Example sentences of "[prep] same " in BNC.

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1 The Welsh mountains were n't first explored by alpenstocked Victorians after the glories of recorded ascents , nor , most certainly , by Lycra-clad gymnasts in pursuit of same .
2 With other dogs of same breed :
3 Tim Reagan , a gaunt forty-year-old , who was a genius with trade unions as well as being an accountant and Peter Yeo 's right hand , moved swiftly through the secretarial problem , which was one of shortage of same , and seemed , as Peter Yeo observed pleasantly , to have been exactly the same difficulty any time in the last two years , to a discussion of building security , in which no one was much interested either .
4 A. vole premaxilla showing breakage of incisors ( ×15 ) ; B. sutural separation between premaxilla and maxilla ( ×15 ) ; C. occlusal cracking of vole molars ( ×15 ) ; D. enlargement of cracking , which appears to start in the dentine and then causes separation of the inner enamel surface ( ×75 ) ; E. slight chipping of enamel edge ( ×225 ) ; F. longitudinal splitting of incisor enamel ( ×15 ) ; G. slight modification of enamel surface of the incisor enamel ( same specimen as F. ) ( ×75 ) ; H. enlargement of enamel modification , showing it to be caused by splitting and flaking rather than etching ( ×375 ) ; I. femur head showing slight cracking ( ×26 ) ; J. enlargement of cracking ( ×75 ) ; K. splitting and cracking of tibia shaft ( ×38 ) ; L. enlargement of tibia ( ×75 ) ; M. splitting and depression of immature long bone shaft ( 15 ) ; N. enlargement of same ( ×60 ) .
5 A. sutural separation further advanced than that seen in Fig. 1.4B ( ×12 ) ; B. advanced splitting of occlusal surface of vole molar ( ×19 ) ; C. enlargement of same ( ×112 ) ; D. chipping of vole molar after initial splitting ( ×38 ) ; E. splitting of femur shaft ( ×300 ) ; F. cracking of femur head ( ×34 ) ; G. splitting of epiphysis of head of humerus ( ×30 ) ; H. enlargement of same ( ×75 ) .
6 A. sutural separation further advanced than that seen in Fig. 1.4B ( ×12 ) ; B. advanced splitting of occlusal surface of vole molar ( ×19 ) ; C. enlargement of same ( ×112 ) ; D. chipping of vole molar after initial splitting ( ×38 ) ; E. splitting of femur shaft ( ×300 ) ; F. cracking of femur head ( ×34 ) ; G. splitting of epiphysis of head of humerus ( ×30 ) ; H. enlargement of same ( ×75 ) .
7 A. rooted vole molar showing chipping of edges and pitting and flaking of the enamel surface ( ×25 ) ; B. enlargement of same ( ×45 ) ; C. tip of lower incisor showing chipping of edges of enamel and pitting and flaking of the enamel surface ( ×20 ) ; D. enlargement of same ( ×75 ) ; E. shrew mandible showing pitting of bone surface near the alveolar border and flaking of the enamel surface of the teeth ( ×40 ) ; F. enlargement of the anterior tooth ( ×165 ) ; G. shaft of limb bone showing pitting and flaking of the surface ( ×12 ) ; H. enlargement of same ( ×112 ) .
8 A. rooted vole molar showing chipping of edges and pitting and flaking of the enamel surface ( ×25 ) ; B. enlargement of same ( ×45 ) ; C. tip of lower incisor showing chipping of edges of enamel and pitting and flaking of the enamel surface ( ×20 ) ; D. enlargement of same ( ×75 ) ; E. shrew mandible showing pitting of bone surface near the alveolar border and flaking of the enamel surface of the teeth ( ×40 ) ; F. enlargement of the anterior tooth ( ×165 ) ; G. shaft of limb bone showing pitting and flaking of the surface ( ×12 ) ; H. enlargement of same ( ×112 ) .
9 A. rooted vole molar showing chipping of edges and pitting and flaking of the enamel surface ( ×25 ) ; B. enlargement of same ( ×45 ) ; C. tip of lower incisor showing chipping of edges of enamel and pitting and flaking of the enamel surface ( ×20 ) ; D. enlargement of same ( ×75 ) ; E. shrew mandible showing pitting of bone surface near the alveolar border and flaking of the enamel surface of the teeth ( ×40 ) ; F. enlargement of the anterior tooth ( ×165 ) ; G. shaft of limb bone showing pitting and flaking of the surface ( ×12 ) ; H. enlargement of same ( ×112 ) .
