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Post orbital process Stock Photos and Images
Two halves of a badger skull laying on grass Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/two-halves-of-a-badger-skull-laying-on-grass-image384153184.htmlRF2D8YK8G–Two halves of a badger skull laying on grass
Vulture Skeleton to show bones of bird which is post orbital process, vintage line drawing or engraving illustration. Stock Vectorhttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/vulture-skeleton-to-show-bones-of-bird-which-is-post-orbital-process-vintage-line-drawing-or-engraving-illustration-image348621188.htmlRF2B751TM–Vulture Skeleton to show bones of bird which is post orbital process, vintage line drawing or engraving illustration.
Memoirs of the Museum of Comparative Zoölogy, at Harvard College, Cambridge, Mass . siibtropeals. qpg- exbr. extrabranchials. r. or rl ebs. ceratobranchials. sbr. fo. foramen. sc. g- gill lamellae. so. hbr. hyobranehials. sp. hm. hyomandibular. X. int. intestine. labials. lateral expansion of rostral. laterarstay. lower jaws. Meckelian. mesopterygium (nsp. pi. 67). nietapterygiuni. maxillaries, quadratopterygoids. prenarial cartilages. nasal valves. opercular cartilages. epibranchials. posterior branchial support. pectoral arch, shoulder girdle. post orbital process. projiterygium. postspiracu Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/memoirs-of-the-museum-of-comparative-zology-at-harvard-college-cambridge-mass-siibtropeals-qpg-exbr-extrabranchials-r-or-rl-ebs-ceratobranchials-sbr-fo-foramen-sc-g-gill-lamellae-so-hbr-hyobranehials-sp-hm-hyomandibular-x-int-intestine-labials-lateral-expansion-of-rostral-laterarstay-lower-jaws-meckelian-mesopterygium-nsp-pi-67-nietapterygiuni-maxillaries-quadratopterygoids-prenarial-cartilages-nasal-valves-opercular-cartilages-epibranchials-posterior-branchial-support-pectoral-arch-shoulder-girdle-post-orbital-process-projiterygium-postspiracu-image339166848.htmlRM2AKPANM–Memoirs of the Museum of Comparative Zoölogy, at Harvard College, Cambridge, Mass . siibtropeals. qpg- exbr. extrabranchials. r. or rl ebs. ceratobranchials. sbr. fo. foramen. sc. g- gill lamellae. so. hbr. hyobranehials. sp. hm. hyomandibular. X. int. intestine. labials. lateral expansion of rostral. laterarstay. lower jaws. Meckelian. mesopterygium (nsp. pi. 67). nietapterygiuni. maxillaries, quadratopterygoids. prenarial cartilages. nasal valves. opercular cartilages. epibranchials. posterior branchial support. pectoral arch, shoulder girdle. post orbital process. projiterygium. postspiracu
. Zoology : for students and general readers . Zoology. COMPOSITION OF THE SKULL. 399 ing gill-slits or spiracles, but are closed in the higher Verte- brates. As a rule, the skull is symmetrical, exceptions being found in the flounders and the bones about the nose of cer-. i'i?. 386.—Skull of the Lion. 2, occipital condjie ; 7, Parietal bone and sagittal crest ; 8, pf.rocci.iital ; 2?', squamosal bone ; a?, zygi>matic arch ; 26, malar bone ; 11, ttontal bone ; 12, post-orbital process; 15, nasal bone; 21, maxillary bone; 22, premaxillary bone ; 32, mandible ; 3, occipital crest; c, canine t Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/zoology-for-students-and-general-readers-zoology-composition-of-the-skull-399-ing-gill-slits-or-spiracles-but-are-closed-in-the-higher-verte-brates-as-a-rule-the-skull-is-symmetrical-exceptions-being-found-in-the-flounders-and-the-bones-about-the-nose-of-cer-ii-386skull-of-the-lion-2-occipital-condjie-7-parietal-bone-and-sagittal-crest-8-pfrocciiital-2-squamosal-bone-a-zygigtmatic-arch-26-malar-bone-11-ttontal-bone-12-post-orbital-process-15-nasal-bone-21-maxillary-bone-22-premaxillary-bone-32-mandible-3-occipital-crest-c-canine-t-image216373652.htmlRMPG0JPC–. Zoology : for students and general readers . Zoology. COMPOSITION OF THE SKULL. 399 ing gill-slits or spiracles, but are closed in the higher Verte- brates. As a rule, the skull is symmetrical, exceptions being found in the flounders and the bones about the nose of cer-. i'i?. 386.—Skull of the Lion. 2, occipital condjie ; 7, Parietal bone and sagittal crest ; 8, pf.rocci.iital ; 2?', squamosal bone ; a?, zygi>matic arch ; 26, malar bone ; 11, ttontal bone ; 12, post-orbital process; 15, nasal bone; 21, maxillary bone; 22, premaxillary bone ; 32, mandible ; 3, occipital crest; c, canine t
. The elasmobranch fishes . Fig. 192a. Veins dorsal to roof of cranium, Squalus sucMii. Fig. 192b. Veins in roof of buccal cavity, Squalus sucldii. bp.v., buccopharyngeal vein; dl.v., dorsolateral rostral vein; dm.v., dorsomedian rostral vein; fn., basal fenestra; fo. VII, exit of superficial ophthalmic nerve; Us., attachment, superior levator labialis muscle; n.a., nasal aperture; n.c, nasal capsule ; nm.v., nasomaxil- lary vein; n.v., nasal vein; on.v., orbitonasal (facial) vein; p.f., parietal fossa; po.p., post- orbital process; s., sinus; so.v., supraorbital vein; sr.v., subrostral vein. Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/the-elasmobranch-fishes-fig-192a-veins-dorsal-to-roof-of-cranium-squalus-sucmii-fig-192b-veins-in-roof-of-buccal-cavity-squalus-sucldii-bpv-buccopharyngeal-vein-dlv-dorsolateral-rostral-vein-dmv-dorsomedian-rostral-vein-fn-basal-fenestra-fo-vii-exit-of-superficial-ophthalmic-nerve-us-attachment-superior-levator-labialis-muscle-na-nasal-aperture-nc-nasal-capsule-nmv-nasomaxil-lary-vein-nv-nasal-vein-onv-orbitonasal-facial-vein-pf-parietal-fossa-pop-post-orbital-process-s-sinus-sov-supraorbital-vein-srv-subrostral-vein-image178413474.htmlRMMA7C5P–. The elasmobranch fishes . Fig. 192a. Veins dorsal to roof of cranium, Squalus sucMii. Fig. 192b. Veins in roof of buccal cavity, Squalus sucldii. bp.v., buccopharyngeal vein; dl.v., dorsolateral rostral vein; dm.v., dorsomedian rostral vein; fn., basal fenestra; fo. VII, exit of superficial ophthalmic nerve; Us., attachment, superior levator labialis muscle; n.a., nasal aperture; n.c, nasal capsule ; nm.v., nasomaxil- lary vein; n.v., nasal vein; on.v., orbitonasal (facial) vein; p.f., parietal fossa; po.p., post- orbital process; s., sinus; so.v., supraorbital vein; sr.v., subrostral vein.
