Chapter 47: Ramphastidae
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Comparative Anatomy of Mu50phagidae (Turacos)
Comparative Anatomy of MU50phagidae (Turacos) by Georgann B. Johnston Sacramento, CA Introduction proVides the red colored feathers in he 20 species which comprise species of the first two genera. Both the avian order Musophagidae' pigments contain copper and spectral (commonly called turacos) data demonstrates that the former is have a number of physical and likely an oxidized version of the latter. anatomical characteristics that set them swered and many generalizations sus (Dyck, 1992) In fact, the two pigments apaI1 from many other birds. While pect in light of new information about are intermingled within individual uniformity among the 20 species is not these species' ecology including feathers in the breast patches and crests complete, ceI1ain generalizations can behavior and diet. of some species and turacoverdin be made. One ofthese is that the sexes occurs only in the presence of turacin. are visually indistinguishable in all of Feathers Other species outside the the species save C. Jeucogaster, in Probably the most distinguishing fea Musophagidae order have turacoverdin which the males have a black beak ture of these birds are two unique pig pigment, including Ithaginis (pheasant) and the females a green beak. ments deposited in their feather keratin. and Rollolus (paI1ridge), both members Unfortunately, most of the literature One, turacoverdin, is a green pigment of the Galliformes. An additional inter regarding the anatomy of these birds found in the rami in all species of esting note is that both pigments are was developed more than 40 years Tauraco and Musophaga, and in soluble in a weak base - which may ago, leaving many questions unan- Corythaeola cristata. -
Toucans, and Not Only a First Breeding of Each, Toucans but Several Generations - a Testament to His Avicultural Gift
one, but several species of toucans, and not only a First Breeding of each, Toucans but several generations - a testament to his avicultural gift. in Aviculture at the Millennium Mr. Todd did more than break new ground (which he subsequently and by Jerry Jennings, Fallbrook, CA notably repeated with penguins at Sea World), he created a "cook book" recipe for the repetition ofhis feat for all who would simply follow directions. Interpretive renditions of his opus gen erally would not suffice - simply fol low the steps. A little compatibility here, a little nest log there, etc., and a great result would be forthcoming. Few have followed in those illustri ous footsteps, but I had to give it a try. I never was a good cook, so this was a difficult task, or so I thought. Needless to say, it was surprisingly eas ier to do than expected, and today Emerald Forest Bird Gardens has become a center for the reproduction of many species of toucans, toucanets, and aracaris. Toucans are not well established in aviculture today in spite of the great introduction pioneered by Todd in the mid sixties. Only a couple of species, Red-billed Toucan oUJned by the author. the Green Aracari and the Emerald Toucanet could be considered "safe" Channel-billed Toucan in the collection ofthe alltbor. oucans are as familiar as breakfast cereal at the super market, as magnificent as a clown, and as exotic as the mystical places of our fantasies. Everyone seems to know who "Fruit Loops" is, and understands that this silly looking creature has, at the very least, a good sense of humor. -
Leveled Reading Research Activities Presentation Leveled Reading