10 A. transverse cracking of incisor from tawny owl assemblage ( ×30 ) ; B. breakage and digestion of end of incisor from peregrine assemblage ( ×38 ) ; C. transverse breakage across the dentine and displaced breakage of the enamel of incisor from margay assemblage ( ×9 ) ; D. longitudinal splitting and partial separation of enamel from dentine of an incisor from common buzzard assemblage ( ×19 ) ; E. enlargement of same ( ×56 ) ; F. slight separation of enamel from dentine in incisor from tawny owl assemblage ( ×7 ) ; G. cracking of dentine in heavily digested incisor from hen harrier assemblage ( ×19 ) .
11 A. vole molar from barn owl assemblage with no evidence of digestion ( ×14 ) ; B. enlargement of another specimen from the same barn owl assemblage with slight surface digestion of the salient angles ( ×38 ) ; C. vole molar from long-eared owl assemblage showing rounding of the occlusal edges of the salient angles but no penetration of the enamel ( ×38 ) ; D. enlargement of same ( ×150 ) ; E. murid molar from barn owl assemblage showing slight surface digestion of the enamel ( ×22 ) ; F. vole molar from short-eared owl assemblage showing extensive superficial digestion along all the salient angles , producing an uneven surface but no penetration of the enamel ( ×25 ) ; G. enlargement of same ( ×110 ) ; H. shrew molar from barn owl assemblage , undigested ( ×36 ) .
12 A. vole molar from barn owl assemblage with no evidence of digestion ( ×14 ) ; B. enlargement of another specimen from the same barn owl assemblage with slight surface digestion of the salient angles ( ×38 ) ; C. vole molar from long-eared owl assemblage showing rounding of the occlusal edges of the salient angles but no penetration of the enamel ( ×38 ) ; D. enlargement of same ( ×150 ) ; E. murid molar from barn owl assemblage showing slight surface digestion of the enamel ( ×22 ) ; F. vole molar from short-eared owl assemblage showing extensive superficial digestion along all the salient angles , producing an uneven surface but no penetration of the enamel ( ×25 ) ; G. enlargement of same ( ×110 ) ; H. shrew molar from barn owl assemblage , undigested ( ×36 ) .
13 A. vole molars with light digestion from European eagle owl assemblage ( ×13 ) ; B. vole molar from the same eagle owl assemblage with digestion exposing the dentine along the lengths of the salient angles of the teeth ( ×28 ) ; C. enlargement of same ( ×188 ) ; D. rooted vole molar from tawny owl assemblage with digestion exposing dentine along salient angles ( ×25 ) ; E. enlargement of same ( ×33 ) ; F. enlargement of same : there has been no loss of dentine ( ×57 ) ; G. murid molar from European eagle owl assemblage showing extensive superficial digestion ( ×20 ) ; H. enlargement of same ( ×27 ) ; 1 .
14 A. vole molars with light digestion from European eagle owl assemblage ( ×13 ) ; B. vole molar from the same eagle owl assemblage with digestion exposing the dentine along the lengths of the salient angles of the teeth ( ×28 ) ; C. enlargement of same ( ×188 ) ; D. rooted vole molar from tawny owl assemblage with digestion exposing dentine along salient angles ( ×25 ) ; E. enlargement of same ( ×33 ) ; F. enlargement of same : there has been no loss of dentine ( ×57 ) ; G. murid molar from European eagle owl assemblage showing extensive superficial digestion ( ×20 ) ; H. enlargement of same ( ×27 ) ; 1 .
15 A. vole molars with light digestion from European eagle owl assemblage ( ×13 ) ; B. vole molar from the same eagle owl assemblage with digestion exposing the dentine along the lengths of the salient angles of the teeth ( ×28 ) ; C. enlargement of same ( ×188 ) ; D. rooted vole molar from tawny owl assemblage with digestion exposing dentine along salient angles ( ×25 ) ; E. enlargement of same ( ×33 ) ; F. enlargement of same : there has been no loss of dentine ( ×57 ) ; G. murid molar from European eagle owl assemblage showing extensive superficial digestion ( ×20 ) ; H. enlargement of same ( ×27 ) ; 1 .
