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Five plates from the gravestone of Gijsbert Willemsz. Raet in Gouda, The five plates are cast and have cut-out and engraved representations that were originally fully or partially colored. The middle part consists of a triangle placed at a point, the sides of which are broken through by braces. A barefoot angel with a halo around his head is depicted in the field against a vegetative background. He holds up two coats of arms with the help of belts. The right arm is divided: 1. in red the Holy Sepulcher with a Jerusalem cross above it. 2. a Catharinarad, pierced with two swords. The left arm: a Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/five-plates-from-the-gravestone-of-gijsbert-willemsz-raet-in-gouda-the-five-plates-are-cast-and-have-cut-out-and-engraved-representations-that-were-originally-fully-or-partially-colored-the-middle-part-consists-of-a-triangle-placed-at-a-point-the-sides-of-which-are-broken-through-by-braces-a-barefoot-angel-with-a-halo-around-his-head-is-depicted-in-the-field-against-a-vegetative-background-he-holds-up-two-coats-of-arms-with-the-help-of-belts-the-right-arm-is-divided-1-in-red-the-holy-sepulcher-with-a-jerusalem-cross-above-it-2-a-catharinarad-pierced-with-two-swords-the-left-arm-a-image261368364.htmlRMW56A0C–Five plates from the gravestone of Gijsbert Willemsz. Raet in Gouda, The five plates are cast and have cut-out and engraved representations that were originally fully or partially colored. The middle part consists of a triangle placed at a point, the sides of which are broken through by braces. A barefoot angel with a halo around his head is depicted in the field against a vegetative background. He holds up two coats of arms with the help of belts. The right arm is divided: 1. in red the Holy Sepulcher with a Jerusalem cross above it. 2. a Catharinarad, pierced with two swords. The left arm: a
. Astronomy for students and general readers . sts of the arc of a divided circle usually 60° in extent,whence the name. This arc is in fact divided into 120 equal parts,each marked as a degree, and these are again divided into smallerspaces, so that by means of the vernier at the end of the index-armJfir 5 an arc of 10 (usually) may be read. The indej.-arm M 8 carries the index-glass M, which is a silveredplane mirror set perpendicular to the plane of the divided arc. The IHE SEXTANT. 93 horisoTi-glass m is also a plane mirror fixed perpendicular to theplane of the divided circle. This last g Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/astronomy-for-students-and-general-readers-sts-of-the-arc-of-a-divided-circle-usually-60-in-extentwhence-the-name-this-arc-is-in-fact-divided-into-120-equal-partseach-marked-as-a-degree-and-these-are-again-divided-into-smallerspaces-so-that-by-means-of-the-vernier-at-the-end-of-the-index-armjfir-5-an-arc-of-10-usually-may-be-read-the-indej-arm-m-8-carries-the-index-glass-m-which-is-a-silveredplane-mirror-set-perpendicular-to-the-plane-of-the-divided-arc-the-ihe-sextant-93-horisoti-glass-m-is-also-a-plane-mirror-fixed-perpendicular-to-theplane-of-the-divided-circle-this-last-g-image369737155.htmlRM2CDEYEB–. Astronomy for students and general readers . sts of the arc of a divided circle usually 60° in extent,whence the name. This arc is in fact divided into 120 equal parts,each marked as a degree, and these are again divided into smallerspaces, so that by means of the vernier at the end of the index-armJfir 5 an arc of 10 (usually) may be read. The indej.-arm M 8 carries the index-glass M, which is a silveredplane mirror set perpendicular to the plane of the divided arc. The IHE SEXTANT. 93 horisoTi-glass m is also a plane mirror fixed perpendicular to theplane of the divided circle. This last g