Archive image from page 513 of The cyclopædia of anatomy and. The cyclopædia of anatomy and physiology cyclopdiaofana0402todd Year: 1849 Front, side, and basal views of the skull of the Trog- lodytes gorilla. (After Owen.} ' 10. The larger post-glenoid process, and the longer auditory process (tympanic bone), with their relative position, one behind, but not below, the other. '11. The position of the stronger zygo- mata opposite the middle third of the basis cranii. ' 12. The prominent supra-orbital ridge. ' 13. The longer nasal bones, anchylosed together, and flattened at their lower half Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/archive-image-from-page-513-of-the-cyclopdia-of-anatomy-and-the-cyclopdia-of-anatomy-and-physiology-cyclopdiaofana0402todd-year-1849-front-side-and-basal-views-of-the-skull-of-the-trog-lodytes-gorilla-after-owen-10-the-larger-post-glenoid-process-and-the-longer-auditory-process-tympanic-bone-with-their-relative-position-one-behind-but-not-below-the-other-11-the-position-of-the-stronger-zygo-mata-opposite-the-middle-third-of-the-basis-cranii-12-the-prominent-supra-orbital-ridge-13-the-longer-nasal-bones-anchylosed-together-and-flattened-at-their-lower-half-image259316826.htmlRMW1TW76–Archive image from page 513 of The cyclopædia of anatomy and. The cyclopædia of anatomy and physiology cyclopdiaofana0402todd Year: 1849 Front, side, and basal views of the skull of the Trog- lodytes gorilla. (After Owen.} ' 10. The larger post-glenoid process, and the longer auditory process (tympanic bone), with their relative position, one behind, but not below, the other. '11. The position of the stronger zygo- mata opposite the middle third of the basis cranii. ' 12. The prominent supra-orbital ridge. ' 13. The longer nasal bones, anchylosed together, and flattened at their lower half
Two halves of a badger skull laying on grass Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/two-halves-of-a-badger-skull-laying-on-grass-image384153199.htmlRF2D8YK93–Two halves of a badger skull laying on grass
. Transactions of the Royal Society of New Zealand . titm$ f $m |baiatttr %mtiM$f Vol. xxv., PL III,. Anoinaiopteryx didifor mis Paeker.—On a Crest of Feathers in certain Moas. o to but smaller and less distinct than those of Mesopteryx,species b, only reaching as far back as the anterior border ofthe post-orbital process, and not extending on to the lacry-mal. Another skull of Anomalopteryx didiformis in Mr. Hamil-tons collection has no trace of the pits ; they are also absentin a skull in the Otago University Museum probably referableto D. torosus; and I have failed to find any trace of them Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/transactions-of-the-royal-society-of-new-zealand-titm-f-m-baiatttr-mtimf-vol-xxv-pl-iii-anoinaiopteryx-didifor-mis-paekeron-a-crest-of-feathers-in-certain-moas-o-to-but-smaller-and-less-distinct-than-those-of-mesopteryxspecies-b-only-reaching-as-far-back-as-the-anterior-border-ofthe-post-orbital-process-and-not-extending-on-to-the-lacry-mal-another-skull-of-anomalopteryx-didiformis-in-mr-hamil-tons-collection-has-no-trace-of-the-pits-they-are-also-absentin-a-skull-in-the-otago-university-museum-probably-referableto-d-torosus-and-i-have-failed-to-find-any-trace-of-them-image369686791.htmlRM2CDCK7K–. Transactions of the Royal Society of New Zealand . titm$ f $m |baiatttr %mtiM$f Vol. xxv., PL III,. Anoinaiopteryx didifor mis Paeker.—On a Crest of Feathers in certain Moas. o to but smaller and less distinct than those of Mesopteryx,species b, only reaching as far back as the anterior border ofthe post-orbital process, and not extending on to the lacry-mal. Another skull of Anomalopteryx didiformis in Mr. Hamil-tons collection has no trace of the pits ; they are also absentin a skull in the Otago University Museum probably referableto D. torosus; and I have failed to find any trace of them
. Zoology : for students and general readers . Zoology. i'i?. 386.—Skull of the Lion. 2, occipital condjie ; 7, Parietal bone and sagittal crest ; 8, pf.rocci.iital ; 2?', squamosal bone ; a?, zygi>matic arch ; 26, malar bone ; 11, ttontal bone ; 12, post-orbital process; 15, nasal bone; 21, maxillary bone; 22, premaxillary bone ; 32, mandible ; 3, occipital crest; c, canine teeth ; p'^, second pre- molar ; nil, molar tooth.—After Owen. tain whales and porpoises. The base of the skull is perfo- rated for the exit of the nerves proceeding from the base of the brain, and the hinder bone [ocvi Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/zoology-for-students-and-general-readers-zoology-ii-386skull-of-the-lion-2-occipital-condjie-7-parietal-bone-and-sagittal-crest-8-pfrocciiital-2-squamosal-bone-a-zygigtmatic-arch-26-malar-bone-11-ttontal-bone-12-post-orbital-process-15-nasal-bone-21-maxillary-bone-22-premaxillary-bone-32-mandible-3-occipital-crest-c-canine-teeth-p-second-pre-molar-nil-molar-toothafter-owen-tain-whales-and-porpoises-the-base-of-the-skull-is-perfo-rated-for-the-exit-of-the-nerves-proceeding-from-the-base-of-the-brain-and-the-hinder-bone-ocvi-image216373646.htmlRMPG0JP6–. Zoology : for students and general readers . Zoology. i'i?. 386.—Skull of the Lion. 2, occipital condjie ; 7, Parietal bone and sagittal crest ; 8, pf.rocci.iital ; 2?', squamosal bone ; a?, zygi>matic arch ; 26, malar bone ; 11, ttontal bone ; 12, post-orbital process; 15, nasal bone; 21, maxillary bone; 22, premaxillary bone ; 32, mandible ; 3, occipital crest; c, canine teeth ; p'^, second pre- molar ; nil, molar tooth.—After Owen. tain whales and porpoises. The base of the skull is perfo- rated for the exit of the nerves proceeding from the base of the brain, and the hinder bone [ocvi
Two halves of a badger skull laying on grass Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/two-halves-of-a-badger-skull-laying-on-grass-image384153133.htmlRF2D8YK6N–Two halves of a badger skull laying on grass
. Stray feathers. Journal of ornithology for India and its dependencies . ation. Yg. 4.—Under view of skull of Corvus corax, to show ^gi-thognathous modification. Fio. 5.—Under view of skull of Drom<sus novcB-hollandiee, toshow Dromaeognathous modification. bo. basi-occipital. pa. parietal, b.pt. basi-pterygoid process. pf. post-orbital process of fron-b.sph. basi-sphenoid. tal. ^ en. occipital condyle. pi. palatine, eo. ex-occipital. p.mx. pre-maxilla. eth. ethmoid. pt. pterygoid, eu. eustachian opening. qj. quadrato jugal. f.m. foramen magnum. qu. quadrate, fr. frontal. so. supra-occipit Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/stray-feathers-journal-of-ornithology-for-india-and-its-dependencies-ation-yg-4under-view-of-skull-of-corvus-corax-to-show-gi-thognathous-modification-fio-5under-view-of-skull-of-dromltsus-novcb-hollandiee-toshow-dromaeognathous-modification-bo-basi-occipital-pa-parietal-bpt-basi-pterygoid-process-pf-post-orbital-process-of-fron-bsph-basi-sphenoid-tal-en-occipital-condyle-pi-palatine-eo-ex-occipital-pmx-pre-maxilla-eth-ethmoid-pt-pterygoid-eu-eustachian-opening-qj-quadrato-jugal-fm-foramen-magnum-qu-quadrate-fr-frontal-so-supra-occipit-image375324344.htmlRM2CPHE0T–. Stray feathers. Journal of ornithology for India and its dependencies . ation. Yg. 4.—Under view of skull of Corvus corax, to show ^gi-thognathous modification. Fio. 5.—Under view of skull of Drom<sus novcB-hollandiee, toshow Dromaeognathous modification. bo. basi-occipital. pa. parietal, b.pt. basi-pterygoid process. pf. post-orbital process of fron-b.sph. basi-sphenoid. tal. ^ en. occipital condyle. pi. palatine, eo. ex-occipital. p.mx. pre-maxilla. eth. ethmoid. pt. pterygoid, eu. eustachian opening. qj. quadrato jugal. f.m. foramen magnum. qu. quadrate, fr. frontal. so. supra-occipit