16 A. vole molars with light digestion from European eagle owl assemblage ( ×13 ) ; B. vole molar from the same eagle owl assemblage with digestion exposing the dentine along the lengths of the salient angles of the teeth ( ×28 ) ; C. enlargement of same ( ×188 ) ; D. rooted vole molar from tawny owl assemblage with digestion exposing dentine along salient angles ( ×25 ) ; E. enlargement of same ( ×33 ) ; F. enlargement of same : there has been no loss of dentine ( ×57 ) ; G. murid molar from European eagle owl assemblage showing extensive superficial digestion ( ×20 ) ; H. enlargement of same ( ×27 ) ; 1 .
17 enlargement of same showing destruction of much of the surface of the enamel ( ×94 ) ; J. shrew premolars from tawny owl assemblage showing digestion from the base of the teeth along the enamel-dentine junction ( ×10 ) ; K. enlargement of same ( ×40 ) ; L. enlargement of edge of digested enamel showing the stepped transition from surface etched enamel at top left to dentine at bottom middle-right ( ×188 ) .
18 enlargement of same showing destruction of much of the surface of the enamel ( ×94 ) ; J. shrew premolars from tawny owl assemblage showing digestion from the base of the teeth along the enamel-dentine junction ( ×10 ) ; K. enlargement of same ( ×40 ) ; L. enlargement of edge of digested enamel showing the stepped transition from surface etched enamel at top left to dentine at bottom middle-right ( ×188 ) .
19 A. vole molar from little owl assemblage showing penetration of enamel along the salient angles and some destruction of dentine ( ×15 ) ; B. enlargement of same ( ×112 ) ; C. advanced rounding of vole molar from peregrine assemblage ( ×112 ) ; D. advanced rounding of vole molar from kestrel assemblage ( ×47 ) ; E. enlargement of same ( ×112 ) ; F. enlargement of same , showing etching of dentine and partial collapse of right enamel edge ( ×300 ) ; G. shrew molars from little owl assemblage with enamel removed from base ( ×9 ) ; H. enlargement of same ( ×75 ) .
20 A. vole molar from little owl assemblage showing penetration of enamel along the salient angles and some destruction of dentine ( ×15 ) ; B. enlargement of same ( ×112 ) ; C. advanced rounding of vole molar from peregrine assemblage ( ×112 ) ; D. advanced rounding of vole molar from kestrel assemblage ( ×47 ) ; E. enlargement of same ( ×112 ) ; F. enlargement of same , showing etching of dentine and partial collapse of right enamel edge ( ×300 ) ; G. shrew molars from little owl assemblage with enamel removed from base ( ×9 ) ; H. enlargement of same ( ×75 ) .
21 A. vole molar from little owl assemblage showing penetration of enamel along the salient angles and some destruction of dentine ( ×15 ) ; B. enlargement of same ( ×112 ) ; C. advanced rounding of vole molar from peregrine assemblage ( ×112 ) ; D. advanced rounding of vole molar from kestrel assemblage ( ×47 ) ; E. enlargement of same ( ×112 ) ; F. enlargement of same , showing etching of dentine and partial collapse of right enamel edge ( ×300 ) ; G. shrew molars from little owl assemblage with enamel removed from base ( ×9 ) ; H. enlargement of same ( ×75 ) .
22 A. vole molar from little owl assemblage showing penetration of enamel along the salient angles and some destruction of dentine ( ×15 ) ; B. enlargement of same ( ×112 ) ; C. advanced rounding of vole molar from peregrine assemblage ( ×112 ) ; D. advanced rounding of vole molar from kestrel assemblage ( ×47 ) ; E. enlargement of same ( ×112 ) ; F. enlargement of same , showing etching of dentine and partial collapse of right enamel edge ( ×300 ) ; G. shrew molars from little owl assemblage with enamel removed from base ( ×9 ) ; H. enlargement of same ( ×75 ) .
23 A. three vole molars from common buzzard assemblage showing dentine exposure and digestion along the salient angles with collapse of the enamel along the edges of the salient angles ( ×10 ) ; B. enlargement of left hand specimen showing gap left between enamel and digested dentine ( ×75 ) ; C. enlargement of right hand specimen showing extreme rounding ( ×56 ) ; D. shrew molar from red kite assemblage , with digestion of most of enamel ( ×75 ) ; E. vole molars in place in mandible , showing extreme rounding of occlusal surfaces ( ×17 ) ; F. mole mandible from red kite assemblage with the enamel totally digested and the teeth remaining as dentine pegs ( ×7 ) ; G. enlargement of same ( ×37 ) ; H. shrew molar from hen harrier assemblage showing digestion of most of the enamel ( ×65 ) .