. Familiar garden flowers . Flowers; Plants, Ornamental; Floriculture. J16 FAMILI.m GARDEN FLOU'EHS. left unhurtj as from that joint the roots will proceed. The shoot thus operated upon is again Lent down and lixed tirmly with the peg, and the divided joint is covered with some fine rich soil, and is watered occasionally^ the result being' that in about six weeks there will be enough r(.iots formed to allow of the removal of the layer as a young- plant. From the middle of July to the middle of August is the piroper time for this business. Practice simplifies the work so much that the prelimina Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/familiar-garden-flowers-flowers-plants-ornamental-floriculture-j16-familim-garden-flouehs-left-unhurtj-as-from-that-joint-the-roots-will-proceed-the-shoot-thus-operated-upon-is-again-lent-down-and-lixed-tirmly-with-the-peg-and-the-divided-joint-is-covered-with-some-fine-rich-soil-and-is-watered-occasionally-the-result-being-that-in-about-six-weeks-there-will-be-enough-riots-formed-to-allow-of-the-removal-of-the-layer-as-a-young-plant-from-the-middle-of-july-to-the-middle-of-august-is-the-piroper-time-for-this-business-practice-simplifies-the-work-so-much-that-the-prelimina-image216445117.htmlRMPG3WXN–. Familiar garden flowers . Flowers; Plants, Ornamental; Floriculture. J16 FAMILI.m GARDEN FLOU'EHS. left unhurtj as from that joint the roots will proceed. The shoot thus operated upon is again Lent down and lixed tirmly with the peg, and the divided joint is covered with some fine rich soil, and is watered occasionally^ the result being' that in about six weeks there will be enough r(.iots formed to allow of the removal of the layer as a young- plant. From the middle of July to the middle of August is the piroper time for this business. Practice simplifies the work so much that the prelimina
. Textbook of botany. Botany. THE BRACKEN FERN. are themselves divided into smaller divisions, the lower ones of which are again divided. The upper leaflets of the leaf are less divided than the lower ones, and the uppermost leaflets are very small and not divided at all. Several vascu- lar btindles, branches of some of the bundles in the stem, pass up the leaf-stalk into the central axis of the blade, from which, in turn, bundles pass off into the midribs of the leaflets. The bundles in each leaflet again separate and branch, and their branches divide still fur- ther, so that finally vascular Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/textbook-of-botany-botany-the-bracken-fern-are-themselves-divided-into-smaller-divisions-the-lower-ones-of-which-are-again-divided-the-upper-leaflets-of-the-leaf-are-less-divided-than-the-lower-ones-and-the-uppermost-leaflets-are-very-small-and-not-divided-at-all-several-vascu-lar-btindles-branches-of-some-of-the-bundles-in-the-stem-pass-up-the-leaf-stalk-into-the-central-axis-of-the-blade-from-which-in-turn-bundles-pass-off-into-the-midribs-of-the-leaflets-the-bundles-in-each-leaflet-again-separate-and-branch-and-their-branches-divide-still-fur-ther-so-that-finally-vascular-image232271973.htmlRMRDTW7H–. Textbook of botany. Botany. THE BRACKEN FERN. are themselves divided into smaller divisions, the lower ones of which are again divided. The upper leaflets of the leaf are less divided than the lower ones, and the uppermost leaflets are very small and not divided at all. Several vascu- lar btindles, branches of some of the bundles in the stem, pass up the leaf-stalk into the central axis of the blade, from which, in turn, bundles pass off into the midribs of the leaflets. The bundles in each leaflet again separate and branch, and their branches divide still fur- ther, so that finally vascular
. The principles of botany, as exemplified in the Cryptogamia. For the use of schools and colleges. Cryptogams; Plant anatomy; 1853. DEVELOPMENT AND FUNCTIONS OF CELLS. Fig. 18. 45. 52. Plants composed of a single row of cells.—In this instance, the cell is multiplied by division combined with sub- sequent expansion which takes place in one direction only. A cell is first elongated, and a partition is seen to project across its middle, by which it is divided into two cells; one of these cells again elongates, and is again subdivided in a similar manner; in this way, a plant is produced consist Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/the-principles-of-botany-as-exemplified-in-the-cryptogamia-for-the-use-of-schools-and-colleges-cryptogams-plant-anatomy-1853-development-and-functions-of-cells-fig-18-45-52-plants-composed-of-a-single-row-of-cellsin-this-instance-the-cell-is-multiplied-by-division-combined-with-sub-sequent-expansion-which-takes-place-in-one-direction-only-a-cell-is-first-elongated-and-a-partition-is-seen-to-project-across-its-middle-by-which-it-is-divided-into-two-cells-one-of-these-cells-again-elongates-and-is-again-subdivided-in-a-similar-manner-in-this-way-a-plant-is-produced-consist-image216360250.htmlRMPG01KP–. The principles of botany, as exemplified in the Cryptogamia. For the use of schools and colleges. Cryptogams; Plant anatomy; 1853. DEVELOPMENT AND FUNCTIONS OF CELLS. Fig. 18. 45. 52. Plants composed of a single row of cells.—In this instance, the cell is multiplied by division combined with sub- sequent expansion which takes place in one direction only. A cell is first elongated, and a partition is seen to project across its middle, by which it is divided into two cells; one of these cells again elongates, and is again subdivided in a similar manner; in this way, a plant is produced consist
