Than that which divides us Black & White Stock Photos
(13)See than that which divides us stock video clipsThan that which divides us Black & White Stock Photos
By the double bridge. Well-known to Lake district holiday makers who us it as a vantage point from which to observe the many trout in the river - is this double bridge at the picturesque village of grange in the lovely Borrowdale valley , Cumberland . ( The nearer bank is National Trust property ). The bridge is situated at a point where the River Derwent divides as it flows from the head of the valley to Lake Derwentwater near Keswick. It carries the road to the west side of Derwentwater , commanding extensive views of the mountains . 11 July 1957 Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/by-the-double-bridge-well-known-to-lake-district-holiday-makers-who-us-it-as-a-vantage-point-from-which-to-observe-the-many-trout-in-the-river-is-this-double-bridge-at-the-picturesque-village-of-grange-in-the-lovely-borrowdale-valley-cumberland-the-nearer-bank-is-national-trust-property-the-bridge-is-situated-at-a-point-where-the-river-derwent-divides-as-it-flows-from-the-head-of-the-valley-to-lake-derwentwater-near-keswick-it-carries-the-road-to-the-west-side-of-derwentwater-commanding-extensive-views-of-the-mountains-11-july-1957-image623904515.htmlRM2Y718G3–By the double bridge. Well-known to Lake district holiday makers who us it as a vantage point from which to observe the many trout in the river - is this double bridge at the picturesque village of grange in the lovely Borrowdale valley , Cumberland . ( The nearer bank is National Trust property ). The bridge is situated at a point where the River Derwent divides as it flows from the head of the valley to Lake Derwentwater near Keswick. It carries the road to the west side of Derwentwater , commanding extensive views of the mountains . 11 July 1957
. Text-book of embryology. Embryology. cases there was one more chromosome than in others. Let us denote these numbers by the formulae x and x-vl. Further investigation revealed the fact that this extra chromosome, termed the accessory- chromosome or hetero-chromosome, does not pair with any other chromosome before the first maturation division: in this division it divides longitudinally into two, whilst in the second, maturation division it does not divide at all, but passes to one pole of the spindle, and is thus distributed to one of the two spermatids resulting from that division (Fig. 6). Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/text-book-of-embryology-embryology-cases-there-was-one-more-chromosome-than-in-others-let-us-denote-these-numbers-by-the-formulae-x-and-x-vl-further-investigation-revealed-the-fact-that-this-extra-chromosome-termed-the-accessory-chromosome-or-hetero-chromosome-does-not-pair-with-any-other-chromosome-before-the-first-maturation-division-in-this-division-it-divides-longitudinally-into-two-whilst-in-the-second-maturation-division-it-does-not-divide-at-all-but-passes-to-one-pole-of-the-spindle-and-is-thus-distributed-to-one-of-the-two-spermatids-resulting-from-that-division-fig-6-image232128420.htmlRMRDJA4M–. Text-book of embryology. Embryology. cases there was one more chromosome than in others. Let us denote these numbers by the formulae x and x-vl. Further investigation revealed the fact that this extra chromosome, termed the accessory- chromosome or hetero-chromosome, does not pair with any other chromosome before the first maturation division: in this division it divides longitudinally into two, whilst in the second, maturation division it does not divide at all, but passes to one pole of the spindle, and is thus distributed to one of the two spermatids resulting from that division (Fig. 6).