![. The cyclopædia of anatomy and physiology. Anatomy; Physiology; Zoology. Front, side, and basal views of the skull of the Trog- lodytes gorilla. (After Owen.} " 10. The larger post-glenoid process, and the longer auditory process (tympanic bone), with their relative position, one behind, but not below, the other.. "11. The position of the stronger zygo- mata opposite the middle third of the basis cranii. ' 12. The prominent supra-orbital ridge. " 13. The longer nasal bones, anchylosed together, and flattened at their lower half. " 14. The greater proportional size, and gre Stock Photo](https://c8.alamy.com/comp/PFM89A/the-cyclopdia-of-anatomy-and-physiology-anatomy-physiology-zoology-front-side-and-basal-views-of-the-skull-of-the-trog-lodytes-gorilla-after-owen-quot-10-the-larger-post-glenoid-process-and-the-longer-auditory-process-tympanic-bone-with-their-relative-position-one-behind-but-not-below-the-other-quot11-the-position-of-the-stronger-zygo-mata-opposite-the-middle-third-of-the-basis-cranii-12-the-prominent-supra-orbital-ridge-quot-13-the-longer-nasal-bones-anchylosed-together-and-flattened-at-their-lower-half-quot-14-the-greater-proportional-size-and-gre-PFM89A.jpg ". The cyclopædia of anatomy and physiology. Anatomy; Physiology; Zoology. Front, side, and basal views of the skull of the Trog- lodytes gorilla. (After Owen.} " 10. The larger post-glenoid process, and the longer auditory process (tympanic bone), with their relative position, one behind, but not below, the other.. "11. The position of the stronger zygo- mata opposite the middle third of the basis cranii. ' 12. The prominent supra-orbital ridge. " 13. The longer nasal bones, anchylosed together, and flattened at their lower half. " 14. The greater proportional size, and gre Stock Photo")
. The cyclopædia of anatomy and physiology. Anatomy; Physiology; Zoology. Front, side, and basal views of the skull of the Trog- lodytes gorilla. (After Owen.} " 10. The larger post-glenoid process, and the longer auditory process (tympanic bone), with their relative position, one behind, but not below, the other.. "11. The position of the stronger zygo- mata opposite the middle third of the basis cranii. ' 12. The prominent supra-orbital ridge. " 13. The longer nasal bones, anchylosed together, and flattened at their lower half. " 14. The greater proportional size, and gre Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/the-cyclopdia-of-anatomy-and-physiology-anatomy-physiology-zoology-front-side-and-basal-views-of-the-skull-of-the-trog-lodytes-gorilla-after-owen-quot-10-the-larger-post-glenoid-process-and-the-longer-auditory-process-tympanic-bone-with-their-relative-position-one-behind-but-not-below-the-other-quot11-the-position-of-the-stronger-zygo-mata-opposite-the-middle-third-of-the-basis-cranii-12-the-prominent-supra-orbital-ridge-quot-13-the-longer-nasal-bones-anchylosed-together-and-flattened-at-their-lower-half-quot-14-the-greater-proportional-size-and-gre-image216189830.htmlRMPFM89A–. The cyclopædia of anatomy and physiology. Anatomy; Physiology; Zoology. Front, side, and basal views of the skull of the Trog- lodytes gorilla. (After Owen.} " 10. The larger post-glenoid process, and the longer auditory process (tympanic bone), with their relative position, one behind, but not below, the other.. "11. The position of the stronger zygo- mata opposite the middle third of the basis cranii. ' 12. The prominent supra-orbital ridge. " 13. The longer nasal bones, anchylosed together, and flattened at their lower half. " 14. The greater proportional size, and gre
. Bulletin of the British Museum (Natural History), Geology. PPo. Buchanosteus murrumbidgeensis sp. nov. Text-fig. 27. Restoration of undersurface of neurocranium flattened out with outline of skull- roof superimposed; orbito-temporal region based on Hills's (1936) specimen. Known areas heavily stippled. (For explanation of lettering see pp. 303-304.) among which we may note the larger suborbital shelves, the single posterior post- orbital process, the complete enclosure of the jugular vein in the two postorbital processes, the very short occipital region, the entirely different cross-section Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/bulletin-of-the-british-museum-natural-history-geology-ppo-buchanosteus-murrumbidgeensis-sp-nov-text-fig-27-restoration-of-undersurface-of-neurocranium-flattened-out-with-outline-of-skull-roof-superimposed-orbito-temporal-region-based-on-hillss-1936-specimen-known-areas-heavily-stippled-for-explanation-of-lettering-see-pp-303-304-among-which-we-may-note-the-larger-suborbital-shelves-the-single-posterior-post-orbital-process-the-complete-enclosure-of-the-jugular-vein-in-the-two-postorbital-processes-the-very-short-occipital-region-the-entirely-different-cross-section-image233986445.htmlRMRGK02N–. Bulletin of the British Museum (Natural History), Geology. PPo. Buchanosteus murrumbidgeensis sp. nov. Text-fig. 27. Restoration of undersurface of neurocranium flattened out with outline of skull- roof superimposed; orbito-temporal region based on Hills's (1936) specimen. Known areas heavily stippled. (For explanation of lettering see pp. 303-304.) among which we may note the larger suborbital shelves, the single posterior post- orbital process, the complete enclosure of the jugular vein in the two postorbital processes, the very short occipital region, the entirely different cross-section
. Bulletin of the British Museum (Natural History). THE MORPHOLOGY OF THE HEAD OF THE HAWFINCH 375 Adductor Group has no doubt contributed towards the massive development of this bone. The post-orbital process of the squamosal is unusually large and this feature may be correlated with the powerful muscle, the pars medius of the M. mandibulae externus, which has a tendinous origin on it. The pars medius is inserted into the post. orb. proc. proc. end.. pars ant. proc. md. Int. pars post. for. md. Fig. 2. Coccothraustes coccothraustes. a, cranium and upper jaw, lateral view from the right side, Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/bulletin-of-the-british-museum-natural-history-the-morphology-of-the-head-of-the-hawfinch-375-adductor-group-has-no-doubt-contributed-towards-the-massive-development-of-this-bone-the-post-orbital-process-of-the-squamosal-is-unusually-large-and-this-feature-may-be-correlated-with-the-powerful-muscle-the-pars-medius-of-the-m-mandibulae-externus-which-has-a-tendinous-origin-on-it-the-pars-medius-is-inserted-into-the-post-orb-proc-proc-end-pars-ant-proc-md-int-pars-post-for-md-fig-2-coccothraustes-coccothraustes-a-cranium-and-upper-jaw-lateral-view-from-the-right-side-image233986952.htmlRMRGK0MT–. Bulletin of the British Museum (Natural History). THE MORPHOLOGY OF THE HEAD OF THE HAWFINCH 375 Adductor Group has no doubt contributed towards the massive development of this bone. The post-orbital process of the squamosal is unusually large and this feature may be correlated with the powerful muscle, the pars medius of the M. mandibulae externus, which has a tendinous origin on it. The pars medius is inserted into the post. orb. proc. proc. end.. pars ant. proc. md. Int. pars post. for. md. Fig. 2. Coccothraustes coccothraustes. a, cranium and upper jaw, lateral view from the right side,
![. Bulletin of the British Museum (Natural History). the morphology of the head of the hawfinch 377 Description of the Adductor Group M. ADUCTOR MANDIBULAE EXTERNUS (Text-fig. 3) (i) Pars superficialis The rostral part is fan-like and arises from the cranium over most of the anterior half of the frontal. The area of attachment is confined anteriorally and mesially by the frontal crest, and laterally by the flattened rim of the orbit. The fibres pass forwards and downwards between the post-orbital process of the squamosal post. orb. proc. Pf. " . Dp. md. Fig. 3. Coccothraustes coccothraust Stock Photo](https://c8.alamy.com/comp/RGK0MC/bulletin-of-the-british-museum-natural-history-the-morphology-of-the-head-of-the-hawfinch-377-description-of-the-adductor-group-m-aductor-mandibulae-externus-text-fig-3-i-pars-superficialis-the-rostral-part-is-fan-like-and-arises-from-the-cranium-over-most-of-the-anterior-half-of-the-frontal-the-area-of-attachment-is-confined-anteriorally-and-mesially-by-the-frontal-crest-and-laterally-by-the-flattened-rim-of-the-orbit-the-fibres-pass-forwards-and-downwards-between-the-post-orbital-process-of-the-squamosal-post-orb-proc-pf-quot-dp-md-fig-3-coccothraustes-coccothraust-RGK0MC.jpg ". Bulletin of the British Museum (Natural History). the morphology of the head of the hawfinch 377 Description of the Adductor Group M. ADUCTOR MANDIBULAE EXTERNUS (Text-fig. 3) (i) Pars superficialis The rostral part is fan-like and arises from the cranium over most of the anterior half of the frontal. The area of attachment is confined anteriorally and mesially by the frontal crest, and laterally by the flattened rim of the orbit. The fibres pass forwards and downwards between the post-orbital process of the squamosal post. orb. proc. Pf. " . Dp. md. Fig. 3. Coccothraustes coccothraust Stock Photo")