. Comparative anatomy of the vegetative organs of the phanerogams and ferns;. Plant anatomy; Ferns. 208 Intercellular spaces. in the epidermal layer; each of these is again divided into an inner cell next the parenchynna, and a superficial cell {d, c). The superficial cells increase further so as to form the portion of the epidermis which covers the cavity [B, c, d). The inner ones take a direct part in the formation of the cavities. The chief part of the cavity originates it is true from the products of division of the primary parenchymatous cell {ji, p, p), which divides by alternate horizon Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/comparative-anatomy-of-the-vegetative-organs-of-the-phanerogams-and-ferns-plant-anatomy-ferns-208-intercellular-spaces-in-the-epidermal-layer-each-of-these-is-again-divided-into-an-inner-cell-next-the-parenchynna-and-a-superficial-cell-d-c-the-superficial-cells-increase-further-so-as-to-form-the-portion-of-the-epidermis-which-covers-the-cavity-b-c-d-the-inner-ones-take-a-direct-part-in-the-formation-of-the-cavities-the-chief-part-of-the-cavity-originates-it-is-true-from-the-products-of-division-of-the-primary-parenchymatous-cell-ji-p-p-which-divides-by-alternate-horizon-image232415796.htmlRMRE3CM4–. Comparative anatomy of the vegetative organs of the phanerogams and ferns;. Plant anatomy; Ferns. 208 Intercellular spaces. in the epidermal layer; each of these is again divided into an inner cell next the parenchynna, and a superficial cell {d, c). The superficial cells increase further so as to form the portion of the epidermis which covers the cavity [B, c, d). The inner ones take a direct part in the formation of the cavities. The chief part of the cavity originates it is true from the products of division of the primary parenchymatous cell {ji, p, p), which divides by alternate horizon
. Botany for high schools and colleges. Botany. 2zr Pig. 27.—Diagram to show mode of fission of the apical cell, as seen from above. I, the cell A, B, 0, diTided by the partition 1; II, the same cell with a second par- tition, 2; ///, the same cell with a third partition, 3. lines, is first divided into two unequal portions by the parti- tion 1,1. ; next the larger portion of the divided cell is again divided by the partition 2, II. ; later, a third partition (3, III.) is formed, and so on. It is no- ticeable that in this case the partition always forms parallel to the oldest wall of the divid Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/botany-for-high-schools-and-colleges-botany-2zr-pig-27diagram-to-show-mode-of-fission-of-the-apical-cell-as-seen-from-above-i-the-cell-a-b-0-ditided-by-the-partition-1-ii-the-same-cell-with-a-second-par-tition-2-the-same-cell-with-a-third-partition-3-lines-is-first-divided-into-two-unequal-portions-by-the-parti-tion-11-next-the-larger-portion-of-the-divided-cell-is-again-divided-by-the-partition-2-ii-later-a-third-partition-3-iii-is-formed-and-so-on-it-is-no-ticeable-that-in-this-case-the-partition-always-forms-parallel-to-the-oldest-wall-of-the-divid-image232283027.htmlRMRDWBAB–. Botany for high schools and colleges. Botany. 2zr Pig. 27.—Diagram to show mode of fission of the apical cell, as seen from above. I, the cell A, B, 0, diTided by the partition 1; II, the same cell with a second par- tition, 2; ///, the same cell with a third partition, 3. lines, is first divided into two unequal portions by the parti- tion 1,1. ; next the larger portion of the divided cell is again divided by the partition 2, II. ; later, a third partition (3, III.) is formed, and so on. It is no- ticeable that in this case the partition always forms parallel to the oldest wall of the divid