. The natural history of plants. Botany. 24 Natural history of plants. the anthers. But the flower is tetramerous, and the placentas,. instead of occupying the internal angle of the ovarian cells, are situated either very near the Fternandra {Kibessia) simplex. h&BQ, ov, more generally, at a variable height from the ex- ternal coat. In those called Kibessia and hitherto con- sidered generically distinct, but with us constitute only a section of one and the same genus, the calyx is detached as a conical hood, or opens irregularly at the period of anthesis, or even divides regu- larly above Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-natural-history-of-plants-botany-24-natural-history-of-plants-the-anthers-but-the-flower-is-tetramerous-and-the-placentas-instead-of-occupying-the-internal-angle-of-the-ovarian-cells-are-situated-either-very-near-the-fternandra-kibessia-simplex-hampbq-ov-more-generally-at-a-variable-height-from-the-ex-ternal-coat-in-those-called-kibessia-and-hitherto-con-sidered-generically-distinct-but-with-us-constitute-only-a-section-of-one-and-the-same-genus-the-calyx-is-detached-as-a-conical-hood-or-opens-irregularly-at-the-period-of-anthesis-or-even-divides-regu-larly-above-image216376328.htmlRMPG0P60–. The natural history of plants. Botany. 24 Natural history of plants. the anthers. But the flower is tetramerous, and the placentas,. instead of occupying the internal angle of the ovarian cells, are situated either very near the Fternandra {Kibessia) simplex. h&BQ, ov, more generally, at a variable height from the ex- ternal coat. In those called Kibessia and hitherto con- sidered generically distinct, but with us constitute only a section of one and the same genus, the calyx is detached as a conical hood, or opens irregularly at the period of anthesis, or even divides regu- larly above
. Text-book of embryology. Embryology. 14 INVEETEBEATA CHAP.. cases there was one more chromosome than in others. Let us denote these numbers by the formulae x and x-vl. Further investigation revealed the fact that this extra chromosome, termed the accessory- chromosome or hetero-chromosome, does not pair with any other chromosome before the first maturation division: in this division it divides longitudinally into two, whilst in the second, maturation division it does not divide at all, but passes to one pole of the spindle, and is thus distributed to one of the two spermatids resulting from Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/text-book-of-embryology-embryology-14-inveetebeata-chap-cases-there-was-one-more-chromosome-than-in-others-let-us-denote-these-numbers-by-the-formulae-x-and-x-vl-further-investigation-revealed-the-fact-that-this-extra-chromosome-termed-the-accessory-chromosome-or-hetero-chromosome-does-not-pair-with-any-other-chromosome-before-the-first-maturation-division-in-this-division-it-divides-longitudinally-into-two-whilst-in-the-second-maturation-division-it-does-not-divide-at-all-but-passes-to-one-pole-of-the-spindle-and-is-thus-distributed-to-one-of-the-two-spermatids-resulting-from-image232128424.htmlRMRDJA4T–. Text-book of embryology. Embryology. 14 INVEETEBEATA CHAP.. cases there was one more chromosome than in others. Let us denote these numbers by the formulae x and x-vl. Further investigation revealed the fact that this extra chromosome, termed the accessory- chromosome or hetero-chromosome, does not pair with any other chromosome before the first maturation division: in this division it divides longitudinally into two, whilst in the second, maturation division it does not divide at all, but passes to one pole of the spindle, and is thus distributed to one of the two spermatids resulting from