. Bulletin of the British Museum (Natural History). the morphology of the head of the hawfinch 377 Description of the Adductor Group M. ADUCTOR MANDIBULAE EXTERNUS (Text-fig. 3) (i) Pars superficialis The rostral part is fan-like and arises from the cranium over most of the anterior half of the frontal. The area of attachment is confined anteriorally and mesially by the frontal crest, and laterally by the flattened rim of the orbit. The fibres pass forwards and downwards between the post-orbital process of the squamosal post. orb. proc. Pf. " . Dp. md. Fig. 3. Coccothraustes coccothraust Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/bulletin-of-the-british-museum-natural-history-the-morphology-of-the-head-of-the-hawfinch-377-description-of-the-adductor-group-m-aductor-mandibulae-externus-text-fig-3-i-pars-superficialis-the-rostral-part-is-fan-like-and-arises-from-the-cranium-over-most-of-the-anterior-half-of-the-frontal-the-area-of-attachment-is-confined-anteriorally-and-mesially-by-the-frontal-crest-and-laterally-by-the-flattened-rim-of-the-orbit-the-fibres-pass-forwards-and-downwards-between-the-post-orbital-process-of-the-squamosal-post-orb-proc-pf-quot-dp-md-fig-3-coccothraustes-coccothraust-image233986940.htmlRMRGK0MC–. Bulletin of the British Museum (Natural History). the morphology of the head of the hawfinch 377 Description of the Adductor Group M. ADUCTOR MANDIBULAE EXTERNUS (Text-fig. 3) (i) Pars superficialis The rostral part is fan-like and arises from the cranium over most of the anterior half of the frontal. The area of attachment is confined anteriorally and mesially by the frontal crest, and laterally by the flattened rim of the orbit. The fibres pass forwards and downwards between the post-orbital process of the squamosal post. orb. proc. Pf. " . Dp. md. Fig. 3. Coccothraustes coccothraust
. [Collected reprints, 1912-1919. Mammals; Mammals; Birds. Field Museum oe Natural History — Zoology, Vol. Xi.. upper view of skull of a Wolf. a. Interparietal; b, sagittal crest; c, parietal; d, zygomatic process of squamosal; e. nasal; h, zygoma or zygomatic arch; i, frontal; j, postorbital process of frontal; k, malar or jugal (the post- orbital process of the jugal is shown but not lettered); o, maxilla or maxillary bone; p. premaxilla.. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/collected-reprints-1912-1919-mammals-mammals-birds-field-museum-oe-natural-history-zoology-vol-xi-upper-view-of-skull-of-a-wolf-a-interparietal-b-sagittal-crest-c-parietal-d-zygomatic-process-of-squamosal-e-nasal-h-zygoma-or-zygomatic-arch-i-frontal-j-postorbital-process-of-frontal-k-malar-or-jugal-the-post-orbital-process-of-the-jugal-is-shown-but-not-lettered-o-maxilla-or-maxillary-bone-p-premaxilla-please-note-that-these-images-are-extracted-from-scanned-page-images-that-may-have-been-digitally-enhanced-for-readability-coloration-and-appearance-of-image232302025.htmlRMRDX7GW–. [Collected reprints, 1912-1919. Mammals; Mammals; Birds. Field Museum oe Natural History — Zoology, Vol. Xi.. upper view of skull of a Wolf. a. Interparietal; b, sagittal crest; c, parietal; d, zygomatic process of squamosal; e. nasal; h, zygoma or zygomatic arch; i, frontal; j, postorbital process of frontal; k, malar or jugal (the post- orbital process of the jugal is shown but not lettered); o, maxilla or maxillary bone; p. premaxilla.. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of
. An elementary course of practical zoology. Zoology. TJ* Fig. 152.—A and B, two stages in the development of the chondrocranium, A. eye; AF. antorbital process; B. basal plate, formed from the parachordals ; C. notochord ; Ci. anterior process of trabecula; N, Nk. nose ; O. ear; 01. position of foramina for olfactory nerves ; PE. parachordal cartilage ; PJ^. post- orbital process ; PR. pituitary space ; S. nasal septum ; Tr. trabecula. (From Wiedersheim's Anatomy.) respectively with one another, and so form a firm floor (B) for the future brain-case, which is gradually developed by the floor Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/an-elementary-course-of-practical-zoology-zoology-tj-fig-152a-and-b-two-stages-in-the-development-of-the-chondrocranium-a-eye-af-antorbital-process-b-basal-plate-formed-from-the-parachordals-c-notochord-ci-anterior-process-of-trabecula-n-nk-nose-o-ear-01-position-of-foramina-for-olfactory-nerves-pe-parachordal-cartilage-pj-post-orbital-process-pr-pituitary-space-s-nasal-septum-tr-trabecula-from-wiedersheims-anatomy-respectively-with-one-another-and-so-form-a-firm-floor-b-for-the-future-brain-case-which-is-gradually-developed-by-the-floor-image232113448.htmlRMRDHK20–. An elementary course of practical zoology. Zoology. TJ* Fig. 152.—A and B, two stages in the development of the chondrocranium, A. eye; AF. antorbital process; B. basal plate, formed from the parachordals ; C. notochord ; Ci. anterior process of trabecula; N, Nk. nose ; O. ear; 01. position of foramina for olfactory nerves ; PE. parachordal cartilage ; PJ^. post- orbital process ; PR. pituitary space ; S. nasal septum ; Tr. trabecula. (From Wiedersheim's Anatomy.) respectively with one another, and so form a firm floor (B) for the future brain-case, which is gradually developed by the floor
. Zoology : for students and general readers . Zoology. COMPOSITION OF THE SKULL. 399 ing gill-slits or spiracles, but are closed in the higher Verte- brates. As a rule, the skull is symmetrical, exceptions being found in the flounders and the bones about the nose of cer-. i'i?. 386.—Skull of the Lion. 2, occipital condjie ; 7, Parietal bone and sagittal crest ; 8, pf.rocci.iital ; 2?', squamosal bone ; a?, zygi>matic arch ; 26, malar bone ; 11, ttontal bone ; 12, post-orbital process; 15, nasal bone; 21, maxillary bone; 22, premaxillary bone ; 32, mandible ; 3, occipital crest; c, canine t Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/zoology-for-students-and-general-readers-zoology-composition-of-the-skull-399-ing-gill-slits-or-spiracles-but-are-closed-in-the-higher-verte-brates-as-a-rule-the-skull-is-symmetrical-exceptions-being-found-in-the-flounders-and-the-bones-about-the-nose-of-cer-ii-386skull-of-the-lion-2-occipital-condjie-7-parietal-bone-and-sagittal-crest-8-pfrocciiital-2-squamosal-bone-a-zygigtmatic-arch-26-malar-bone-11-ttontal-bone-12-post-orbital-process-15-nasal-bone-21-maxillary-bone-22-premaxillary-bone-32-mandible-3-occipital-crest-c-canine-t-image231937323.htmlRMRD9JBR–. Zoology : for students and general readers . Zoology. COMPOSITION OF THE SKULL. 399 ing gill-slits or spiracles, but are closed in the higher Verte- brates. As a rule, the skull is symmetrical, exceptions being found in the flounders and the bones about the nose of cer-. i'i?. 386.—Skull of the Lion. 2, occipital condjie ; 7, Parietal bone and sagittal crest ; 8, pf.rocci.iital ; 2?', squamosal bone ; a?, zygi>matic arch ; 26, malar bone ; 11, ttontal bone ; 12, post-orbital process; 15, nasal bone; 21, maxillary bone; 22, premaxillary bone ; 32, mandible ; 3, occipital crest; c, canine t