. Comparative anatomy of the vegetative organs of the phanerogams and ferns;. Plant anatomy; Ferns. EPIDERMIS. 41 a. The Initial cell, bounded by a curved, or even U-shaped wall, is again divided by a wall almost similar to the latter into a Mother-cell and a horseshoe-shaped subsidiary cell (Asplenium bulbiferum', Pteris flabellata (Tig. 14), cretica^); or successively by 2-3 curved walls, which alternate in two directions in the surface, and cut one another, into a mother-cell, surrounded by a zone (or in parts a double zone) of half ring- or horse- shoe-shaped subsidiary cells. The longitud Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/comparative-anatomy-of-the-vegetative-organs-of-the-phanerogams-and-ferns-plant-anatomy-ferns-epidermis-41-a-the-initial-cell-bounded-by-a-curved-or-even-u-shaped-wall-is-again-divided-by-a-wall-almost-similar-to-the-latter-into-a-mother-cell-and-a-horseshoe-shaped-subsidiary-cell-asplenium-bulbiferum-pteris-flabellata-tig-14-cretica-or-successively-by-2-3-curved-walls-which-alternate-in-two-directions-in-the-surface-and-cut-one-another-into-a-mother-cell-surrounded-by-a-zone-or-in-parts-a-double-zone-of-half-ring-or-horse-shoe-shaped-subsidiary-cells-the-longitud-image232416103.htmlRMRE3D33–. Comparative anatomy of the vegetative organs of the phanerogams and ferns;. Plant anatomy; Ferns. EPIDERMIS. 41 a. The Initial cell, bounded by a curved, or even U-shaped wall, is again divided by a wall almost similar to the latter into a Mother-cell and a horseshoe-shaped subsidiary cell (Asplenium bulbiferum', Pteris flabellata (Tig. 14), cretica^); or successively by 2-3 curved walls, which alternate in two directions in the surface, and cut one another, into a mother-cell, surrounded by a zone (or in parts a double zone) of half ring- or horse- shoe-shaped subsidiary cells. The longitud
. Botany for high schools and colleges. Botany. m Fig. ^.âDia^am to s^iow mode of fission of the apical cell, as seen from above. /, the cell A, B, 0, divided by the partition 1; II, the fame cell with a second par- tition, 2 ; III, the same cell with a tliird partition, 3. lines, is first'divided into two unequal portions by the parti- tion 1,1. ; next the larger portion of the divided cell is again divided by th^ partition 2, II. ; later, a third partition (3, III.) is formed, and so on. ^t is no- ticeable that in this case the partition always forms parallel to the oldest wall of the divid- Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/botany-for-high-schools-and-colleges-botany-m-fig-diaam-to-siow-mode-of-fission-of-the-apical-cell-as-seen-from-above-the-cell-a-b-0-divided-by-the-partition-1-ii-the-fame-cell-with-a-second-par-tition-2-iii-the-same-cell-with-a-tliird-partition-3-lines-is-firstdivided-into-two-unequal-portions-by-the-parti-tion-11-next-the-larger-portion-of-the-divided-cell-is-again-divided-by-th-partition-2-ii-later-a-third-partition-3-iii-is-formed-and-so-on-t-is-no-ticeable-that-in-this-case-the-partition-always-forms-parallel-to-the-oldest-wall-of-the-divid-image232272178.htmlRMRDTWEX–. Botany for high schools and colleges. Botany. m Fig. ^.âDia^am to s^iow mode of fission of the apical cell, as seen from above. /, the cell A, B, 0, divided by the partition 1; II, the fame cell with a second par- tition, 2 ; III, the same cell with a tliird partition, 3. lines, is first'divided into two unequal portions by the parti- tion 1,1. ; next the larger portion of the divided cell is again divided by th^ partition 2, II. ; later, a third partition (3, III.) is formed, and so on. ^t is no- ticeable that in this case the partition always forms parallel to the oldest wall of the divid-
. Leaves and flowers : or, Object lessons in botany with a flora : prepared for beginners in academies and public schools . Botany. Okdeb 70.âASTERWORTS. 229 8 O. latifo'lla. Stem 4^Cf. high. Kays entire. Leaves ovate, serrate. S. 9 0. auricula'ta. Stem l-3f. high. Eays 2-5-toothed. Lva. often eared at hase. S. 10 O. lanceola'ta. Stem 2-3f. high. Eays ^5-toothed. Lvs. lanceolate, entire. S. 11 C. senifo'lia. Leaf divisions all entire, appearing in 6-leaved whorls. S. 12 O. vertioilla'ta. Leaf divisions all again divided into narrow-linear lobes. W. 13 C. palma'ta, Lvs. deeply 3-oleft, wedge-sh Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/leaves-and-flowers-or-object-lessons-in-botany-with-a-flora-prepared-for-beginners-in-academies-and-public-schools-botany-okdeb-70asterworts-229-8-o-latifolla-stem-4cf-high-kays-entire-leaves-ovate-serrate-s-9-0-auriculata-stem-l-3f-high-eays-2-5-toothed-lva-often-eared-at-hase-s-10-o-lanceolata-stem-2-3f-high-eays-5-toothed-lvs-lanceolate-entire-s-11-c-senifolia-leaf-divisions-all-entire-appearing-in-6-leaved-whorls-s-12-o-vertioillata-leaf-divisions-all-again-divided-into-narrow-linear-lobes-w-13-c-palmata-lvs-deeply-3-oleft-wedge-sh-image232271257.htmlRMRDTTA1–. Leaves and flowers : or, Object lessons in botany with a flora : prepared for beginners in academies and public schools . Botany. Okdeb 70.