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This jug stands on a pedestal. It has a leaf design on its base, and human figures encircling the top. The handle is connect to a seated figure.

Jug

This jug stands on a pedestal. It has a leaf design on its base, and human figures encircling the top.…

Color flag of Uruguay. Nine equal horizontal stripes of white (top and bottom) alternating with blue; a white square in the upper hoist-side corner with a yellow sun bearing a human face known as the Sun of May with 16 rays that alternate between triangular and wavy.

Flag of Uruguay, 2009

Color flag of Uruguay. Nine equal horizontal stripes of white (top and bottom) alternating with blue;…

Black and white outline flag of Uruguay. Nine equal horizontal stripes of white (top and bottom) alternating with blue; a white square in the upper hoist-side corner with a yellow sun bearing a human face known as the Sun of May with 16 rays that alternate between triangular and wavy

Flag of Uruguay, 2009

Black and white outline flag of Uruguay. Nine equal horizontal stripes of white (top and bottom) alternating…

"Fig 34 - Bones of a bird's hind limb: from a duck, Clangula islandica. A, hip: B, knee: C, heel or ankle-joint; D, bases of toes. A to B, thigh or "second joint"; B to C, crus, leg proper, "drumstick," often wrongly called "thigh"; C to D, metatarsus, foot proper, corresponding to instep, or foot from ankle to bases of toes; in descriptive ornithology the tarsus; often called "shank" From D outward are the toes or digits. fm. femur; tb, tibia, principal (inner) bone of leg; fi, fibula, lesser (outer) bone of leg; mt, principal metatarsal bone, consisting chiefly of three fused metatarsal bones; am, accessory metatarsal, bearing 1t, first or hind toe, with two joints; 2t second toe, with three joints; 3t, third toe, with four joints; 4t, fourth toe, with five joints. At C there are in the embryo some small tarsal bones, not shown in the figure, uniting in part with the tibia, which is therefore a tibio-tarsus, in part with the metatarsus, which is therefore a tarso-metatarsus; the ankle-joint being therefore between two rows of tarsal bones, not, as it appears to be, directly between tibia and metatarsus." Elliot Coues, 1884

Bones of a Bird's Hind Limb

"Fig 34 - Bones of a bird's hind limb: from a duck, Clangula islandica. A, hip: B, knee: C, heel or…

Ondines or undines are elementals, enumerated as the water elementals in works of alchemy by Paracelsus. They also appear in European folklore as fairy-like creatures; the name may be used interchangeably with those of other water spirits. Undines were said to be able to gain a soul by marrying a human and bearing his child. Undine A water nymph without a soul, which she later received by marrying a mortal and bearing a child: Heroine of a book (1812) by Baron Friedrich de la Motte Fouqué, German author.

Ondine

Ondines or undines are elementals, enumerated as the water elementals in works of alchemy by Paracelsus.…

An illustration of a flowering mandrake plant. Mandrake is the common name for members of the plant genus Mandragora belonging to the nightshades family (Solanaceae). Because mandrake contains deliriant hallucinogenic tropane alkaloids such as hyoscyamine and the roots sometimes contain bifurcations causing them to resemble human figures, their roots have long been used in magic rituals, today also in neopagan religions such as Wicca and Germanic revivalism religions such as Odinism.

Flowering Mandrake Plant

An illustration of a flowering mandrake plant. Mandrake is the common name for members of the plant…

The dandy horse is a two wheeled vehicle propelled by the rider pushing with his feet on the ground.

Dandy Horse

The dandy horse is a two wheeled vehicle propelled by the rider pushing with his feet on the ground.

An illustration of the pelvis of a spiny anteater. "m, marsupial bones; il, ilium; p, pubis; s, sacrum." -Century, 1889

Pelvis of Spiny Anteater

An illustration of the pelvis of a spiny anteater. "m, marsupial bones; il, ilium; p, pubis; s, sacrum."…

An illustration of a kangaroo pelvis. "M, marsupial bones, borne upon P, pubis; Il, ilium; Is, ischium; O, obturartor foramen; A, acetabulum; S, sacrum;

Kangaroo Pelvis

An illustration of a kangaroo pelvis. "M, marsupial bones, borne upon P, pubis; Il, ilium; Is, ischium;…

The House Martin (Delichon urbicum), sometimes called the Northern House Martin or Common House Martin, is a migratory passerine bird of the swallow family which breeds in Europe, north Africa and temperate Asia; and winters in sub-Saharan Africa and tropical Asia. It feeds on insects which are caught in flight, and it migrates to climates where flying insects are plentiful. It has a blue head and upperparts, white rump and pure white underparts, and is found in both open country and near human habitation.

House Martin

The House Martin (Delichon urbicum), sometimes called the Northern House Martin or Common House Martin,…

In architecture, a mascaron ornament is a face, usually human, sometimes frightening or chimeric whose function was originally to frighten away evil spirits so that they would not enter the building. The concept was subsequently adapted to become a purely decorative element. The most recent architectural style to extensively employ mascarons was Beaux Arts.