. Zoology : for students and general readers . Zoology. i'i?. 386.—Skull of the Lion. 2, occipital condjie ; 7, Parietal bone and sagittal crest ; 8, pf.rocci.iital ; 2?', squamosal bone ; a?, zygi>matic arch ; 26, malar bone ; 11, ttontal bone ; 12, post-orbital process; 15, nasal bone; 21, maxillary bone; 22, premaxillary bone ; 32, mandible ; 3, occipital crest; c, canine teeth ; p'^, second pre- molar ; nil, molar tooth.—After Owen. tain whales and porpoises. The base of the skull is perfo- rated for the exit of the nerves proceeding from the base of the brain, and the hinder bone [ocvi Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/zoology-for-students-and-general-readers-zoology-ii-386skull-of-the-lion-2-occipital-condjie-7-parietal-bone-and-sagittal-crest-8-pfrocciiital-2-squamosal-bone-a-zygigtmatic-arch-26-malar-bone-11-ttontal-bone-12-post-orbital-process-15-nasal-bone-21-maxillary-bone-22-premaxillary-bone-32-mandible-3-occipital-crest-c-canine-teeth-p-second-pre-molar-nil-molar-toothafter-owen-tain-whales-and-porpoises-the-base-of-the-skull-is-perfo-rated-for-the-exit-of-the-nerves-proceeding-from-the-base-of-the-brain-and-the-hinder-bone-ocvi-image231937318.htmlRMRD9JBJ–. Zoology : for students and general readers . Zoology. i'i?. 386.—Skull of the Lion. 2, occipital condjie ; 7, Parietal bone and sagittal crest ; 8, pf.rocci.iital ; 2?', squamosal bone ; a?, zygi>matic arch ; 26, malar bone ; 11, ttontal bone ; 12, post-orbital process; 15, nasal bone; 21, maxillary bone; 22, premaxillary bone ; 32, mandible ; 3, occipital crest; c, canine teeth ; p'^, second pre- molar ; nil, molar tooth.—After Owen. tain whales and porpoises. The base of the skull is perfo- rated for the exit of the nerves proceeding from the base of the brain, and the hinder bone [ocvi
. [Collected reprints, 1912-1919. Mammals; Mammals; Birds. upper view of skull of a Wolf. a. Interparietal; b, sagittal crest; c, parietal; d, zygomatic process of squamosal; e. nasal; h, zygoma or zygomatic arch; i, frontal; j, postorbital process of frontal; k, malar or jugal (the post- orbital process of the jugal is shown but not lettered); o, maxilla or maxillary bone; p. premaxilla.. Under view of skull of a Wolf. a, Supraoccipital; b, foramen magnum; c, paraoccipital process- d zvtrnmntJo mosal; e, occipital condyle; f, mastoid process; g, auditory bulla- h 'zvWr^ n ^^°^^^^ °^ squa- i Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/collected-reprints-1912-1919-mammals-mammals-birds-upper-view-of-skull-of-a-wolf-a-interparietal-b-sagittal-crest-c-parietal-d-zygomatic-process-of-squamosal-e-nasal-h-zygoma-or-zygomatic-arch-i-frontal-j-postorbital-process-of-frontal-k-malar-or-jugal-the-post-orbital-process-of-the-jugal-is-shown-but-not-lettered-o-maxilla-or-maxillary-bone-p-premaxilla-under-view-of-skull-of-a-wolf-a-supraoccipital-b-foramen-magnum-c-paraoccipital-process-d-zvtrnmntjo-mosal-e-occipital-condyle-f-mastoid-process-g-auditory-bulla-h-zvwr-n-squa-i-image232302020.htmlRMRDX7GM–. [Collected reprints, 1912-1919. Mammals; Mammals; Birds. upper view of skull of a Wolf. a. Interparietal; b, sagittal crest; c, parietal; d, zygomatic process of squamosal; e. nasal; h, zygoma or zygomatic arch; i, frontal; j, postorbital process of frontal; k, malar or jugal (the post- orbital process of the jugal is shown but not lettered); o, maxilla or maxillary bone; p. premaxilla.. Under view of skull of a Wolf. a, Supraoccipital; b, foramen magnum; c, paraoccipital process- d zvtrnmntJo mosal; e, occipital condyle; f, mastoid process; g, auditory bulla- h 'zvWr^ n ^^°^^^^ °^ squa- i
. The elasmobranch fishes. Chondrichthyes. fo. VII po p.. Fig. 192a. Veins dorsal to roof of cranium, Squalus sucMii. Fig. 192b. Veins in roof of buccal cavity, Squalus sucldii. bp.v., buccopharyngeal vein; dl.v., dorsolateral rostral vein; dm.v., dorsomedian rostral vein; fn., basal fenestra; fo. VII, exit of superficial ophthalmic nerve; Us., attachment, superior levator labialis muscle; n.a., nasal aperture; n.c, nasal capsule ; nm.v., nasomaxil- lary vein; n.v., nasal vein; on.v., orbitonasal (facial) vein; p.f., parietal fossa; po.p., post- orbital process; s., sinus; so.v., supraorbital Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/the-elasmobranch-fishes-chondrichthyes-fo-vii-po-p-fig-192a-veins-dorsal-to-roof-of-cranium-squalus-sucmii-fig-192b-veins-in-roof-of-buccal-cavity-squalus-sucldii-bpv-buccopharyngeal-vein-dlv-dorsolateral-rostral-vein-dmv-dorsomedian-rostral-vein-fn-basal-fenestra-fo-vii-exit-of-superficial-ophthalmic-nerve-us-attachment-superior-levator-labialis-muscle-na-nasal-aperture-nc-nasal-capsule-nmv-nasomaxil-lary-vein-nv-nasal-vein-onv-orbitonasal-facial-vein-pf-parietal-fossa-pop-post-orbital-process-s-sinus-sov-supraorbital-image231892287.htmlRMRD7GYB–. The elasmobranch fishes. Chondrichthyes. fo. VII po p.. Fig. 192a. Veins dorsal to roof of cranium, Squalus sucMii. Fig. 192b. Veins in roof of buccal cavity, Squalus sucldii. bp.v., buccopharyngeal vein; dl.v., dorsolateral rostral vein; dm.v., dorsomedian rostral vein; fn., basal fenestra; fo. VII, exit of superficial ophthalmic nerve; Us., attachment, superior levator labialis muscle; n.a., nasal aperture; n.c, nasal capsule ; nm.v., nasomaxil- lary vein; n.v., nasal vein; on.v., orbitonasal (facial) vein; p.f., parietal fossa; po.p., post- orbital process; s., sinus; so.v., supraorbital
. The Bashford Dean memorial volume : archaic fishes. Fishes; Sharks; Fishes, Fossil. 128 Bashford Dean Memorial Volume. Text'figure 12. The head roof of Dinichthys intermedius Nwb., outside view. Plates: C, central; EB, externo-basal; Ex, external angle of head roof; Jp, joint process; M, marginal; MB, median-basal; mp, median point; ns, nostril impression; Or, orbit; P, pineal; PM, post-marginal; PrO, pre-orbital; PtO, post-orbital; PrP, pre-orbital process; PtP, post-orbital process; R, rostral. Canals: I, pre-orbital; II-III, sub-post-orbital; IV-VI-VII, marginal; V, port-marginal; VIII, e Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/the-bashford-dean-memorial-volume-archaic-fishes-fishes-sharks-fishes-fossil-128-bashford-dean-memorial-volume-textfigure-12-the-head-roof-of-dinichthys-intermedius-nwb-outside-view-plates-c-central-eb-externo-basal-ex-external-angle-of-head-roof-jp-joint-process-m-marginal-mb-median-basal-mp-median-point-ns-nostril-impression-or-orbit-p-pineal-pm-post-marginal-pro-pre-orbital-pto-post-orbital-prp-pre-orbital-process-ptp-post-orbital-process-r-rostral-canals-i-pre-orbital-ii-iii-sub-post-orbital-iv-vi-vii-marginal-v-port-marginal-viii-e-image235246739.htmlRMRJMBH7–. The Bashford Dean memorial volume : archaic fishes. Fishes; Sharks; Fishes, Fossil. 128 Bashford Dean Memorial Volume. Text'figure 12. The head roof of Dinichthys intermedius Nwb., outside view. Plates: C, central; EB, externo-basal; Ex, external angle of head roof; Jp, joint process; M, marginal; MB, median-basal; mp, median point; ns, nostril impression; Or, orbit; P, pineal; PM, post-marginal; PrO, pre-orbital; PtO, post-orbital; PrP, pre-orbital process; PtP, post-orbital process; R, rostral. Canals: I, pre-orbital; II-III, sub-post-orbital; IV-VI-VII, marginal; V, port-marginal; VIII, e
. Bulletin. Natural history; Natuurlijke historie. 16 PEABODY MUSEUM OF NATURAL HISTORY. Fig. 1. Allodelphui prnffl (holotype), dorsal view. x3/8. Ant. f. anterior foramen Pa parietal Ant. no. anterior notch Pal. loc. location of palatine Ch choana Pal. vac. palatine vacuity Ex. oc. exoccipital Pmx premaxilla F. m. foramen magnum P. or. pr. post-orbital process Fr frontal Pr. s presphenoid Max maxilla Pt. pterygoid Mes mesethmoid S. oc. supraoccipital N notch for jugular leash S. or. pr. supraorbital process Na nasal Sq. squamosal O.c. occipital condyle Vo. vomer Ol. fo. olfactory foramen Zyg Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/bulletin-natural-history-natuurlijke-historie-16-peabody-museum-of-natural-history-fig-1-allodelphui-prnffl-holotype-dorsal-view-x38-ant-f-anterior-foramen-pa-parietal-ant-no-anterior-notch-pal-loc-location-of-palatine-ch-choana-pal-vac-palatine-vacuity-ex-oc-exoccipital-pmx-premaxilla-f-m-foramen-magnum-p-or-pr-post-orbital-process-fr-frontal-pr-s-presphenoid-max-maxilla-pt-pterygoid-mes-mesethmoid-s-oc-supraoccipital-n-notch-for-jugular-leash-s-or-pr-supraorbital-process-na-nasal-sq-squamosal-oc-occipital-condyle-vo-vomer-ol-fo-olfactory-foramen-zyg-image234226998.htmlRMRH1XWX–. Bulletin. Natural history; Natuurlijke historie. 16 PEABODY MUSEUM OF NATURAL HISTORY. Fig. 1. Allodelphui prnffl (holotype), dorsal view. x3/8. Ant. f. anterior foramen Pa parietal Ant. no. anterior notch Pal. loc. location of palatine Ch choana Pal. vac. palatine vacuity Ex. oc. exoccipital Pmx premaxilla F. m. foramen magnum P. or. pr. post-orbital process Fr frontal Pr. s presphenoid Max maxilla Pt. pterygoid Mes mesethmoid S. oc. supraoccipital N notch for jugular leash S. or. pr. supraorbital process Na nasal Sq. squamosal O.c. occipital condyle Vo. vomer Ol. fo. olfactory foramen Zyg