âASTERWORTS. 229 8 O. latifo'lla. Stem 4^Cf. high. Kays entire. Leaves ovate, serrate. S. 9 0. auricula'ta. Stem l-3f. high. Eays 2-5-toothed. Lva. often eared at hase. S. 10 O. lanceola'ta. Stem 2-3f. high. Eays ^5-toothed. Lvs. lanceolate, entire. S. 11 C. senifo'lia. Leaf divisions all entire, appearing in 6-leaved whorls. S. 12 O. vertioilla'ta. Leaf divisions all again divided into narrow-linear lobes. W. 13 C. palma'ta, Lvs. deeply 3-oleft, wedge-sh
. Lessons with plants. Suggestions for seeing and interpreting some of the common forms of vegetation. 98a. The primary divisions in a palmately decompound leaf (asa b) are not given a distinct name in general botanical literature.The botanist would describe this dieentra leaf (Fig. 87) nearly as fol-lows : Leaf ternately decompound (or sometimes written ternatelycompound, if the degree of compounding is afterwards specified), themain sections bearing palmately — or even pinnately — divided leaflets,the segments again deeply cut or divided. 99. The leaf in Fig. 88 (agum arable tree, a kind of Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/lessons-with-plants-suggestions-for-seeing-and-interpreting-some-of-the-common-forms-of-vegetation-98a-the-primary-divisions-in-a-palmately-decompound-leaf-asa-b-are-not-given-a-distinct-name-in-general-botanical-literaturethe-botanist-would-describe-this-dieentra-leaf-fig-87-nearly-as-fol-lows-leaf-ternately-decompound-or-sometimes-written-ternatelycompound-if-the-degree-of-compounding-is-afterwards-specified-themain-sections-bearing-palmately-or-even-pinnately-divided-leafletsthe-segments-again-deeply-cut-or-divided-99-the-leaf-in-fig-88-agum-arable-tree-a-kind-of-image336735563.htmlRM2AFRHJ3–. Lessons with plants. Suggestions for seeing and interpreting some of the common forms of vegetation. 98a. The primary divisions in a palmately decompound leaf (asa b) are not given a distinct name in general botanical literature.The botanist would describe this dieentra leaf (Fig. 87) nearly as fol-lows : Leaf ternately decompound (or sometimes written ternatelycompound, if the degree of compounding is afterwards specified), themain sections bearing palmately — or even pinnately — divided leaflets,the segments again deeply cut or divided. 99. The leaf in Fig. 88 (agum arable tree, a kind of
![. Text-book of embryology. Embryology. 334 INVEETEBEATA CHAP. quartette divide again, so that we get four concentric circles of cells, Iq", lqi2, lq2i, and Iq'^^. The third quartette of micromeres now begins to be formed, 3d being formed before its sisters. X gives rise to a small cell on the left, the proper title of which is 26}^, but which is called by Meisenheimer Xj. The somatoblast has thus acquired at its lower border a wreath of three cells, x^, 3d, and x^. Of the second quartette of micromeres, which should have divided when the third quartette was being formed, only. Fig. 264. — Stock Photo](https://c8.alamy.com/comp/RDHE6C/text-book-of-embryology-embryology-334-inveetebeata-chap-quartette-divide-again-so-that-we-get-four-concentric-circles-of-cells-iqquot-lqi2-lq2i-and-iq-the-third-quartette-of-micromeres-now-begins-to-be-formed-3d-being-formed-before-its-sisters-x-gives-rise-to-a-small-cell-on-the-left-the-proper-title-of-which-is-26-but-which-is-called-by-meisenheimer-xj-the-somatoblast-has-thus-acquired-at-its-lower-border-a-wreath-of-three-cells-x-3d-and-x-of-the-second-quartette-of-micromeres-which-should-have-divided-when-the-third-quartette-was-being-formed-only-fig-264-RDHE6C.jpg ". Text-book of embryology. Embryology. 334 INVEETEBEATA CHAP. quartette divide again, so that we get four concentric circles of cells, Iq", lqi2, lq2i, and Iq'^^. The third quartette of micromeres now begins to be formed, 3d being formed before its sisters. X gives rise to a small cell on the left, the proper title of which is 26}^, but which is called by Meisenheimer Xj. The somatoblast has thus acquired at its lower border a wreath of three cells, x^, 3d, and x^. Of the second quartette of micromeres, which should have divided when the third quartette was being formed, only. Fig. 264. — Stock Photo")