Mascaron

In architecture, a mascaron ornament is a face, usually human, sometimes frightening or chimeric whose…

"Right pectoral arch of a bird. s, scapula; c, coracoid; gl, glenoid, the cavity for head of humerus; cl, clavicle; hc, hypecleidium. In situ, the right end of the figure should tilt up a little. The pectoral arch is that bony structure by which the wings are borne upon the axial skeleton. It is to the fore limb what the pelvic arch is to the hind limb; but is disconnected from the back-bone and united with the breastbone, whereas the reverse arrangement obtains in the pelvic, which is fused with the sacral region of the spine. Each pectoral arch of birds consists (chiefly) of three bones: the scapula and coracoid, forming the shoulder-girdle proper, or scapular arch; and the accessory clavicles, or right and left half of the clavicular arch." Elliot Coues, 1884

The Right Pectoral Arch of a Bird

"Right pectoral arch of a bird. s, scapula; c, coracoid; gl, glenoid, the cavity for head of humerus;…

"Fig 56 - Axial skeleton, minus the skull, of an owl, Asio wilsonianus, life size; from nature by Dr. R.W. Shufeldt, USA. at, atlas; ax,axis; cv, cervical vertebrae; c, c', cervical ribs, or free pleurapophyses; dv, dorsal vertebrae, excepting the last one, which joins the sacrum; R, two of the six true ribs (pleurapophyses), whereof sr is sacral; u, one of the five uncinate processes or epipleura; cr, two of the six sternal ribs(haemapophyses), whereof the sixth floats; p, pelvic or sacral region of the spine, comprehending one dorsal, and several lumbar, sacral proper, and urosacral vertebrae; I ilium; Is, ischium; P pubis; a, acetabulum; in, ischio-iliac foremen; o, obturator foramen; clv, caudal or coccygeal vertebrae, whereof py is the pygostyle; s, scapula; ohs, os humero-scapulare; cl, clavicle; C, coracoid; S, sternum." Elliot Coues, 1884

Axial Skeleton

"Fig 56 - Axial skeleton, minus the skull, of an owl, Asio wilsonianus, life size; from nature by Dr.…

"Pelvis of a heron (ardea herodias), nat. size, viewed from below; from nature by Dr. R.W. Shufeldt, U.S.A. dl, dorso-lumbar vertebrae to and including the last one, sc; below sc, for the extent of the large black spaces (opposite the arrow) are the true sacral vertebrae; us, urosacral vertebrae (opposite the five oval black spaces; Il, ilium; Is, ischium; P, pubis; ob, obturator foramen. The arrow flies into the acetabulum.

The Pelvis of a Heron

"Pelvis of a heron (ardea herodias), nat. size, viewed from below; from nature by Dr. R.W. Shufeldt,…

"Pelvis of a young grouse, showing three distinct bones. Il,P, ilium, ischium, pubis. In front of former a dorsal vertebra protrudes." Elliot Coues, 1884

The Pelvis of a Young Grouse

"Pelvis of a young grouse, showing three distinct bones. Il,P, ilium, ischium, pubis. In front of former…

"Fig. 62 Skull of common fowl, enlarged. from nature by Dr. R.W. Shufeldt, U.S.A. The names of bones and some other parts are printed, requiring no explanation; but observe the following points: The distinction of none of the bones composing the brain-case (the upper back expanded part) can be found in a mature skull. The brain is contained between the occipital, sphenoidals, squamosals, parietals and part of frontal; the ethmoidals belong to the same group of cranial bones proper. All other bones, excepting the three otic ear-bones, are bones of the face and jaws. The lower jaw, of five bones, is drawn detached; it articulates by the black surface marked articular with the prominence just above- the quadratic bone. Observe that from this quadrate a series of bones quadrato-jugal, jugal, maxillary-makes a slender rod running to the premaxillary; this is the zygoma, or jugal bar. Observe from the quadrate also another series, composed of pterygoid and palatine bones, to the premaxillary; this is the pterygo-palatine bar; it slides along a median fixed axis of the skull, the rostrum, which bears the loose vomer at its end. The under mandible, quadrate, pterygoid, and vomer are the only movable bones of this skull. But when the quadrate rocks back and forth, as it does by its upper joint, its lower end pulls and pushes upon the upper mandible, by means of the jugal and pterygo-palatine bars, setting the whole scaffolding of the upper jaw in motion. This motion hinges upon the elasticity of the bones of the forehead, at the thin place just where the reference-lines from the words "lacrymal" and "mesethmoid" cross each other. The dark oval space behind the quadrate is the external orifice of the ear; the parts in it to which the three reference-lines go are diagrammatic, not actual representations; thus, the quadrate articulates with a large pro-otic as well as with the squamosal. The great excavation at the middle of the figure, containing the cirlet of the unshaded bones, is the left orbital cavity, orbit, or socket of the eye. The mesethmoid includes most of the background of this cavity, shaded diagonally. The upper one of the two processes of bone extending into it from behind is post-frontal or sphenotic process; the under one (just over the quadrate) is the squamosal process. A bone not shown, the presphenoid, lies just in front of the oval black space over the end of basisphenoid. This black oval is the optic foramen, through which the nerve of sight passes from the brain-cavity to the eye. The black dot a little behind the optic foramen is the orifice of exit of a part of the trifacial nerve. The black mark under the letters "on" of the word "frontal" is the olfactory foramen, where the nerve of smell emerges from the brain-box to go to the nose. The nasal cavity is the black space behind nasal and covered by that bone, and in the oval blank before it. The parts of the beak covered by horn are only premaxillary, nasal, and dentary. The condyle articulates with the first cervical vertebra; just above it, not shown, is the foramen magnum, or great hole through which the spinal medulla, or main nervous cord, passes from the spinal column. The basioccipital is hidden, excepting its condyle; so is much of the basisphenoid. The prolongation forward of the basisphenoid, marked "rostrum," and bearing the vomer at its end, is the parasphenoid, as far as its thickened under border is concerned. Between the fore end of the pterygoid and the basisphenoidal rostrum, is the site of the basipterygoid process, by which the bones concerned articulate by smooth facets; further forward, the palatines ride freely upon the parasphenoidal rostrum. In any passerine bird , the vomer would be thick in front, and forked behind, riding like the palatine upon the rostrum. The palatine seems to run into the maxillary in this view; but it continues on to premaxillary. The maxillo-palatine is an important bone which cannot be seen in the figure because it extends horizontally into the paper from the maxillary about where the reference life "maxillary" goes to that bone. The general line from the condyle to the end of the vomer is the cranial axis, basis cranii, or base of the cranium. This skull is widest across the post-frontal; next most so across the bulge of the jugal bar." Elliot Coues, 1884

