  • Yahner RH. (1986). Structure Seasonal Dynamics and Habitat Relationships of Avian Communities in Small Even-Aged Forest Stands. Wilson Bulletin. vol 98, no 1. p. 61-82.
  • Yahner RH. (1991). Avian Nesting Ecology in Small Even-Aged Aspen Stands. Journal of Wildlife Management. vol 55, no 1. p. 155-159.
  • Yahner RH. (2000). Long-term effects of even-aged management on bird communities in central Pennsylvania. Wildlife Society Bulletin. vol 28, no 4. p. 1102-1110.
  • Yahner RH, Ross BD, Yahner RT, Hutnik RJ & Liscinsky SA. (2004). Long-term effects of rights-of-way maintenance via the wire-border zone method on bird nesting ecology. Journal of Arboriculture. vol 30, no 5. p. 288-294.
  • Zuckerberg B & Vickery PD. (2006). Effects of mowing and burning on shrubland and grassland birds on Nantucket Island, Massachusetts. Wilson Journal of Ornithology. vol 118, no 3. p. 353-363.

Subspecies falcinellus[edit]

After the splitting of the rufous-sided towhee into two species, is falcinellus considered a subspecies of Pipilo erythrophthalmus or Pipilo maculatus? --Pablo.ea.92 (talk) 03:09, 6 July 2011 (UTC)[reply]

According to the IOC, falcinellus is a subspecies of Pipilo maculatus. See: Gill F, D Donsker & P Rasmussen (Eds). 2020. IOC World Bird List (v10.2). doi : 10.14344/IOC.ML.10.2. NCBioTeacher (talk) 04:41, 6 January 2021 (UTC)[reply]

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