. Text-book of embryology. Embryology. 334 INVEETEBEATA CHAP. quartette divide again, so that we get four concentric circles of cells, Iq", lqi2, lq2i, and Iq'^^. The third quartette of micromeres now begins to be formed, 3d being formed before its sisters. X gives rise to a small cell on the left, the proper title of which is 26}^, but which is called by Meisenheimer Xj. The somatoblast has thus acquired at its lower border a wreath of three cells, x^, 3d, and x^. Of the second quartette of micromeres, which should have divided when the third quartette was being formed, only. Fig. 264. — Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/text-book-of-embryology-embryology-334-inveetebeata-chap-quartette-divide-again-so-that-we-get-four-concentric-circles-of-cells-iqquot-lqi2-lq2i-and-iq-the-third-quartette-of-micromeres-now-begins-to-be-formed-3d-being-formed-before-its-sisters-x-gives-rise-to-a-small-cell-on-the-left-the-proper-title-of-which-is-26-but-which-is-called-by-meisenheimer-xj-the-somatoblast-has-thus-acquired-at-its-lower-border-a-wreath-of-three-cells-x-3d-and-x-of-the-second-quartette-of-micromeres-which-should-have-divided-when-the-third-quartette-was-being-formed-only-fig-264-image232109652.htmlRMRDHE6C–. Text-book of embryology. Embryology. 334 INVEETEBEATA CHAP. quartette divide again, so that we get four concentric circles of cells, Iq", lqi2, lq2i, and Iq'^^. The third quartette of micromeres now begins to be formed, 3d being formed before its sisters. X gives rise to a small cell on the left, the proper title of which is 26}^, but which is called by Meisenheimer Xj. The somatoblast has thus acquired at its lower border a wreath of three cells, x^, 3d, and x^. Of the second quartette of micromeres, which should have divided when the third quartette was being formed, only. Fig. 264. —
. Familiar garden flowers . Flowers; Plants, Ornamental; Floriculture. J16 FAMILI.m GARDEN FLOU'EHS. left unhurtj as from that joint the roots will proceed. The shoot thus operated upon is again Lent down and lixed tirmly with the peg, and the divided joint is covered with some fine rich soil, and is watered occasionally^ the result being' that in about six weeks there will be enough r(.iots formed to allow of the removal of the layer as a young- plant. From the middle of July to the middle of August is the piroper time for this business. Practice simplifies the work so much that the prelimina Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/familiar-garden-flowers-flowers-plants-ornamental-floriculture-j16-familim-garden-flouehs-left-unhurtj-as-from-that-joint-the-roots-will-proceed-the-shoot-thus-operated-upon-is-again-lent-down-and-lixed-tirmly-with-the-peg-and-the-divided-joint-is-covered-with-some-fine-rich-soil-and-is-watered-occasionally-the-result-being-that-in-about-six-weeks-there-will-be-enough-riots-formed-to-allow-of-the-removal-of-the-layer-as-a-young-plant-from-the-middle-of-july-to-the-middle-of-august-is-the-piroper-time-for-this-business-practice-simplifies-the-work-so-much-that-the-prelimina-image232115518.htmlRMRDHNKX–. Familiar garden flowers . Flowers; Plants, Ornamental; Floriculture. J16 FAMILI.m GARDEN FLOU'EHS. left unhurtj as from that joint the roots will proceed. The shoot thus operated upon is again Lent down and lixed tirmly with the peg, and the divided joint is covered with some fine rich soil, and is watered occasionally^ the result being' that in about six weeks there will be enough r(.iots formed to allow of the removal of the layer as a young- plant. From the middle of July to the middle of August is the piroper time for this business. Practice simplifies the work so much that the prelimina
