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52 results for “tanagers”
FIGURE 1 in A new genus for the Blue-and-yellow Tanager (Aves: Passeriformes): a suggested adjustment to the classification of the Thraupidae
FIGURE 1. Ventral (left panel) and dorsal (right panel) view of variation in the male plumage of all taxa in Pipraeidea melanonota and "Thraupis" bonariensis. Upper row: P. m. venezuelensis (three specimens: AMNH 512622, 110138, and 512610) and P. m. melanonota (four specimens: AMNH 774284, 316184, 322066, 147177); lower row: T. b. darwinii (AMNH 820730), T. b. composita (AMNH 138349), T. b. schulzei (AMNH 142071) and T. b. bonariensis (two specimens: AMNH 322068 and 798091).
FIGURE 5 in A new genus and species of tanager (Passeriformes, Thraupidae) from the lower Yungas of western Bolivia and southern Peru
FIGURE 5. Spectrograms of vocalizations of Heliothraupis oneilli. The x-axis represents time in seconds, the y-axis represents frequency in kilohertz. All recordings are by DFL unless otherwise noted; "ML #######" refers to the catalog number at Macaulay Library (available at https://macaulaylibrary.org/asset/#######). First, songs from 6 individuals from La Paz, Bolivia, to show variationamong individualswithin apopulation: (A) 22 December 2012. ML 238433. (B) 24 December 2012. ML 238435. (C) 23 December 2012. ML 238434. (D) 24 January 2019. ML 238442. (E) 24 January 2019. ML 238443. (F) 26 January 2019. ML 238446. The following are songs from three different individuals from the Kosñipata road in Cusco, Peru, to show variation at that site: (G) 10 October 2000. Recorded by GHR, ML 258172441. (H) 7 October 2003. ML 238361. (I) 9 June 2004. ML 238417. Finally, examples of the common calls of Heliothraupis oneilli: (J) 24 January 2019. ML 238443. (K) 7 October 2003. ML 238361. (L) 24 January 2019. ML 238442. (M) 26 December 2012. ML 238437.
FIGURE 4 in A new genus and species of tanager (Passeriformes, Thraupidae) from the lower Yungas of western Bolivia and southern Peru
FIGURE 4. Confirmed localities of Heliothraupis oneilli plotted as black dots and predicted distribution based on our modeling, using parameters set at 50% suitability, with the predicted breeding range (in gold) and predicted nonbreeding range (in purple) plotted on a false color map of elevation of the eastern slope of the Andes in western Bolivia and Southern Perú. From the confirmed observations reported, we believe that this species breeds inhigh densities ina small region (~2,500 km2), and then disperses toa much larger zone (~26,000 km2) in the nonbreeding season, resulting in considerablylower population density at thattime.
FIGURE 3 in A new genus and species of tanager (Passeriformes, Thraupidae) from the lower Yungas of western Bolivia and southern Peru
FIGURE 3. Line drawings of external morphological characters of Heliothraupis, based on LSUMZ 195912. (A) Bill structure, (B) outside view of left leg, (C) underside of tail, and (D) dorsal view of open right wing. Drawing by DFL.
FIGURE 5 in A new species of tanager (Aves: Thraupidae) from the Eastern slopes of the Andes
FIGURE 5. Distribution of Trichothraupis melanops (orange) and T. griseonota sp. nov. (green) in South America. Squares represent museum specimens and circles are recordings. A diamond indicates the type locality of T. griseonota; there is no type locality for T. melanops. South America is represented in the inset.
FIGURE 4 in A new species of tanager (Aves: Thraupidae) from the Eastern slopes of the Andes
FIGURE 4. Trichothraupis melanops (above) and T. griseonota sp. nov. (below). Plate by Eduardo Brettas.
FIGURE 3 in A new species of tanager (Aves: Thraupidae) from the Eastern slopes of the Andes
FIGURE 3. Principal Component Analysis of Atlantic Forest (orange) and Andean (green) populations of Trichothraupis melanops. No morphometric segregation was found for males (A) or females (B).
FIGURE 1 in A new species of tanager (Aves: Thraupidae) from the Eastern slopes of the Andes
FIGURE 1. Dorsal (a), ventral (b), and lateral (c) views of males of the Atlantic (LSUMZ 53115, Itapetininga, Brazil; above) and Andean (LSUMZ 171459, Samipata, Bolivia; below) populations of Trichothraupis melanops.
FIGURES 1–6. 1–4, Myrsidea laciniaesternata. 1, Entire dorsoventral male. 2, Male genitalia. 3, Male genital sac sclerite. 4 in Myrsidea Waterston (Phthiraptera: Menoponidae) from tanagers (Passeriformes: Thraupidae), with descriptions of 18 new species
FIGURES 1–6. 1–4, Myrsidea laciniaesternata. 1, Entire dorsoventral male. 2, Male genitalia. 3, Male genital sac sclerite. 4, Female metanotum and dorsoventral abdomen. 5–6, M. cyanocephalae. 5, Female metanotum and dorsal abdomen. 6, Male metanotum and dorsal abdomen.