Skull of a Common Fowl

"Fig. 62 Skull of common fowl, enlarged. from nature by Dr. R.W. Shufeldt, U.S.A. The names of bones…

"Fig 63 - Skull of a duck (Clangula islandica), nat. size; Dr. R.W. Shufeldt, U.S.A. a, premaxillary bone; b, partly ossified internasal septum; b', pervious part of nostril; c, end of premaxillary, perforated form numerous branches of second division of the fifth cranial nerve; d, dentary bone of under mandible; e, groove of nerves, etc.; f, a vacuity between dentary and other pieces of the mandible; g, articular surface; h, recurved "angle of the jaw;" i, occipital protuberance; j, vacuity in supraoccipital bone; k, muscular impression on back of skull; l is over the black ear-cavity; m, post-frontal process; n, quadrate bone; o, pterygoid; p, palatine; q, quadrato-jugal; r, jugal; s, maxillary; t, fronto-parietal dome of the brain-cavity; u; u, the lacrymal bone, immense in a duck, nearly completing rim of the orbit by approaching m; v, vomer; w, supra-orbital depression for the nasal gland; x, cranio-facial hinge; y, optic foramen; z, etc. interorbital vacuities." Elliot Coues, 1884

Duck Skull

"Fig 63 - Skull of a duck (Clangula islandica), nat. size; Dr. R.W. Shufeldt, U.S.A. a, premaxillary…

"Fig 72 - Hyoid bones of a goose, nat. size; Dr. R.W. Shufeldt, U.S.A. a, cartilaginous end-piece of b, the great glosso-hyal, which has absorbed or replaced cerato-hyals or "lesser cornua"; c, basihyal, movably articulated with b, and combined completely with d, basibranchial, commonly called "urohyal;" e, ceratobranchial: f, epibranchial; e and f are together known as " thyrohayals," or "greater cornua." Elliot Coues, 1884

Goose Hyoid

"Fig 72 - Hyoid bones of a goose, nat. size; Dr. R.W. Shufeldt, U.S.A. a, cartilaginous end-piece of…

This letter W is enclosed in a box with a background design of a human skeleton.

Letter W

This letter W is enclosed in a box with a background design of a human skeleton.

This is an illustration of "The Arabian Nights" by artist J.D. Batten. It is a collection of pre-Islamic folk tales. This drawing seems to depict a man being attacked by an animal in a human form.

The Arabian Nights

This is an illustration of "The Arabian Nights" by artist J.D. Batten. It is a collection of pre-Islamic…

"An expression of great massiveness is the main characteristics of this Florentine style, which was principally applied in the architecture of the palaces. The forms which were borrowed from the Roman columnar construction do not in this style, as they do more or less in the other styles of the Renaissance, constitute a pseudo-architecture. The massiveness, however, of the Florentine palaces conveys rather the notion of a fortress than of a mansion of a wealthy nobleman, and this impression is increased by the smallness of the windows in comparison with the rest of the building. This is especially the case with those façades which are entirely constructed of considerably projecting ashlar of irregular size, and to a less degree in the case of those the lowest storey of which alone displays these large undressed blocks." The palace was designed by Michelozzo di Bartolomeo for Cosimo de' Medici, of the Medici family, and was built between 1445 and 1460. It was well known for its stone masonry that includes rustication and ashlar. The tripartite elevation was used here as a revelation of the Renaissance spirit of rationality, order, and classicism of human scale. This tripartite division is emphasized horizontal stringcourses that divide the building into stories of decreasing height. This makes the building seem lighter as the eye moves up to the extremely heavy cornice that caps and clearly defines the building's outline. Michelozzo di Bartolomeo was influenced in his building of this palace by both Roman principles and Brunelleschian principles. During the Renaissance revival of classical culture, Roman elements were often replicated in architecture, both built and imagined in paintings. In the Palazzo Medici Riccardi, the rusticated masonry and the cornice had precedents in Roman art.