![. The comparative anatomy of the domesticated animals. Veterinary anatomy. TEE MOUTH, 361 "6. Teeth.—The teeth of the Dog are forty-two in number: twelve incisors, four canines, and twenty-six molars, " The incisors, six in each side of the jaws, are more developed in the superior than in the inferior maxilla, and are divided, as in the Horse, into pincers, intermediates, and corner incisors; the last being much stronger than the preceding, and these again stronger than the pincers. *' Their free part presents, in the virgin tooth, three tubercles: a middle, which is the strongest, a Stock Photo](https://c8.alamy.com/comp/RPXX9R/the-comparative-anatomy-of-the-domesticated-animals-veterinary-anatomy-tee-mouth-361-quot6-teeththe-teeth-of-the-dog-are-forty-two-in-number-twelve-incisors-four-canines-and-twenty-six-molars-quot-the-incisors-six-in-each-side-of-the-jaws-are-more-developed-in-the-superior-than-in-the-inferior-maxilla-and-are-divided-as-in-the-horse-into-pincers-intermediates-and-corner-incisors-the-last-being-much-stronger-than-the-preceding-and-these-again-stronger-than-the-pincers-their-free-part-presents-in-the-virgin-tooth-three-tubercles-a-middle-which-is-the-strongest-a-RPXX9R.jpg ". The comparative anatomy of the domesticated animals. Veterinary anatomy. TEE MOUTH, 361 "6. Teeth.—The teeth of the Dog are forty-two in number: twelve incisors, four canines, and twenty-six molars, " The incisors, six in each side of the jaws, are more developed in the superior than in the inferior maxilla, and are divided, as in the Horse, into pincers, intermediates, and corner incisors; the last being much stronger than the preceding, and these again stronger than the pincers. *' Their free part presents, in the virgin tooth, three tubercles: a middle, which is the strongest, a Stock Photo")
. The comparative anatomy of the domesticated animals. Veterinary anatomy. TEE MOUTH, 361 "6. Teeth.—The teeth of the Dog are forty-two in number: twelve incisors, four canines, and twenty-six molars, " The incisors, six in each side of the jaws, are more developed in the superior than in the inferior maxilla, and are divided, as in the Horse, into pincers, intermediates, and corner incisors; the last being much stronger than the preceding, and these again stronger than the pincers. *' Their free part presents, in the virgin tooth, three tubercles: a middle, which is the strongest, a Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/the-comparative-anatomy-of-the-domesticated-animals-veterinary-anatomy-tee-mouth-361-quot6-teeththe-teeth-of-the-dog-are-forty-two-in-number-twelve-incisors-four-canines-and-twenty-six-molars-quot-the-incisors-six-in-each-side-of-the-jaws-are-more-developed-in-the-superior-than-in-the-inferior-maxilla-and-are-divided-as-in-the-horse-into-pincers-intermediates-and-corner-incisors-the-last-being-much-stronger-than-the-preceding-and-these-again-stronger-than-the-pincers-their-free-part-presents-in-the-virgin-tooth-three-tubercles-a-middle-which-is-the-strongest-a-image237848627.htmlRMRPXX9R–. The comparative anatomy of the domesticated animals. Veterinary anatomy. TEE MOUTH, 361 "6. Teeth.—The teeth of the Dog are forty-two in number: twelve incisors, four canines, and twenty-six molars, " The incisors, six in each side of the jaws, are more developed in the superior than in the inferior maxilla, and are divided, as in the Horse, into pincers, intermediates, and corner incisors; the last being much stronger than the preceding, and these again stronger than the pincers. *' Their free part presents, in the virgin tooth, three tubercles: a middle, which is the strongest, a
. Flowers, fruits and leaves. Botany; Flowers; Seeds; Leaves. 132 ENTIRE LEAVES AND SHRUBS. [chap leaves much cut up, and see what is the character of the foliage in the shrubby species. The vast majority of Umbellifers, as I have just ob- served, are herbaceous, and with leaves much divided, the common Carrot being a typical example. One European species, however, Bupleurum fructicosum, is a shrub attaining a height of more than six feet, and has the leaves (Fig. 8i) coriaceous, and oblong lanceolate.. Fig. 8i.—Bupleurum fnteticosutn, • The common Groundsel (Fig. 82), again, is a low herb wit Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/flowers-fruits-and-leaves-botany-flowers-seeds-leaves-132-entire-leaves-and-shrubs-chap-leaves-much-cut-up-and-see-what-is-the-character-of-the-foliage-in-the-shrubby-species-the-vast-majority-of-umbellifers-as-i-have-just-ob-served-are-herbaceous-and-with-leaves-much-divided-the-common-carrot-being-a-typical-example-one-european-species-however-bupleurum-fructicosum-is-a-shrub-attaining-a-height-of-more-than-six-feet-and-has-the-leaves-fig-8i-coriaceous-and-oblong-lanceolate-fig-8ibupleurum-fnteticosutn-the-common-groundsel-fig-82-again-is-a-low-herb-wit-image232283343.htmlRMRDWBNK–. Flowers, fruits and leaves. Botany; Flowers; Seeds; Leaves. 132 ENTIRE LEAVES AND SHRUBS. [chap leaves much cut up, and see what is the character of the foliage in the shrubby species. The vast majority of Umbellifers, as I have just ob- served, are herbaceous, and with leaves much divided, the common Carrot being a typical example. One European species, however, Bupleurum fructicosum, is a shrub attaining a height of more than six feet, and has the leaves (Fig. 8i) coriaceous, and oblong lanceolate.. Fig. 8i.—Bupleurum fnteticosutn, • The common Groundsel (Fig. 82), again, is a low herb wit