FIGURES Male genital venustae female abdomen. 27, M. surinami female metathorax and dorsal abdomen. 28–29, M. spizae. 28 in Myrsidea Waterston (Phthiraptera: Menoponidae) from tanagers (Passeriformes: Thraupidae), with descriptions of 18 new species
FIGURES Male genital venustae female abdomen. 27, M. surinami female metathorax and dorsal abdomen. 28–29, M. spizae. 28, Female metathorax and dorsal abdomen. 29, Male genital sac sclerite. 30, M. mitrospingi female metanotum and dorsal abdomen.
FIGURES 15, M. ophthalmici metanotum and dorsal genital sac sclerite. 19–21, M. zenae. 19 in Myrsidea Waterston (Phthiraptera: Menoponidae) from tanagers (Passeriformes: Thraupidae), with descriptions of 18 new species
FIGURES 15, M. ophthalmici metanotum and dorsal genital sac sclerite. 19–21, M. zenae. 19, Female metanotum and dorsal abdomen. 20, Male sternite II. 21, Male genital sac sclerite.
FIGURES Female metanotum and dorsoventral abdomen. 9, Male metanotum and dorsoventral abdomen. 10, M. tangarae female metanotum and dorsal abdomen. 11, M. icterocephalae male genital sac sclerite. 12, M. melanopis female metanotum and dorsal abdomen. 13, M. seminuda female metanotum and dorsoventral abdomen. in Myrsidea Waterston (Phthiraptera: Menoponidae) from tanagers (Passeriformes: Thraupidae), with descriptions of 18 new species
FIGURES Female metanotum and dorsoventral abdomen. 9, Male metanotum and dorsoventral abdomen. 10, M. tangarae female metanotum and dorsal abdomen. 11, M. icterocephalae male genital sac sclerite. 12, M. melanopis female metanotum and dorsal abdomen. 13, M. seminuda female metanotum and dorsoventral abdomen.
Figure 2 in Nesting biology of Green-and-gold tanager (Tangara schrankii): unique traits for lowland reproductive success?
Figure 2. Egg and nestling of Green-and-gold Tanager (Tangara schrankii) found in Pantiacolla station. (a) Eggs, (b) newborn nestling, (c) 8-day-old nestling, (d) 10-day-old nestling, and (e) 14-day-old nestling. Jenny Muñoz took the egg photograph and Sebastian Pérez took the nestling photographs.
Figure 1 in Nesting biology of Green-and-gold tanager (Tangara schrankii): unique traits for lowland reproductive success?
Figure 1. Photographic characteristics of the Green-and-gold Tanager (Tangara schrankii) nest. (a) Nest built into epiphytic vegetation; the thick vegetation above the nest was so dense that the cup nest had the appearance of a dome nest, (b) cup nest, (c) nest layers. On the left is the most internal layer where the eggs stand, the one in the centre is the mid-layer and the one on the right is the outer layer.
Figure 5. Nestling feeding behaviour during the 15 in Nesting biology of Green-and-gold tanager (Tangara schrankii): unique traits for lowland reproductive success?
Figure 5. Nestling feeding behaviour during the 15-day nestling period, based on six nests monitored for a total of 30 days. (a) Hourly and (b) daily feeding trips.
Figure 4 in Nesting biology of Green-and-gold tanager (Tangara schrankii): unique traits for lowland reproductive success?
Figure 4. Nestling development based on 33 nestlings from 20 nests. (a) Tarsus growth rate, (b) wing growth rate, and (c) daily mass gain. Gray shading in the graphic represent a 95% confidence interval level.
Figure 3 in Nesting biology of Green-and-gold tanager (Tangara schrankii): unique traits for lowland reproductive success?
Figure 3. Incubation behaviour of the Green-and-gold Tanager (Tangara schrankii) throughout the incubation period, based on 32 nests monitored at the Tono and Pantiacolla stations between 2008 and 2014. (a) Nest attentiveness: the percentage of time the parents spent incubating the eggs during the daytime, 5:00–18:00. The centerline in the box plots represents the median of attentiveness, with the lower and upper box edges representing the 25th and 75th percentile, and, whiskers indicating the 95% interval. (b) On and offbouts durations were split into incubation stages with five-day intervals corresponding to early (days 1–5), middle (days 6–10), and late (days 11–15) stages. The backline represents the average ±1 SE.
Figure 3 in A new species of Proctophyllodes Robin, 1868 (Acari: Proctophyllodidae) from two tanagers of the genus Piranga Vieillot (Passeriformes: Cardinalidae) from North America
Figure 3. Proctophyllodes pirangae sp. nov.: (a–d) legs I–IV of male, (e) tarsus IV of female, (f) ventral view of male opisthosoma, (g) female spermatheca.
Figure 4 in A new species of Proctophyllodes Robin, 1868 (Acari: Proctophyllodidae) from two tanagers of the genus Piranga Vieillot (Passeriformes: Cardinalidae) from North America
Figure 4. Proctophyllodes pirangae sp. nov. low temperature scanning microscope (LTSEM) pictures of: (a–c) female, (d) male, (e) tritonymph, (f–g) male attached to tritonymph in precopulatory guarding.
Data from: New insights into New World biogeography: an integrated view from the phylogeny of blackbirds, cardinals, sparrows, tanagers, warblers, and allies
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