Riccardi Palace at Florence

"An expression of great massiveness is the main characteristics of this Florentine style, which was…

"Ideal plan of the double-ringed body of a vertebrate. N, neural canal; H, haemal canal; the body separating them is the centrum of any vertebra, bearing e, and epapophysis, and y, a hypapophysis; n, n, neurapophyses; d, d, diapophyses; ns, bifid neural spine; pl, pl, pleurapophyses; h, h, haemapophyses; hs, bifid haemal spine. Drawn by Dr. R. W. Shufeldt, USA, After Owen. The Axial Skeleton of a bird or any vertebrated animal, that is, one having a back-bone, exhibits in cross-section two rings or hoops, one above and the other below a central point, like the upper and lower loops of a figure 8. The upper ring is the neural arch, so called because such cylinder encloses a section of the cerebro-spinal axis, or principal nervous system of a vertebrate (brain and spinal cord, whence arise all the nerves of the body, excepting those of the sympathetic nervous system). The lower ring is the haema arch, which similarly contains a section of the principal blood vessals and viscera.

Axial Skeleton

"Ideal plan of the double-ringed body of a vertebrate. N, neural canal; H, haemal canal; the body separating…

"Fig 55. - Actual section of the body in the thoracic region of a bird. N, neural canal; H, haemal canal; c, centrum of a dorsal vertebra; hy, hypapophysis; d, diapophysis; z, zygapophysis; ns, neural spine; r, pleurapophysis, or vertebral part of a free rib, bearing u, uncinate process or epipleura; cr, haemapophyses; or sternal part of the same; st, section of the sternum or breast-bone (haemal spine). Designed by Dr. R. W. Shufeldt, USA. This figure shows such a section, made across the thoracic or chest-region of the trunk. Here the upper ring (neural) is contracted, only surrounding the slender spinal cord, while the lower ring is expanded to enclose the heart and lungs." Elliot Coues, 1884

The Axial Skeleton

"Fig 55. - Actual section of the body in the thoracic region of a bird. N, neural canal; H, haemal canal;…

"Fig 64 - Skull of chick, fifth day of incubation, x 9 diameters. Seen from above, the membranous roof of the skull and the brain removed. cv1, anterior cerebral vesicle; e, eye; c, notochord, running through the middle of the basilar plate or parachordal cartilage, in which are already visible the rudimentary ear-parts, cl, the cochlea, hsc, the horizontal semicircular canal; pts, the pituitary space, bounded by tr, the trabeculae, which come together before it to form the fronto-nasal plate, fn, in fig. 65; lg, lingula or bridge connecting trabeculae with parachordal cartilage; 5 notch afterward becoming foramen ovale for passage of parts of the fifth (trifacial) nerve; 9, foramen for hypoglossal nerve; q, separate cartilage forming the future quadrate bone." Elliot Coues, 1884

Skull of a Chick

"Fig 64 - Skull of chick, fifth day of incubation, x 9 diameters. Seen from above, the membranous roof…

"Skull of a chick, but seen from below. cv1, anterior cerebral vesicle; e, eye; m, mouth; pts, pituitary space; fn, fronto-nasal plate; tr, ends of the trabeculae, free again after their union and bent strongly from the original axis of the trabeculae; n, external nostril; mxp, subocular bar of cartilage, or pterygo-palatine rod, to form pa, palatine, and pg, pterygoid bone, and other parts of the upper jaw, as the maxillary, jugal and quadrato-jugal; q, quadrate cartilage, same as seen in fig 64; mk, meckelian cartilage, to form lower jaw; these parts are in the first post-oral visceral arch; ch, cerato-hyal, and bh, basihyal, of second postoral arch; cbr, cerato-branchial, ebr-branchial, bbr, basi-branchial, of third post-oral arch; the parts of the second and third arch all going into the hyoid bone. 1, 2, 3, 1st, 2d, 3d, visceral clefts, whereof the 1st is to be modified into the ear-passages, and the others are to be obliterated." Elliot Coues, 1884

Skull of a Chick Below

"Skull of a chick, but seen from below. cv1, anterior cerebral vesicle; e, eye; m, mouth; pts, pituitary…

"Fig 66 - Head of a chick, second stage, after five days of incubation, section in profile; x6 diameters. cvl, cv2, cv3, first, second, and third cerebral vesicles; 1, place of the first nerve, the olfactory; 2, place of second nerve, the optic; ic, internal carotid artery, running into skull at what was originally the pituitary space, now an opening bounded in front by the anterior, acl, behind the posterior, pcl, clinoid walls; nc, notochord; oc, occipital condyle, thence to pcl being the original parachordal cartilage, here seen in profile; eo, exoccipital; eth, ethmoid, with ps, its presphenoid region posteriorly, and pn, pre-nasal part; this whole plate afterward developing into parts of the nose and the partition between the eyes; pa, palatine; pg, pterygoid region; pa and pg reference lines are in the chick's mouth; mk meckelian cartilage (lower jaw); ch and bh, ceratohyal and basihyal parts of the hyoid or tongue bone." Elliot Coues, 1884

Chick Head

"Fig 66 - Head of a chick, second stage, after five days of incubation, section in profile; x6 diameters.…

"The post-oral arches of the house martin, at middle of period of incubation, lateral view, X14 diameters. mk, stumpof meckelian or mandibular rod, its articular part, ar already shapen; q, quadrate bone, or suspensorium of lower jaw, with a free anterior orbital process and long posterior otic process articulating with the ear-capsule, of which teo, tympanic wing of occipital, is a part; mst, est, sst, ist, sth, parts of suspensorium of the third post-oral arch, not completed to chy; mst, medio-stapedial, tp come away from teo, bringing a piece with it, the true stapes or columella auris; the oval base of the stapes fitting into the future fenestra ovalis, or oval window looking into the cochlea; sst, supra-stapedial; est, extra-stapedial; ist, infra-stapedial, which will unite with sth, the stylo-hyal; chy and bhym cerato-hyal and basi-hyal, distal parts of the same arch; bbr, br 1, br2, basi-branchial, epi-branchial and cerato-branchial pieces of the third arch, composing the rest of the hyoid bone; tg, tongue." Elliot Coues, 1884