Leveled Reading Research Activities Presentation ATI RE VE C K R A A A A L L L L E C C C C C N S C I E Editable Presentation hosted on Google Slides. Click to Download. Description Habitat & Range ● The toco toucan is a bird with a white throat and mainly black body. ● The toco toucan is usually found in semi-open habitats such as ● The toco toucan is the largest of about 40 woodlands and savannas different species of toucans. throughout central and eastern South America. ● It has blue and orange skin that surrounds the eye. ● Toco toucans often will live in the tree cavities created by ● This toucan is most known for it’s huge bill woodpeckers that is yellow and reddish-orange in color. Toco Toucan Unique Characteristics Reproduction Diet ● The toco toucan is known to ● They tend to reproduce on an ● The toucan eats fruit and uses practice heat exchange. annual basis. its bill to pluck it out of trees. They modify blood flow throughout their body in ● The female lay between two and ● They are also known to eat order to regulate their body four eggs a few days after insects, frogs and small reptiles. mating. heat. ● They will eat small birds and The eggs hatch 17-18 days after eggs as well. ● Toucans are not great fliers ● and usually hop from tree to being laid. tree. ● The birds are very protective of their chicks. Predators, Threats & Status Conservation Organizations Extended Video ● Toucans are threatened by ● The International Union for the jaguars, snakes and eagles, Conservation of Nature (IUCN) is but they benefit from one of the most important widespread tree coverage. -
Birding with Jim and Cindy
CHEEPERS SPRING 2014 TRIP REPORT BY COMMON NAME Tinamidae Cathartidae Little Tinamou Black Vulture Turkey Vulture Anatidae King Vulture Blue-winged Teal Black-bellied Whistling-Duck Pandionidae Masked Duck Osprey Cracidae Accipitridae Gray-headed Chachalaca Roadside Hawk Common Black-Hawk Phaethontidae Swainson´s Hawk Red-billed Tropicbird Broad-winged Hawk Double-toothed Kite Fregatidae Plumbeous Kite Magnificent Frigatebird Swallow-tailed Kite Ornate Hawk-Eagle Sulidae White-tailed Kite Brown Booby Falconidae Pelecanidae Laughing Falcon Brown Pelican Peregrine falcon Yellow-headed Caracara Ardeidae Crested Caracara Yellow-crowned Nigth-Heron Green Heron Rallidae Cattle Egret Gray-necked Wood-rail Little Blue Heron White-throated Crake Great Egret American Coot Great Blue Heron Purple Gallinule Tricolored Heron Common Moorhen Snowy Egret Boat-billed Heron Charadriidae Least Bittern Collared Plover Black-bellied Plover Threskiornithidae Semipalmated Plover Green Ibis Southern Lapwing Wilson's Plover Jacanidae Caprimulgidae Northern Jacana Lesser Nighthawk Recurvirostridae Nyctibiidae Black-necked Stilt Common Potoo Scolopacidae Apodidae Solitary Sandpiper White-collar Swift Spotted sandpiper Lesser Swallow-tailed Swift Ruddy turnstone Gray-rumped Swift Sanderling Greater Yellowlegs Trochilidae Least Sandpiper Long-billed Hermit Pectoral Sandpiper Stripe-throated Hermit Rufous-tailed Hummingbird Laridae White-necked Jacobin Royal Tern Violet-crowned Woodnymph Sandwich Tern Band-tailed Barbthroat Laughing Gull Blue-chested Hummingbird Franklin´s -
The Plate-Billed Mountain Toucan (Andigena Laminirostris) Feeding on a Caecilia Spp (Gymnophiona: Amphibia)
Solano-Ugalde 43 Boletín SAO Vol. 20 Toucans feeding on a Caecilia (No. 2) – Pag: 43-45 ! The Plate-billed Mountain Toucan (Andigena laminirostris) feeding on a Caecilia spp (Gymnophiona: Amphibia) EL TUCÁN ANDINO PIQUILAMINADO (ANDIGENA LAMINIROSTRIS) ALIMENTÁNDOSE DE UN CAECILIA SP (GYMNOPHIONA: AMPHIBIA) Alejandro Solano-Ugalde1,2 1Fundación Imaymana, Paltapamba 476 San Pedro del Valle Nayón, Quito, Ecuador. 2Natural History of Ecuadorian Mainland Avifauna Group, 721 Foch y Amazonas, Quito, Ecuador. E-mail: [email protected] Abstract In this note I report a feeding event of two Plate-billed Mountain Toucans (Andigena laminirostris) upon a Caecilian. Overall, caecilians are poorly known; however at least another bird (Leucopternis princeps) has also been reported feeding on them. As predation was not observed, and based on the corpse state it is likely that the prey was killed prior to the take of the toucans. Keywords: behavior, diet, Ecuador, mountain toucan, new record. Resumen En esta nota reporto dos individuos del Tucán Andino Piquilaminado (Andigena laminirostris) que fueron observados comiendo a un Caecilia spp. Las cecilias son poco conocidos, sin embargo hay registros de otraespecie de ave (Leucopternis princeps) alimentándose de ellos. Ya que la depredación no fue observada, y dado el estado del cadáver, es posible que la presa haya sido matada antes de que los tucanes la tomaran. Palabras clave: comportamiento, dieta, Ecuador, nuevo registro, tucán andino. he genus Andigena (mountain-toucans) comprises On 29 October 2007, while conducting a biological T only four species confined to the northern Andes of survey along the Bellavista Research Station Road South America (Fjeldså & Krabbe 1990). -