. The principles of botany, as exemplified in the Cryptogamia. For the use of schools and colleges. Cryptogams; Plant anatomy; 1853. DEVELOPMENT AND FUNCTIONS OF CELLS. Fig. 18. 45. 52. Plants composed of a single row of cells.—In this instance, the cell is multiplied by division combined with sub- sequent expansion which takes place in one direction only. A cell is first elongated, and a partition is seen to project across its middle, by which it is divided into two cells; one of these cells again elongates, and is again subdivided in a similar manner; in this way, a plant is produced consist Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/the-principles-of-botany-as-exemplified-in-the-cryptogamia-for-the-use-of-schools-and-colleges-cryptogams-plant-anatomy-1853-development-and-functions-of-cells-fig-18-45-52-plants-composed-of-a-single-row-of-cellsin-this-instance-the-cell-is-multiplied-by-division-combined-with-sub-sequent-expansion-which-takes-place-in-one-direction-only-a-cell-is-first-elongated-and-a-partition-is-seen-to-project-across-its-middle-by-which-it-is-divided-into-two-cells-one-of-these-cells-again-elongates-and-is-again-subdivided-in-a-similar-manner-in-this-way-a-plant-is-produced-consist-image232037973.htmlRMRDE6PD–. The principles of botany, as exemplified in the Cryptogamia. For the use of schools and colleges. Cryptogams; Plant anatomy; 1853. DEVELOPMENT AND FUNCTIONS OF CELLS. Fig. 18. 45. 52. Plants composed of a single row of cells.—In this instance, the cell is multiplied by division combined with sub- sequent expansion which takes place in one direction only. A cell is first elongated, and a partition is seen to project across its middle, by which it is divided into two cells; one of these cells again elongates, and is again subdivided in a similar manner; in this way, a plant is produced consist
. Cyclopedia of farm crops, a popular survey of crops and crop-making methods in the United States and Canada;. Farm produce; Agriculture. MAIZE MAIZE 419. Fig. 643. Popcorn. A, Typical ears of white pearl; B, typical ears of white rice. classes may be divided into early, medium and late, and these again into white, yellow, and colored (not yellow). All of these varieties cross with each other so readily that it is difficult under ordinary methods to keep a vari- ety strictly to any given type. The different va- rieties of both the rice and pearl corn may vary as to color through the several s Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/cyclopedia-of-farm-crops-a-popular-survey-of-crops-and-crop-making-methods-in-the-united-states-and-canada-farm-produce-agriculture-maize-maize-419-fig-643-popcorn-a-typical-ears-of-white-pearl-b-typical-ears-of-white-rice-classes-may-be-divided-into-early-medium-and-late-and-these-again-into-white-yellow-and-colored-not-yellow-all-of-these-varieties-cross-with-each-other-so-readily-that-it-is-difficult-under-ordinary-methods-to-keep-a-vari-ety-strictly-to-any-given-type-the-different-va-rieties-of-both-the-rice-and-pearl-corn-may-vary-as-to-color-through-the-several-s-image232233211.htmlRMRDR3R7–. Cyclopedia of farm crops, a popular survey of crops and crop-making methods in the United States and Canada;. Farm produce; Agriculture. MAIZE MAIZE 419. Fig. 643. Popcorn. A, Typical ears of white pearl; B, typical ears of white rice. classes may be divided into early, medium and late, and these again into white, yellow, and colored (not yellow). All of these varieties cross with each other so readily that it is difficult under ordinary methods to keep a vari- ety strictly to any given type. The different va- rieties of both the rice and pearl corn may vary as to color through the several s
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