House Martin Skull

"The post-oral arches of the house martin, at middle of period of incubation, lateral view, X14 diameters.…

"Skull of chick, second stage, in profile, brain and membranes removed to show cartilaginous formations, X4 diameters. eth, ethmoid, forming median nose-parts and inter-orbital septum; developing lateral parts, as ale, aliethmoid, als, aliseptum, aln, alinasal, pp, partition between nose and eye; pn, prenasal cartilage; ps, presphenoidal part of midethmoid; 2, optic foramen; as, alisphenoid, walling brain-box in front; pf, post-frontal, bounding orbit behind; pa, pg, palatine and pterygoid; q, quadrate; so, supra-occipital; eo, ex-occipital; oc, occipital condyle, borne upon basi-occipital, and showing nc, remains of notochord; these occipital bound the foramen magnum, and eo expands laterally to form a tympanic wing, circumscribing the external auditory orifice behind and below; hsc, psc, horizontal and posterior vertical semicircular canals of ear; fr, st, fenestra rotunda and fenestra ovalis, leading into inner ear, latter closed by foot of the stapes; mk, ch, bh, bbr, cbr, ebr, parts of jaw and tongue." Elliot Coues, 1884

The Skull of a Chick Stage Two

"Skull of chick, second stage, in profile, brain and membranes removed to show cartilaginous formations,…

"Skull of chick, third stage, viewed from below, x6 & 2/3 diameters. pn, prenasal cartilage, running behind into the septum nasi; on each side of it the premaxillary, px, of which the (inner) palatal and (outer) dentary processes are seen (the upper nasal process hidden); mx, the maxillary, developing inner process, the maxillo-palatine, mxp; pa, the palatal, well-formed, articulating behind with rbs, the sphenoidal rostrum, its thickened under border, the parasphenoid; this will bear the vomer at its end when that bone is developed; j, jugal, joining mx and qj, the quadrato-jugal, joining j and q, the quadrate; mx to q, the jugal bar or zygoma; pg, the pterygoid, making with pa the pterygo-palatine bar, joining q and px; bt, the basitemporal, great mat of bone from ear to ear, underflooring the skull proper, as rbs, a similar formation, does further forward; ic, outer end of carotid canal, to run between the bt plate and true floor of skull, and enter brain cavity at original site of pituitary fossa; ty, tympanic cavity - external opening of ear; as, alisphenoid, bounding much of brain-box anteriorly, and orbital cavity posteriorly; psc, posterior semicircular canal of ear, in opisthotic bone, which will unite with the spreading eo, exoccipital, which will reach the cobdyle shown in the middle line, above the foramen magnum, fm, completed above by so, supra-occipital; 8, foramen lacerum posterius, exit of pneumogastric, glosso-pharyngeal and spinall accessory nerve; 9, exit of hypoglossal nerve, in basi-occipital." Elliot Coues, 1884

The Skull of a Chick Stage Three

"Skull of chick, third stage, viewed from below, x6 & 2/3 diameters. pn, prenasal cartilage, running…

"Phalacrocorax bicristatus. Cormorant. The knee-joint of a Cormorants. F, femur; P, patella; T, tibia; Fb, fibula

The Knee-joint of a Cormorant

"Phalacrocorax bicristatus. Cormorant. The knee-joint of a Cormorants. F, femur; P, patella; T, tibia;…

"Phalacrocorax bicristatus. Red-Faced Cormorant. Sternum and the shoulder from the skeleton of a Cormorant." Elliot Coues, 1884

Cormorant Sternum and Shoulder

"Phalacrocorax bicristatus. Red-Faced Cormorant. Sternum and the shoulder from the skeleton of a Cormorant."…

"Phalacrocorax bicristatus. Red-Faced Cormorant. Skull showing sto, occipital style or nuchal bone; The style is somewhat tilted upward from its natural position." Elliot Coues, 1884

Cormorant Skull

"Phalacrocorax bicristatus. Red-Faced Cormorant. Skull showing sto, occipital style or nuchal bone;…

"Ripe chick's skull, longitudinal section, vied inside, x 3 diameters; after parker. In the mandible are seen: mk, remarks of meckelian rod; d, dentary bone; sp, splenial; a, angular; su, surangular; ar, articular; iap, internal articular process; pap, posterior articular process. In the skull: pn, the original prenasal cartilage, upon which is moulded the premaxillary, px, with its nasal process, npx, and dentary process, dpx; sn, septo-nasal cartilage, in which is seen nn, nasal nerve; ntb, nasal turbinal; the reference line crosses the cranio-facial suture, the face parts and cranial parts being nealry separated here by the nick seen in the original cartilaginous plate; eth, ethmoid; pe, perpendicular plate of ethmoid, which will spread nearly throughout the dotted cartilaginous tract in which it lies, to form nearly all the interorbital septum; transverse thickening (in some birds) below the reference line eth will form the pre-frontal, or orbito-nasal septum; iof, inter-orbital foramen; ps, pre sphenoidal region, just above which is the orbito-sphenoidal region; 2, optic foramen; as, alisphenoid, with 5 foramen for division of the 5th (trifacial) nerve; f, frontal; sq, squamosal; p, parietal; so, superoccipital; asc, anterior semicircular canal; sc, a sinus (venous canal); ep, epiotic; eo, exoccipital; op, opisthotic; po, prootic, with 7 meatus auditorius internus, for entrance of 7th nerve; 8, foramen nfor vagus nerve; bo, basioccipital; bt, basitemporal; ic, canal (in original pituitary space; ) by which carotid artery enters brain activity; ap; basipterygoid process; ap to rbs, rostrum ofhte skull, being the parasphenoid bone underflooring the basisphenoid and future perpendicular plate of ethmoid." Elliot Coues, 1884