Toco Toucan Feeding Ecology and Local Abundance in a Habitat Mosaic in the Brazilian Cerrado
ORNITOLOGIA NEOTROPICAL 19: 345–359, 2008 © The Neotropical Ornithological Society TOCO TOUCAN FEEDING ECOLOGY AND LOCAL ABUNDANCE IN A HABITAT MOSAIC IN THE BRAZILIAN CERRADO José Ragusa-Netto Departamento de Ciências Naturais, Campus Três Lagoas, Universidade Federal do Mato Grosso do Sul, C.P. 210, 79620-080, Três Lagoas, MS, Brazil. E-mail: [email protected] Resumo. – Ecologia alimentar e abundância local do Tucano Toco, em um mosaico de habitats do cerrado. – Os tucanos são frugívoros do dossel que exploram áreas amplas e heterogêneas. O Tucano Toco (Ramphastos toco) é comum no Brasil Central, principalmente no cerrado. Nesse estudo avaliei a pro- dução de frutos, a abundância do Tucano Toco e seus hábitos alimentares em um mosaico de habitats do cerrado. Tanto as variações espaciais quanto temporais de abundância dos tucanos coincidiram com o perí- odo de frutificação das espécies consumidas extensivamente. Essas espécies, principalmente Virola sebifera na mata ciliar e Schefflera macrocarpa no cerrado, exibiram períodos prolongados de frutificação, além de serem conhecidas por produzirem diásporos com elevado teor de lipídeos. Por outro lado, com exceção de Eugenia punicifolia e Miconia albicans, os tucanos consumiram moderadamente muitos tipos de frutos ricos em açúcares, que estiveram disponíveis por breves períodos. Portanto, em razão do Tucano Toco explorar, durante a maior parte do tempo, proporções elevadas de poucas espécies de frutos e oportunamente alter- nar para uma dieta mais variada, ele exibiu variações acentuadas de amplitude de nicho alimentar. As pro- fundas variações espaciais e temporais de abundância, ao longo do ano, sugerem que os tucanos exploram áreas amplas e heterogênas em resposta à disponibilidade de frutos que são importantes em sua dieta. -
WORKING with TURACOS Musophagidae Spp
125 AL WABRA WILDLIFE PRESERVATION, QATAR: WORKING WITH TURACOS Musophagidae spp. by Simon Bruslund Jensen The turacos are a primitive, almost primeval-looking family of medium to large-sized birds, most closely related to the cuckoos. The 23 species are distributed exclusively in tropical African forests and savannahs. Most species are beautifully coloured in shades of green, blue and red, and are well known for their unique feather pigments, the so-called turacin and turacoverin, found only in this family. Sven Hammer/AWWP A Prince Ruspoli’s Turaco Tauraco ruspolii approaching a waterhole close to Arero, Ethiopia. Due to their appealing appearance, many of the species have for many years been popular in zoos and private collections. However, just a few years back, captive breeding would never have been considered as an option for the conservation management of turacos, as they had long been considered as delicate and rather difficult to breed in captivity. In recent years the methods used for keeping and breeding turacos have improved a great deal, due largely to the systematic approach by dedicated individuals and public collections such as the zoos in Cologne, Germany and Houston, Texas, USA. Now for the first time, it seems possible to establish self-sustainable captive populations, in particular within the 126 JENSEN - TURACOS framework of regional and international cooperation, with studbooks being maintained to ensure the necessary exchange of bloodlines. This is in line with the identification of more and more threats to several turaco species in the wild, especially to some of the unique subspecies with limited distribution. -
The Dazzling Diversity of Avian Feet I I Text Lisa Nupen Anisodactyl