24 A. vole molar from mustelid assemblage , either stoat or polecat ( ×18 ) ; B. enlargement of same ( ×56 ) ; C. same specimen showing collapse of enamel into digested dentine core ( ×38 ) ; D. murid molar digested by margay ( ×13 ) ; E. enlargement of same ( ×142 ) ; F. shrew molars with superficial digestion from bat-eared fox assemblage ( ×20 ) ; G. enlargement of same ( ×112 ) ; H. vole molar with extensive superficial digestion from red fox assemblage ( ×24 ) ; 1 .
25 A. vole molar from mustelid assemblage , either stoat or polecat ( ×18 ) ; B. enlargement of same ( ×56 ) ; C. same specimen showing collapse of enamel into digested dentine core ( ×38 ) ; D. murid molar digested by margay ( ×13 ) ; E. enlargement of same ( ×142 ) ; F. shrew molars with superficial digestion from bat-eared fox assemblage ( ×20 ) ; G. enlargement of same ( ×112 ) ; H. vole molar with extensive superficial digestion from red fox assemblage ( ×24 ) ; 1 .
26 A. vole molar from mustelid assemblage , either stoat or polecat ( ×18 ) ; B. enlargement of same ( ×56 ) ; C. same specimen showing collapse of enamel into digested dentine core ( ×38 ) ; D. murid molar digested by margay ( ×13 ) ; E. enlargement of same ( ×142 ) ; F. shrew molars with superficial digestion from bat-eared fox assemblage ( ×20 ) ; G. enlargement of same ( ×112 ) ; H. vole molar with extensive superficial digestion from red fox assemblage ( ×24 ) ; 1 .
27 detail of same ( ×112 ) ; J. murid molar from white tailed mongoose assemblage showing cracking but little digestion ( ×8 ) ; K. enlargement of same ( ×188 ) ; L. shrew anterior teeth from small-spotted genet assemblage ( ×19 ) ; M. enlargement of same ( ×140 ) ; N. enlargement of molar with enamel nearly all removed by digestion ( ×35 ) .
28 detail of same ( ×112 ) ; J. murid molar from white tailed mongoose assemblage showing cracking but little digestion ( ×8 ) ; K. enlargement of same ( ×188 ) ; L. shrew anterior teeth from small-spotted genet assemblage ( ×19 ) ; M. enlargement of same ( ×140 ) ; N. enlargement of molar with enamel nearly all removed by digestion ( ×35 ) .
29 detail of same ( ×112 ) ; J. murid molar from white tailed mongoose assemblage showing cracking but little digestion ( ×8 ) ; K. enlargement of same ( ×188 ) ; L. shrew anterior teeth from small-spotted genet assemblage ( ×19 ) ; M. enlargement of same ( ×140 ) ; N. enlargement of molar with enamel nearly all removed by digestion ( ×35 ) .
30 A. undigested incisor from barn owl assemblage ( ×18 ) ; B. enamel digested from tip of incisor from snowy owl assemblage ( ×18 ) ; C. detail of same ( ×38 ) ; D. surface etching of tip of incisor from short-eared owl assemblage ( ×14 ) ; E. detail of same ( ×188 ) ; F. enamel removed from tip of incisor of Verreaux eagle owl assemblage by digestion ( ×11 ) ; G. detail of enamel edge of same ( ×38 ) ; H. heavy digestion on incisor from tawny owl assemblage ( ×14 ) ; I. detail of enamel at tip of incisor of same ( ×32 ) ; l. digestion along length of incisor from little owl assemblage ( ×11 ) ; K. detail of same ( ×262 ) ; L. heavy digestion of incisor from kestrel assemblage , showing the breakdown of tissue along length of the tooth and complete digestion of the enamel ( ×38 ) ; M. nearly complete removal of enamel along length of incisor from kestrel assemblage ( ×8 ) ; N. detail of island of enamel remaining on same ( ×38 ) ; O. destructuring of incisor from common buzzard assemblage with collapse of dentine and removal of most of the enamel ( ×8 ) ; P. detail of same ( ×52 ) .
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