. Local and regional anesthesia; with chapters on spinal, epidural, paravertebral, and parasacral analgesia, and other applications of local and regional anesthesia to the surgery of the eye, ear, nose and throat, and to dental practice. Fig. 218.—Normal course of the internal maxillary arten,- on the outer side of the ext.pterygoid muscle: i, Coronoid process; 2, temporal muscle; 3, deep ant. branch temp,art.; 4, infra-orbital artery; 5, post. sup. alveolar art.; 6, buccinator art. and nerve; 7,buccinator muscle; 8, superficial temp, art.; 9, internal maxillary art.; 10, massetermuscle; n, in Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/local-and-regional-anesthesia-with-chapters-on-spinal-epidural-paravertebral-and-parasacral-analgesia-and-other-applications-of-local-and-regional-anesthesia-to-the-surgery-of-the-eye-ear-nose-and-throat-and-to-dental-practice-fig-218normal-course-of-the-internal-maxillary-arten-on-the-outer-side-of-the-extpterygoid-muscle-i-coronoid-process-2-temporal-muscle-3-deep-ant-branch-tempart-4-infra-orbital-artery-5-post-sup-alveolar-art-6-buccinator-art-and-nerve-7buccinator-muscle-8-superficial-temp-art-9-internal-maxillary-art-10-massetermuscle-n-in-image337100418.htmlRM2AGC70J–. Local and regional anesthesia; with chapters on spinal, epidural, paravertebral, and parasacral analgesia, and other applications of local and regional anesthesia to the surgery of the eye, ear, nose and throat, and to dental practice. Fig. 218.—Normal course of the internal maxillary arten,- on the outer side of the ext.pterygoid muscle: i, Coronoid process; 2, temporal muscle; 3, deep ant. branch temp,art.; 4, infra-orbital artery; 5, post. sup. alveolar art.; 6, buccinator art. and nerve; 7,buccinator muscle; 8, superficial temp, art.; 9, internal maxillary art.; 10, massetermuscle; n, in
. Local and regional anesthesia : with chapters on spinal, epidural, paravertebral, and parasacral analgesia, and on other applications of local and regional anesthesia to the surgery of the eye, ear, nose and throat, and to dental practice. Fig. 213.—Normal course of the internal maxillary artery on the outer side of the ext.pterygoid muscle: 1, Coronoid process; 2, temporal muscle; 3, deep ant. branch temp, art.;4, infra-orbital artery; 5, post. sup. alveolar art.; 6, buccinator art. and nerve; 7, buccinatormuscle; 8, superficial temp, art.; 9, internal maxillary art.; 10, masseter muscle; 1 Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/local-and-regional-anesthesia-with-chapters-on-spinal-epidural-paravertebral-and-parasacral-analgesia-and-on-other-applications-of-local-and-regional-anesthesia-to-the-surgery-of-the-eye-ear-nose-and-throat-and-to-dental-practice-fig-213normal-course-of-the-internal-maxillary-artery-on-the-outer-side-of-the-extpterygoid-muscle-1-coronoid-process-2-temporal-muscle-3-deep-ant-branch-temp-art4-infra-orbital-artery-5-post-sup-alveolar-art-6-buccinator-art-and-nerve-7-buccinatormuscle-8-superficial-temp-art-9-internal-maxillary-art-10-masseter-muscle-1-image336636016.htmlRM2AFK2JT–. Local and regional anesthesia : with chapters on spinal, epidural, paravertebral, and parasacral analgesia, and on other applications of local and regional anesthesia to the surgery of the eye, ear, nose and throat, and to dental practice. Fig. 213.—Normal course of the internal maxillary artery on the outer side of the ext.pterygoid muscle: 1, Coronoid process; 2, temporal muscle; 3, deep ant. branch temp, art.;4, infra-orbital artery; 5, post. sup. alveolar art.; 6, buccinator art. and nerve; 7, buccinatormuscle; 8, superficial temp, art.; 9, internal maxillary art.; 10, masseter muscle; 1
. The structure and classification of birds . teri) or fused with(C glohicera) the maxillo-palatines. In Pauxi galeata thenasal septum, as might be expected, is quite complete andvery strong. There are also in this group of gallinaceous birds a seriesof stages in the development of the zygoma and the post-orbital processes. In Ortalis they are short; in Ahurrialonger and convergent; in Crax Sclateri and Pauxi galeatathey meet distally, and enclose a triangular foramen; finallyin Crax glohicera they are completely fused throughout, andform a stout triangular process. The lacrymals in this famil Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/the-structure-and-classification-of-birds-teri-or-fused-withc-glohicera-the-maxillo-palatines-in-pauxi-galeata-thenasal-septum-as-might-be-expected-is-quite-complete-andvery-strong-there-are-also-in-this-group-of-gallinaceous-birds-a-seriesof-stages-in-the-development-of-the-zygoma-and-the-post-orbital-processes-in-ortalis-they-are-short-in-ahurrialonger-and-convergent-in-crax-sclateri-and-pauxi-galeatathey-meet-distally-and-enclose-a-triangular-foramen-finallyin-crax-glohicera-they-are-completely-fused-throughout-andform-a-stout-triangular-process-the-lacrymals-in-this-famil-image375188271.htmlRM2CPB8D3–. The structure and classification of birds . teri) or fused with(C glohicera) the maxillo-palatines. In Pauxi galeata thenasal septum, as might be expected, is quite complete andvery strong. There are also in this group of gallinaceous birds a seriesof stages in the development of the zygoma and the post-orbital processes. In Ortalis they are short; in Ahurrialonger and convergent; in Crax Sclateri and Pauxi galeatathey meet distally, and enclose a triangular foramen; finallyin Crax glohicera they are completely fused throughout, andform a stout triangular process. The lacrymals in this famil
![. On the anatomy of vertebrates [electronic resource] . Skull of Monkey (Ceropithecusruber). 354. 534 ANATOMY OF VERTEBRATES. The petrosal still shows the cerebellar fossa: its exterior surfaceis no longer swollen into a cellular bulla, but exhibits a well-marked eustachian process. The ento- and post-glenoid processesare well developed. The orbital border is thick and prominent,but the superciliary portions do not meet above the nasal. Inthe skull of a young Gibbon I have seen the exceptional exten-sion of the frontal backward to the occipital, as in fig. 239 ( Cebus).The mandibular symphysis Stock Photo](https://c8.alamy.com/comp/2CNGJGK/on-the-anatomy-of-vertebrates-electronic-resource-skull-of-monkey-ceropithecusruber-354-534-anatomy-of-vertebrates-the-petrosal-still-shows-the-cerebellar-fossa-its-exterior-surfaceis-no-longer-swollen-into-a-cellular-bulla-but-exhibits-a-well-marked-eustachian-process-the-ento-and-post-glenoid-processesare-well-developed-the-orbital-border-is-thick-and-prominentbut-the-superciliary-portions-do-not-meet-above-the-nasal-inthe-skull-of-a-young-gibbon-i-have-seen-the-exceptional-exten-sion-of-the-frontal-backward-to-the-occipital-as-in-fig-239-cebusthe-mandibular-symphysis-2CNGJGK.jpg ". On the anatomy of vertebrates [electronic resource] . Skull of Monkey (Ceropithecusruber). 354. 534 ANATOMY OF VERTEBRATES. The petrosal still shows the cerebellar fossa: its exterior surfaceis no longer swollen into a cellular bulla, but exhibits a well-marked eustachian process. The ento- and post-glenoid processesare well developed. The orbital border is thick and prominent,but the superciliary portions do not meet above the nasal. Inthe skull of a young Gibbon I have seen the exceptional exten-sion of the frontal backward to the occipital, as in fig. 239 ( Cebus).The mandibular symphysis Stock Photo")