BIOLOGY insight into the birds’ different modes of life. THE BONES IN THE TOES Birds’ feet are not only used for n almost all birds, the number of bones locomotion (walking or running, Iin each toe is preserved: there are two swimming, climbing), but they bones in the first toe (digit I), three bones serve other important functions in in the second toe (II), four in the third (III) perching, foraging, preening, re- and five in the fourth (IV). Therefore, the production and thermoregulation. identity of a toe (I to IV) can be determined Because of this, the structure of a quite reliably from the number of bones in bird’s foot often provides insight it. When evolutionary toe-loss occurs, this into the species’ ecology. Often, makes it possible to identify which digit distantly related species have con- has been lost. verged on similar foot types when adapting to particular environ- ments. For example, the four fully demands of a particular niche or The first, and seemingly ances- webbed, forward-pointing toes environment. The arrangement tral, configuration of birds’ toes – called totipalmate – of pelicans, of toes in lovebirds, barbets and – called anisodactyly – has three gannets and cormorants are an ad- cuckoos, for example, is differ- digits (numbered II, III and IV) aptation to their marine habitat. ent from that in passerines (such orientated forwards and digit I The closely related Shoebill as finches, shrikes or starlings) in (the ‘big toe’, or hallux) pointing does not have webbed feet, per- the same environment. The func- backwards. This arrangement is haps because of its wetland habi- tional reasons for differences in shared with theropod fossils and The toes of penguins tat, but the tropicbirds, which foot structure can be difficult to is the most common, being found (below left) and gan- fancy form their own relatively ancient explain. -
Ramphastos Ambiguus
ISSN: 1870-7459 Dilution in Ramphastos ambiguus Huitzil, Revista Mexicana de Ornitología DOI: https://doi.org/10.28947/hrmo.2020.21.2.511 NOTA CIENTÍFICA A strong case of dilution in the Yellow-throated Toucan (Ramphastos ambiguus) Un fuerte caso de dilución en el tucán de garganta amarilla (Ramphastos ambiguus) José Manuel Mora1* https://orcid.org/0000-0002-1200-1495 Lucía I. López Umaña2 https://orcid.org/0000-0002-0120-7981 Abstract INFORMACIÓN SOBRE EL ARTÍCULO Plumage color aberrations are common in birds, but often it is difficult or even impossible to identify them properly in the field. Several of these aberrations are common, especially progres- Recibido: sive greying, leucism and ino, although there is confusion among the different mechanisms. 28 de abril de 2020 Other aberrations are rare or infrequently reported. Dilution, for example, refers to a reduced Aceptado: concentration of melanin granules that dilutes the color, although the pigment itself is not 26 de junio de 2020 changed. It affects the entire plumage, rather than single feathers. The Yellow-throated Toucan Editor asociado: (Ramphastos ambiguus) is predominantly black, and has feathers with brown tips, red under Jack C. Eitniear the tail coverts, and feathers above the tail are cream colored. It has a yellow bib covering the throat and chest with red band countering it, and the skin of the face is chartreuse. The Yellow- Contribución de cada uno throated Toucan is most notable for its massive, bicolored bill. Here we report an apparent de los autores: strong case of dilution in the Yellow-throated Toucan. An individual observed at La Unión, Both authors wrote the manuscript, Guápiles on the Caribbean versant of Costa Rica on 10 October 2019 almost lacked melanin, and reviewed the final version of it. -
Mousebirds Tle Focus Has Been Placed Upon Them
at all, in private aviculture, and only a few zoos have them in their col1ec tions. According to the ISIS report of September 1998, Red-hacks are not to be found in any USA collections. This is unfortunate as all six species have been imported in the past although lit Mousebirds tle focus has been placed upon them. Hopeful1y this will change in the for the New Millennium upcoming years. Speckled Mousebirds by Kateri J. Davis, Sacramento, CA Speckled Mousebirds Colius striatus, also known as Bar-breasted or Striated, are the most common mousebirds in crops and frequent village gardens. USA private and zoological aviculture he word is slowly spreading; They are considered a pest bird by today. There are 17 subspecies, differ mousebirds make great many Africans and destroyed as