Ripe Chick's Skull

"Ripe chick's skull, longitudinal section, vied inside, x 3 diameters; after parker. In the mandible…

"Ripe chick's skull, longitudinal section, vied inside, x 3 diameters; after Parker. px, premaxillary; aln, ali-nasal cartilage; en, septo-nasal; n, nasal bone; l, lacrymal; pe, perpendicular plate of ethmoid, ps, prespeenoidal region; as, alisphenoid; f, frontal; p, parietal; sq, squamosal; so, superoccipital; eo, exoccipital; oc, occipital condyle; st, the cross-like object, the stapes, whose foot fits fenestra ovalis; q, quadrate; pg, pterygoid; qj, quadrato-jugal; jugal; pa, palatine; mx, maxillary. In the mandible: d, dentary; su, surangular; a, angular; ar, atricular; iap, internal angular process; pap, posterior angular process. 2, optic foramen; 5, foramen ovale, for inferior divisions of the 5th nerve." Elliot Coues, 1884

Ripe Chick's Skull Profile

"Ripe chick's skull, longitudinal section, vied inside, x 3 diameters; after Parker. px, premaxillary;…

"Side view of a woodpecker's skull, showing the long slender basihyal (bh), bearing slight elements at its fore end, no uroyhal, and extraordinarily long thyrohyals (cbr, ebr) curving up over back of skull and curling together around orbit of the right eye." Elliot Coues, 1884

The Skull of a Woodpecker

"Side view of a woodpecker's skull, showing the long slender basihyal (bh), bearing slight elements…

"Top view of skull of Cloaptes, (flickers) showing thyrohyals running along the skull and into right nostril to end of the bill." Elliot Coues, 1884

Top View of a Woodpecker Skull

"Top view of skull of Cloaptes, (flickers) showing thyrohyals running along the skull and into right…

"F. Fibula; T, tibia, with a, its cnemial process, and P, large patella, of a grebe." Elliot Coues, 1884

Leg Bones of a Grebe

"F. Fibula; T, tibia, with a, its cnemial process, and P, large patella, of a grebe." Elliot Coues,…

"Dromaeognathous skull of ostrich, nat. size specimen no. 16,629, U.S. Nat Museum, by Dr. R. W. Shufeldt, U.S.A. RR, rostrum, beyond which the ossified nasal septum continues in the axis of the skull to the letters "Pmx." V, the short vomer, borne upon R, uniting laterally with Mxp, the broad maxillo-palatines; Pl, palatines, remote from rostrum, underrunning beyond Mxp, but not to Pmx. Pt, expanded scroll-like pterygoids, atriculating behind with Btp, the strong basipterygoid processes on the body (not rostum) of the sphenoid; they underlap R, but do not articulate there. Pmx, premaxillaries; Mx, maxillaries, whose ends run forward to opposite the letters "Pmx"; jugal; qj, quadrato-jugal; Qu, quadrate. (N.B. This is the most exceptional case of dromaeognathism. Each of the Ratite families - Struthionidae, Rheidae, Casuariidae, Dinornithidae, and Apterygidae, - as well as the Carinate family Tinamidae, offers a special case of such formation, as explained in the text.)." Elliot Coues, 1884

The Skull Structure of an Ostrich

"Dromaeognathous skull of ostrich, nat. size specimen no. 16,629, U.S. Nat Museum, by Dr. R. W. Shufeldt,…

"Dromaeognathous skull of a tinamou (Tinamus robustus); copies by Shufeldt from Huxley. Letters as before; Mxp, maxillo-palatine. The tinamous, Dromaeognathae "have a completely struthious palate"; vomer very broad, uniting in front with broad maxillo-palatine plates as in Dromaeus; behind articulating with posterior ends of palatines and anterior ends of pterygoids, both of which are thus prevented, as in all Ratitae, from any extensive connection with the rostrum; basipterygoid processes springing from body of sphenoid, not from its rostrum, articulating with pterygoids very near the posterior or outer ends of the latter; head of quadrate with a single articular facet, as in Ratitae." Elliot Coues, 1884

The Skull of a Tinamou

"Dromaeognathous skull of a tinamou (Tinamus robustus); copies by Shufeldt from Huxley. Letters as before;…