. On the anatomy of vertebrates [electronic resource] . Skull of Monkey (Ceropithecusruber). 354. 534 ANATOMY OF VERTEBRATES. The petrosal still shows the cerebellar fossa: its exterior surfaceis no longer swollen into a cellular bulla, but exhibits a well-marked eustachian process. The ento- and post-glenoid processesare well developed. The orbital border is thick and prominent,but the superciliary portions do not meet above the nasal. Inthe skull of a young Gibbon I have seen the exceptional exten-sion of the frontal backward to the occipital, as in fig. 239 ( Cebus).The mandibular symphysis Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/on-the-anatomy-of-vertebrates-electronic-resource-skull-of-monkey-ceropithecusruber-354-534-anatomy-of-vertebrates-the-petrosal-still-shows-the-cerebellar-fossa-its-exterior-surfaceis-no-longer-swollen-into-a-cellular-bulla-but-exhibits-a-well-marked-eustachian-process-the-ento-and-post-glenoid-processesare-well-developed-the-orbital-border-is-thick-and-prominentbut-the-superciliary-portions-do-not-meet-above-the-nasal-inthe-skull-of-a-young-gibbon-i-have-seen-the-exceptional-exten-sion-of-the-frontal-backward-to-the-occipital-as-in-fig-239-cebusthe-mandibular-symphysis-image374691315.htmlRM2CNGJGK–. On the anatomy of vertebrates [electronic resource] . Skull of Monkey (Ceropithecusruber). 354. 534 ANATOMY OF VERTEBRATES. The petrosal still shows the cerebellar fossa: its exterior surfaceis no longer swollen into a cellular bulla, but exhibits a well-marked eustachian process. The ento- and post-glenoid processesare well developed. The orbital border is thick and prominent,but the superciliary portions do not meet above the nasal. Inthe skull of a young Gibbon I have seen the exceptional exten-sion of the frontal backward to the occipital, as in fig. 239 ( Cebus).The mandibular symphysis
. The principles and practice of roentgenological technique . Fig. 205. Fig. 206 HEAD Essential FeaturesSkull ascular groovesSutures Orbital boundariesSella turcicaSphenoidal sinuses^lastoid process.Facial BonesFrontal sinusesEthmoid sinuses^Maxillary sinusesTempro-maxillary articulation. The examination of the head may bemade in the following positions: EXPOSURESCentric: Sagittal 1. Ant. Post. (Occiput and base) 2. Post. Ant. (Sinuses and teeth) Horisontal 3. Infero-superior (Base of skull, sphe-noidal sinus) 4. Supero-inferior (Sphenoidal Sinus) Frontal 5. Sinestro-dextral (Sinuses | 6. Dex Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/the-principles-and-practice-of-roentgenological-technique-fig-205-fig-206-head-essential-featuresskull-ascular-groovessutures-orbital-boundariessella-turcicasphenoidal-sinuseslastoid-processfacial-bonesfrontal-sinusesethmoid-sinusesmaxillary-sinusestempro-maxillary-articulation-the-examination-of-the-head-may-bemade-in-the-following-positions-exposurescentric-sagittal-1-ant-post-occiput-and-base-2-post-ant-sinuses-and-teeth-horisontal-3-infero-superior-base-of-skull-sphe-noidal-sinus-4-supero-inferior-sphenoidal-sinus-frontal-5-sinestro-dextral-sinuses-6-dex-image376061676.htmlRM2CRR2E4–. The principles and practice of roentgenological technique . Fig. 205. Fig. 206 HEAD Essential FeaturesSkull ascular groovesSutures Orbital boundariesSella turcicaSphenoidal sinuses^lastoid process.Facial BonesFrontal sinusesEthmoid sinuses^Maxillary sinusesTempro-maxillary articulation. The examination of the head may bemade in the following positions: EXPOSURESCentric: Sagittal 1. Ant. Post. (Occiput and base) 2. Post. Ant. (Sinuses and teeth) Horisontal 3. Infero-superior (Base of skull, sphe-noidal sinus) 4. Supero-inferior (Sphenoidal Sinus) Frontal 5. Sinestro-dextral (Sinuses | 6. Dex
. The Cambridge natural history. Zoology. 208 FISHES CHAP. vertebra, and between them the remains of the notochord are traceable into the cranial floor. In front of the occipital region two lateral bulgings indicate the periotic cajysules, and more anteriorly still, in the trabecular region, the sides of the cranium are modified to form two spacious lateral recesses, the orbits, each of which is bounded above and belowby supra-orbital and infra-orbital ridges respectively, behind by an outgrowth from the periotic capsule (post-orlital process), and in front by a similar projection from the hin Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/the-cambridge-natural-history-zoology-208-fishes-chap-vertebra-and-between-them-the-remains-of-the-notochord-are-traceable-into-the-cranial-floor-in-front-of-the-occipital-region-two-lateral-bulgings-indicate-the-periotic-cajysules-and-more-anteriorly-still-in-the-trabecular-region-the-sides-of-the-cranium-are-modified-to-form-two-spacious-lateral-recesses-the-orbits-each-of-which-is-bounded-above-and-belowby-supra-orbital-and-infra-orbital-ridges-respectively-behind-by-an-outgrowth-from-the-periotic-capsule-post-orlital-process-and-in-front-by-a-similar-projection-from-the-hin-image232173633.htmlRMRDMBRD–. The Cambridge natural history. Zoology. 208 FISHES CHAP. vertebra, and between them the remains of the notochord are traceable into the cranial floor. In front of the occipital region two lateral bulgings indicate the periotic cajysules, and more anteriorly still, in the trabecular region, the sides of the cranium are modified to form two spacious lateral recesses, the orbits, each of which is bounded above and belowby supra-orbital and infra-orbital ridges respectively, behind by an outgrowth from the periotic capsule (post-orlital process), and in front by a similar projection from the hin
![. The cyclopædia of anatomy and physiology. Anatomy; Physiology; Zoology. Front, side, and basal views of the skull of the Trog- lodytes gorilla. (After Owen.} " 10. The larger post-glenoid process, and the longer auditory process (tympanic bone), with their relative position, one behind, but not below, the other.. "11. The position of the stronger zygo- mata opposite the middle third of the basis cranii. ' 12. The prominent supra-orbital ridge. " 13. The longer nasal bones, anchylosed together, and flattened at their lower half. " 14. The greater proportional size, and gre Stock Photo](https://c8.alamy.com/comp/RD54NM/the-cyclopdia-of-anatomy-and-physiology-anatomy-physiology-zoology-front-side-and-basal-views-of-the-skull-of-the-trog-lodytes-gorilla-after-owen-quot-10-the-larger-post-glenoid-process-and-the-longer-auditory-process-tympanic-bone-with-their-relative-position-one-behind-but-not-below-the-other-quot11-the-position-of-the-stronger-zygo-mata-opposite-the-middle-third-of-the-basis-cranii-12-the-prominent-supra-orbital-ridge-quot-13-the-longer-nasal-bones-anchylosed-together-and-flattened-at-their-lower-half-quot-14-the-greater-proportional-size-and-gre-RD54NM.jpg ". The cyclopædia of anatomy and physiology. Anatomy; Physiology; Zoology. Front, side, and basal views of the skull of the Trog- lodytes gorilla. (After Owen.} " 10. The larger post-glenoid process, and the longer auditory process (tympanic bone), with their relative position, one behind, but not below, the other.. "11. The position of the stronger zygo- mata opposite the middle third of the basis cranii. ' 12. The prominent supra-orbital ridge. " 13. The longer nasal bones, anchylosed together, and flattened at their lower half. " 14. The greater proportional size, and gre Stock Photo")
. The cyclopædia of anatomy and physiology. Anatomy; Physiology; Zoology. Front, side, and basal views of the skull of the Trog- lodytes gorilla. (After Owen.} " 10. The larger post-glenoid process, and the longer auditory process (tympanic bone), with their relative position, one behind, but not below, the other.. "11. The position of the stronger zygo- mata opposite the middle third of the basis cranii. ' 12. The prominent supra-orbital ridge. " 13. The longer nasal bones, anchylosed together, and flattened at their lower half. " 14. The greater proportional size, and gre Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/the-cyclopdia-of-anatomy-and-physiology-anatomy-physiology-zoology-front-side-and-basal-views-of-the-skull-of-the-trog-lodytes-gorilla-after-owen-quot-10-the-larger-post-glenoid-process-and-the-longer-auditory-process-tympanic-bone-with-their-relative-position-one-behind-but-not-below-the-other-quot11-the-position-of-the-stronger-zygo-mata-opposite-the-middle-third-of-the-basis-cranii-12-the-prominent-supra-orbital-ridge-quot-13-the-longer-nasal-bones-anchylosed-together-and-flattened-at-their-lower-half-quot-14-the-greater-proportional-size-and-gre-image231838816.htmlRMRD54NM–. The cyclopædia of anatomy and physiology. Anatomy; Physiology; Zoology. Front, side, and basal views of the skull of the Trog- lodytes gorilla. (After Owen.} " 10. The larger post-glenoid process, and the longer auditory process (tympanic bone), with their relative position, one behind, but not below, the other.. "11. The position of the stronger zygo- mata opposite the middle third of the basis cranii. ' 12. The prominent supra-orbital ridge. " 13. The longer nasal bones, anchylosed together, and flattened at their lower half. " 14. The greater proportional size, and gre