such. ing mainly in color of the legs, eyes, T aviary birds and, surprising Luckily, so far none of the mousebird throat, and cheek patches or ear ly, great household pets. Although still species are endangered or listed on coverts. They have reddish brown body generally unknown, they are the up CITES even though some of them have plumage with dark barrings and a very and-coming pet bird of the new mil naturally small ranges. wide, long, stiff tail. Their feathering is lennium. They share many ofthe qual Mousebirds are not closely related to soft and easily damaged. They have a ities ofsmall pet parrots, but lack many any other bird species, although they soft chattering cal1 and are the most of their vices, which helps explain share traits with parrots. -
Guineaturaco
Captive Propagation and WHITE-BREASTED NORMAL COLORS Management ofthe ~ Herschel Frey Guinea Turaco -l-.:~------- 1170 Fi rwood Dr. (Tauraco p. persa) Pittsburgh, PA. 15243 (412) 561-7194 byJohn Heston Los Angeles, California Taxonomy tively small and restricted range. So distinctive are turacos in general form and plumage pigmentation, it is Morphology and Natural History not surprising that they were at one When it comes to obsession and bias time collectively considered to be the with respect to favorite bird groups, sole representatives of the now non aviculturists can be the epitome. Yet, if it existent order, Musophagiformes. Since, is possible to set aside personal prefer attempts to "lump" them with other ences and evaluate the fantastic variety well established taxonomic groups have of birds found throughout the world, been interesting. Turacos have been we would find that each species is a associated with the Galliformes uniquely adapted creature reflecting the (pheasants, quail, etc.) on the basis they selective pressures ofevery conceivable were found to be a potential host to habitat and niche. Likewise, to suggest some of the same ectoparasites. Not that turacos are the most interesting being qualified in the field of co animal that ever bore feathers, would evolutionary aspects of host-parasite lack perspective. Even so, there are relationships, I would not attempt to some traits, both subtle and otherwise, contest the basis of that criteria; that are unique only to this family of however, from a more contemporary birds. For a start, turacos are "semi taxonomic, or systematic viewpoint, to zygodactylous" - a term that refers to a classify this group of birds on that basis condition in which the outer toe (#4) is alone seems a hasty decision, and inher reversible. -
Leptosomiformes ~ Trogoniformes ~ Bucerotiformes ~ Piciformes
Birds of the World part 6 Afroaves The core landbirds originating in Africa TELLURAVES: AFROAVES – core landbirds originating in Africa (8 orders) • ORDER ACCIPITRIFORMES – hawks and allies (4 families, 265 species) – Family Cathartidae – New World vultures (7 species) – Family Sagittariidae – secretarybird (1 species) – Family Pandionidae – ospreys (2 species) – Family Accipitridae – kites, hawks, and eagles (255 species) • ORDER STRIGIFORMES – owls (2 families, 241 species) – Family Tytonidae – barn owls (19 species) – Family Strigidae – owls (222 species) • ORDER COLIIFORMES (1 family, 6 species) – Family Coliidae – mousebirds (6 species) • ORDER LEPTOSOMIFORMES (1 family, 1 species) – Family Leptosomidae – cuckoo-roller (1 species) • ORDER TROGONIFORMES (1 family, 43 species) – Family Trogonidae – trogons (43 species) • ORDER BUCEROTIFORMES – hornbills and hoopoes (4 families, 74 species) – Family Upupidae – hoopoes (4 species) – Family Phoeniculidae – wood hoopoes (9 species) – Family Bucorvidae – ground hornbills (2 species) – Family Bucerotidae – hornbills (59 species) • ORDER PICIFORMES – woodpeckers and allies (9 families, 443 species) – Family Galbulidae – jacamars (18 species) – Family Bucconidae – puffbirds (37 species) – Family Capitonidae – New World barbets (15 species) – Family Semnornithidae – toucan barbets (2 species) – Family Ramphastidae – toucans (46 species) – Family Megalaimidae – Asian barbets (32 species) – Family Lybiidae – African barbets (42 species) – Family Indicatoridae – honeyguides (17 species) – Family