"Schizognathous skull of common fowl, nat. size, from nature, by Dr. R.W. Shufeldt, U.S.A. Letters as before; Pa, palatine. Schizognathism is a kind of " cleft palate" shown by the columbine and gallinaceous birds, by the wader at large, and many of the swimmers. In this general case, the vomer, whether large or small, tapers to a point in front, while behind it embraces the basisphenoidal rostrum, between the palatines; these bones and the pterygoids are directly articulated with one another and with the basisphenoidal rostrum, not being borne upon the divergent posterior ends of the vomer; the maxillo-palatines, usually elongated and lamelar, pass inwards over (under, when the skull is viewed upside-down, as it usually is) the anterior part of the palatines, with which they unite and then bend backwards, along the inner edge of the palatines, leaving a broader or narrower fissure between themselves and the vomer, on each side, and do not unite with one another or with the vomer." Elliot Coues, 1884

Common Fowl Skull

"Schizognathous skull of common fowl, nat. size, from nature, by Dr. R.W. Shufeldt, U.S.A. Letters as…

"Desmognathous skull of mallard duck, Anas boscas, nat. size, from nature, by Dr. R.W. Shufeldt, U.S.A. Letters before. In the "bound-palate" type, the vomer in either abortive, or so small that it disappears; when existing it is usually slender and tapers to a point in front; the maxillo-palatines are united across the median line, either directly or by means of ossification in the nasal septum; the posterior ends of the palatines and the anterior ends of the pterygoids articulate directly with the rostrum (as in schizognathism). This type is simply and perfectly exhibited by a duck in which the maxillo-palatine is a broad flat plate united with its fellow in mid-line; the oval sessile basipterygoid facets are far forward, opposite the very ends of the pterygoids." Elliot Coues, 1884

Mallard Duck Skull

"Desmognathous skull of mallard duck, Anas boscas, nat. size, from nature, by Dr. R.W. Shufeldt, U.S.A.…

"Saurognathous skull of a nesting Picus minor. x4 diameters, after Parker. Px premaxillary: dpx, its dentary process; ppx, palatal process; sn, septo-nasal; pa, palatine; pmx, peculiar palatal plate of maxillary of a woodpecker; nf, nasal turbinal; mx, maxillary; ipa, interpalatal spur of palatine bone; mxp, rudimentary maxillo-palatine, scarcely reaching palatine; smx, septo-maxillary, in several pieces; v, right vomer, its fellow opposite; pe, lower border of perpendicular plate of ethmoid, between vomers; epa, ethmoidal (inner) plate of palatine; mpa, medio-palatine; pg pterygoid; i, foramen for internal carotid; 8 for vagus nerve; 9, for hypo-glossal nerve." Elliot Coues, 1884

Woodpecker Skull

"Saurognathous skull of a nesting Picus minor. x4 diameters, after Parker. Px premaxillary: dpx, its…

"Aegithognathous skull of raven, Corvus corax, nat. size, from nature, by Dr. R. W. Shufeldt, U.S.A. Letters as before. N.B. The reference line, V, goes to the ossified nasal septum borne upon the end of the vomer, which latter bone begins at the thickest part of the central projection. Mxp underlies V and overlies Pl, but touches neither." Elliot Coues, 1884

The Skull of a Raven

"Aegithognathous skull of raven, Corvus corax, nat. size, from nature, by Dr. R. W. Shufeldt, U.S.A.…

"Mature stapes of fowl, about x4; after Parker. st, its foot, fitting fenestra ovalis; mst, main shaft, or medio-stapedial element; sst, supra-stapedial; est, extra-stapedial; ist, infra-stapedial, its end representing a rudimentary stylo-hyal; f, a fenestra in the extra-stapedial." Elliot Coues, 1884

The Ear Bone of Fowl

"Mature stapes of fowl, about x4; after Parker. st, its foot, fitting fenestra ovalis; mst, main shaft,…

"Membranous labyrinth of Haliaetus albicilla (White-tailed Eagle), X2. a,b, cochlea; b, its saccular extremity (or lagena); c, vestibule; g, its utricle; d, anterior of superior vertical semicircular canal; e, external or horizontal semicircular canal; f, posterior of inferior vertical semicircular canal; h, membranous canal leading into aqueduct of the vestibule; k, vascular membrane covering the scala vestibuli; opposite this, at i, are seen the edges of the cartilaginous prisms in the fenestra rotunda; from the edges of these cartilages proceeds the delicate membrane closing the opening of the cochlea (not shown in the fi.)" Elliot Coues, 1884

The Inner Ear of an Eagle

"Membranous labyrinth of Haliaetus albicilla (White-tailed Eagle), X2. a,b, cochlea; b, its saccular…

"Membranous labyrinth of Haliaetus albicilla (White-tailed Eagle), X2. a,b, cochlea; b, its saccular extremity (or lagena); c, vestibule; g, its utricle; d, anterior of superior vertical semicircular canal; e, external or horizontal semicircular canal; f, posterior of inferior vertical semicircular canal; h, membranous canal leading into aqueduct of the vestibule; k, vascular membrane covering the scala vestibuli; opposite this, at i, are seen the edges of the cartilaginous prisms in the fenestra rotunda; from the edges of these cartilages proceeds the delicate membrane closing the opening of the cochlea (not shown in the fi.)" Elliot Coues, 1884

The Inner Ear of a White-tailed Eagle

"Membranous labyrinth of Haliaetus albicilla (White-tailed Eagle), X2. a,b, cochlea; b, its saccular…