. Bulletin of the British Museum (Natural History), Geology. . 2 mm Fig. I. Hybodus basanus Egerton. Tooth from the first or second file of the upper jaw, right side, in labial (a), lingual (b) and medial (c) view. P.11871, Weald Clay; Pevensey Bay, Sussex. of the palatoquadrate, and from Heterodontus and Hybodus hauffiamis (Jaekel 1906) in which the hyomandibular is stout but equal in height to the otic process of the palatoquadrate. I do not think it is possible, however, to decide whether the palatoquadrate of H. basanus had a post-orbital articulation or not. The otic process was certainly Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/bulletin-of-the-british-museum-natural-history-geology-2-mm-fig-i-hybodus-basanus-egerton-tooth-from-the-first-or-second-file-of-the-upper-jaw-right-side-in-labial-a-lingual-b-and-medial-c-view-p11871-weald-clay-pevensey-bay-sussex-of-the-palatoquadrate-and-from-heterodontus-and-hybodus-hauffiamis-jaekel-1906-in-which-the-hyomandibular-is-stout-but-equal-in-height-to-the-otic-process-of-the-palatoquadrate-i-do-not-think-it-is-possible-however-to-decide-whether-the-palatoquadrate-of-h-basanus-had-a-post-orbital-articulation-or-not-the-otic-process-was-certainly-image233993532.htmlRMRGK93T–. Bulletin of the British Museum (Natural History), Geology. . 2 mm Fig. I. Hybodus basanus Egerton. Tooth from the first or second file of the upper jaw, right side, in labial (a), lingual (b) and medial (c) view. P.11871, Weald Clay; Pevensey Bay, Sussex. of the palatoquadrate, and from Heterodontus and Hybodus hauffiamis (Jaekel 1906) in which the hyomandibular is stout but equal in height to the otic process of the palatoquadrate. I do not think it is possible, however, to decide whether the palatoquadrate of H. basanus had a post-orbital articulation or not. The otic process was certainly
. Atlas and text-book of human anatomy. Anatomy -- Atlases. Frontal border Orbital surface toramen rotitndum of^rditer wing Lester wing Aperture of iphenoiJal sinus baptnor orl-aai Sphenoidal turbinated fiHi-'r bone 4^ Sphenoidal tre-.l Malar border Infratemporal surface Splienomaxillary surface. I>oral surface of ^fcter wing ifratcmporal ridgt Internal pterygoid plate Ft;/. 53. Spinous process l*ter)gopalatine groove t'xternal pterygoid plate Pterygoid fissure Hamular process Squamous border For. Superior orbital rotun- fissure durn Dorsum Post, clinoid proc Ant. clinoid Cerebral iarjact o Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/atlas-and-text-book-of-human-anatomy-anatomy-atlases-frontal-border-orbital-surface-toramen-rotitndum-ofrditer-wing-lester-wing-aperture-of-iphenoijal-sinus-baptnor-orl-aai-sphenoidal-turbinated-fihi-r-bone-4-sphenoidal-tre-l-malar-border-infratemporal-surface-splienomaxillary-surface-igtoral-surface-of-fcter-wing-ifratcmporal-ridgt-internal-pterygoid-plate-ft-53-spinous-process-ltergopalatine-groove-txternal-pterygoid-plate-pterygoid-fissure-hamular-process-squamous-border-for-superior-orbital-rotun-fissure-durn-dorsum-post-clinoid-proc-ant-clinoid-cerebral-iarjact-o-image235398132.htmlRMRJY8M4–. Atlas and text-book of human anatomy. Anatomy -- Atlases. Frontal border Orbital surface toramen rotitndum of^rditer wing Lester wing Aperture of iphenoiJal sinus baptnor orl-aai Sphenoidal turbinated fiHi-'r bone 4^ Sphenoidal tre-.l Malar border Infratemporal surface Splienomaxillary surface. I>oral surface of ^fcter wing ifratcmporal ridgt Internal pterygoid plate Ft;/. 53. Spinous process l*ter)gopalatine groove t'xternal pterygoid plate Pterygoid fissure Hamular process Squamous border For. Superior orbital rotun- fissure durn Dorsum Post, clinoid proc Ant. clinoid Cerebral iarjact o
. The Bashford Dean memorial volume : archaic fishes. Fishes; Sharks; Fishes, Fossil. Bashford Dean Memorial Volume I ^ i ^. Text-figure 37- (Above) Schematic drawings to show how the head of Dinichthys may be crushed under pressure. Text'figure 38. (R.ght) Sections of the head roof in the region of the neurocranial process: A, crushed; B, in reconstruction. C, central; NC, neurocranial cavity; >{fi, neurocranial process; P, pineal; PtO, post-orbital. inwards. In the schematic drawing, Text-figure 37, we see that if the head roof was placed with the inside up (A) or down (B) the result of t Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/the-bashford-dean-memorial-volume-archaic-fishes-fishes-sharks-fishes-fossil-bashford-dean-memorial-volume-i-i-text-figure-37-above-schematic-drawings-to-show-how-the-head-of-dinichthys-may-be-crushed-under-pressure-textfigure-38-rght-sections-of-the-head-roof-in-the-region-of-the-neurocranial-process-a-crushed-b-in-reconstruction-c-central-nc-neurocranial-cavity-gtfi-neurocranial-process-p-pineal-pto-post-orbital-inwards-in-the-schematic-drawing-text-figure-37-we-see-that-if-the-head-roof-was-placed-with-the-inside-up-a-or-down-b-the-result-of-t-image235236644.htmlRMRJKXMM–. The Bashford Dean memorial volume : archaic fishes. Fishes; Sharks; Fishes, Fossil. Bashford Dean Memorial Volume I ^ i ^. Text-figure 37- (Above) Schematic drawings to show how the head of Dinichthys may be crushed under pressure. Text'figure 38. (R.ght) Sections of the head roof in the region of the neurocranial process: A, crushed; B, in reconstruction. C, central; NC, neurocranial cavity; >{fi, neurocranial process; P, pineal; PtO, post-orbital. inwards. In the schematic drawing, Text-figure 37, we see that if the head roof was placed with the inside up (A) or down (B) the result of t
. Atlas and text-book of human anatomy. Anatomy -- Atlases. I>oral surface of ^fcter wing ifratcmporal ridgt Internal pterygoid plate Ft;/. 53. Spinous process l*ter)gopalatine groove t'xternal pterygoid plate Pterygoid fissure Hamular process Squamous border For. Superior orbital rotun- fissure durn Dorsum Post, clinoid proc Ant. clinoid Cerebral iarjact of greater wing Parietal Lesser wi-. Old proc ^, f,i^ angle. I S^ ulais arteriosus H/' ^ Carotid groove Pterygoid canal Internal pterygoid plate I 'aginal process Body ^ •? Spinous process Groove for Eustachian tube Scitphoid fossa Fj . Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/atlas-and-text-book-of-human-anatomy-anatomy-atlases-igtoral-surface-of-fcter-wing-ifratcmporal-ridgt-internal-pterygoid-plate-ft-53-spinous-process-ltergopalatine-groove-txternal-pterygoid-plate-pterygoid-fissure-hamular-process-squamous-border-for-superior-orbital-rotun-fissure-durn-dorsum-post-clinoid-proc-ant-clinoid-cerebral-iarjact-of-greater-wing-parietal-lesser-wi-old-proc-fi-angle-i-s-ulais-arteriosus-h-carotid-groove-pterygoid-canal-internal-pterygoid-plate-i-aginal-process-body-spinous-process-groove-for-eustachian-tube-scitphoid-fossa-fj-image235398116.htmlRMRJY8KG–. Atlas and text-book of human anatomy. Anatomy -- Atlases. I>oral surface of ^fcter wing ifratcmporal ridgt Internal pterygoid plate Ft;/. 53. Spinous process l*ter)gopalatine groove t'xternal pterygoid plate Pterygoid fissure Hamular process Squamous border For. Superior orbital rotun- fissure durn Dorsum Post, clinoid proc Ant. clinoid Cerebral iarjact of greater wing Parietal Lesser wi-. Old proc ^, f,i^ angle. I S^ ulais arteriosus H/' ^ Carotid groove Pterygoid canal Internal pterygoid plate I 'aginal process Body ^ •? Spinous process Groove for Eustachian tube Scitphoid fossa Fj .
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