""Views of sternum and pectoral arch of the ptarmigan, Lagapus albus, reduced. Lateral view, with the bones upside down. a, sternum or breast-bone showing two long slender lateral processes; b, ends of sternal ribs; c, ends of humerous, or upper arm-bone, near the shoulder-joint; d, scapula, or shoulder-blade; e, coracoid; f, merry-thought, or furculum." Elliot Coues, 1884

Willow Grouse Sternum

""Views of sternum and pectoral arch of the ptarmigan, Lagapus albus, reduced. Lateral view, with the…

"Oldest known ornithological treatise, illustrating also the art of lithography in the Jurassic period, engraved by Archaeopteryx Lithographica. From the original slab in the British Museum." Elliot Coues, 1884

Archaeopteryx Lithographica

"Oldest known ornithological treatise, illustrating also the art of lithography in the Jurassic period,…

This wrist machine features a handle spring fitted to test the wrist tension of any personnel. Machine indicates spring resistance, after a coin is inserted. This spring device has a body constructed to represent the figure of a man.

Coin Operated Spring Testing Wrist Machine

This wrist machine features a handle spring fitted to test the wrist tension of any personnel. Machine…

The representation of an outstretched human arm the hand of which holds a bunch of herbs. Herbs are plants that are valued for flavor, scent, and other qualities, they are used in cooking, medicines, and spiritual purposes.

Human Arm Reaching for Herb Medicine

The representation of an outstretched human arm the hand of which holds a bunch of herbs. Herbs are…

This is a human powered vehicle with four wheels. The most common type of a velocipede today is the bicycle. Railroads in North America often made use of this four wheeled handcar designed to be operated by a single person.

Four Wheeled Railroad Velocipede

This is a human powered vehicle with four wheels. The most common type of a velocipede today is the…

Water tanks are liquid storage containers, these tanks are usually storing water for human consumption. A water tank produces for the storage of drinking water, irrigation agriculture, fire suppression, agricultural farming and livestock, chemical manufacturing, food preparation as well as many other solutions.

Water Tank

Water tanks are liquid storage containers, these tanks are usually storing water for human consumption.…

A hairbrush is a stick brush with rigid bristles used in hair care for brushing ,styling, and detangling human hair, or for brushing as domestic animals fur.

Hairbrush Backface

A hairbrush is a stick brush with rigid bristles used in hair care for brushing ,styling, and detangling…

A musical instrument is an object constructed or used for the purpose of making the sounds of music. In principle, anything that produces sound can serve as a musical instrument. The history of musical instruments dates back to the beginnings of human culture. The academic study of musical instruments is called organology.

Musical Instrument

A musical instrument is an object constructed or used for the purpose of making the sounds of music.…

This machine is used to make toothpicks. A toothpick is a small stick of wood, plastic, bamboo, metal or other substance used to remove detritus from the teeth, usually after a meal. Some toothpicks are made from animal bones as opposed to wood. A toothpick usually has one or two sharp ends to insert between teeth. They can also be used for picking up small appetizers or as a cocktail stick.

Toothpick Making Machine

This machine is used to make toothpicks. A toothpick is a small stick of wood, plastic, bamboo, metal…

A crane is a lifting machine, generally equipped with a winder, wire ropes or chains and sheaves, that can be used both to lift and lower materials and to move them horizontally. It uses one or more simple machines to create mechanical advantage and thus move loads beyond the normal capability of a human. Cranes are commonly employed in the transport industry for the loading and unloading of freight, in the construction industry for the movement of materials and in the manufacturing industry for the assembling of heavy equipment.

Crane for Lifting Cars

A crane is a lifting machine, generally equipped with a winder, wire ropes or chains and sheaves, that…

A horseshoe is a U-shaped item made of metal or of modern synthetic materials, nailed or glued to the hooves of horses and some other draught animals. Like a shoe on a human, it is used to protect the animal's feet from wear and tear. Professional horseshoers, also called farriers or blacksmiths (more commonly used in the UK), attach horseshoes on the pal mar surface of the hoof, usually by nailing through the insensitive hoof wall, which is anatomically similar to the human toenail, though much larger and thicker.

Horseshoe

A horseshoe is a U-shaped item made of metal or of modern synthetic materials, nailed or glued to the…

Edison invented and developed the carbon microphone used in all telephones along with the Bell receiver until the 1980s. After protracted patent litigation, in 1892 a federal court ruled that Edison and not Emile Berliner—was the inventor of the carbon microphone. The carbon microphone was also used in radio broadcasting and public address work through the 1920s.

Telephone Transmitter Carbon Microphone

Edison invented and developed the carbon microphone used in all telephones along with the Bell receiver…

A horseshoe is a U-shaped item made of metal or of modern synthetic materials, nailed or glued to the hooves of horses and some other draught animals. Like a shoe on a human, it is used to protect the animal's feet from wear and tear. Professional horseshoers, also called farriers or blacksmiths, attach horseshoes on the palmar surface of the hoof, usually by nailing through the insensitive hoof wall, which is anatomically similar to the human toenail, though much larger and thicker

Horseshoe Calk

A horseshoe is a U-shaped item made of metal or of modern synthetic materials, nailed or glued to the…

A flush toilet is a toilet that disposes of human waste by using water to flush it through a drainpipe to another location. Flushing mechanisms are found more often on western toilets (used in the sitting position), but many squat toilets also are made for automated flushing.

Water Closet Flushing Tank

A flush toilet is a toilet that disposes of human waste by using water to flush it through a drainpipe…