. New England bird life; being a manual of New England ornithology: rev.and ed. from the manuscript of Winfrid A. Stearns . Birds. CANACE CANADENSIS : CANADA GROUSE. 149 5.50. Female : nowhere continuously black, but much varie- gated with brown, tawny and white ; the same orange colored tail-bar, not so well defined. In size, rather less than tlie male. The normal limit of dispersion of the Canada Grouse southward divides the Canadian from the Alleghanian Fauna, enabling us to draw the line between the two with greater exactitude, perhaps, than that afforded by the distribution of any other o Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/new-england-bird-life-being-a-manual-of-new-england-ornithology-revand-ed-from-the-manuscript-of-winfrid-a-stearns-birds-canace-canadensis-canada-grouse-149-550-female-nowhere-continuously-black-but-much-varie-gated-with-brown-tawny-and-white-the-same-orange-colored-tail-bar-not-so-well-defined-in-size-rather-less-than-tlie-male-the-normal-limit-of-dispersion-of-the-canada-grouse-southward-divides-the-canadian-from-the-alleghanian-fauna-enabling-us-to-draw-the-line-between-the-two-with-greater-exactitude-perhaps-than-that-afforded-by-the-distribution-of-any-other-o-image216360152.htmlRMPG01G8–. New England bird life; being a manual of New England ornithology: rev.and ed. from the manuscript of Winfrid A. Stearns . Birds. CANACE CANADENSIS : CANADA GROUSE. 149 5.50. Female : nowhere continuously black, but much varie- gated with brown, tawny and white ; the same orange colored tail-bar, not so well defined. In size, rather less than tlie male. The normal limit of dispersion of the Canada Grouse southward divides the Canadian from the Alleghanian Fauna, enabling us to draw the line between the two with greater exactitude, perhaps, than that afforded by the distribution of any other o
. The natural history of plants. Botany. 24 Natural history of plants. the anthers. But the flower is tetramerous, and the placentas,. instead of occupying the internal angle of the ovarian cells, are situated either very near the Fternandra {Kibessia) simplex. h&BQ, ov, more generally, at a variable height from the ex- ternal coat. In those called Kibessia and hitherto con- sidered generically distinct, but with us constitute only a section of one and the same genus, the calyx is detached as a conical hood, or opens irregularly at the period of anthesis, or even divides regu- larly above Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-natural-history-of-plants-botany-24-natural-history-of-plants-the-anthers-but-the-flower-is-tetramerous-and-the-placentas-instead-of-occupying-the-internal-angle-of-the-ovarian-cells-are-situated-either-very-near-the-fternandra-kibessia-simplex-hampbq-ov-more-generally-at-a-variable-height-from-the-ex-ternal-coat-in-those-called-kibessia-and-hitherto-con-sidered-generically-distinct-but-with-us-constitute-only-a-section-of-one-and-the-same-genus-the-calyx-is-detached-as-a-conical-hood-or-opens-irregularly-at-the-period-of-anthesis-or-even-divides-regu-larly-above-image232079316.htmlRMRDG3F0–. The natural history of plants. Botany. 24 Natural history of plants. the anthers. But the flower is tetramerous, and the placentas,. instead of occupying the internal angle of the ovarian cells, are situated either very near the Fternandra {Kibessia) simplex. h&BQ, ov, more generally, at a variable height from the ex- ternal coat. In those called Kibessia and hitherto con- sidered generically distinct, but with us constitute only a section of one and the same genus, the calyx is detached as a conical hood, or opens irregularly at the period of anthesis, or even divides regu- larly above
![. Outlines of zoology. Zoology. CELL DL VISI ON. 47 as the square of the radius, while the mass increases as the cube. The surface growth ahvays lags behind the increase of mass. Therefore, when the cell has, let us say, quadrupled its original mass, but by no means quadrupled its surface, difficulties set in, waste begins to gain on repair, anabolism loses some of its ascendancy over katabolism. At the limit of growth, then, the cell divides, halving its mass and gaining new surface. Of course surface may be increased by out- flowing processes, just as that of leaves by many lobes ; and " Stock Photo](https://c8.alamy.com/comp/RE084N/outlines-of-zoology-zoology-cell-dl-visi-on-47-as-the-square-of-the-radius-while-the-mass-increases-as-the-cube-the-surface-growth-ahvays-lags-behind-the-increase-of-mass-therefore-when-the-cell-has-let-us-say-quadrupled-its-original-mass-but-by-no-means-quadrupled-its-surface-difficulties-set-in-waste-begins-to-gain-on-repair-anabolism-loses-some-of-its-ascendancy-over-katabolism-at-the-limit-of-growth-then-the-cell-divides-halving-its-mass-and-gaining-new-surface-of-course-surface-may-be-increased-by-out-flowing-processes-just-as-that-of-leaves-by-many-lobes-and-quot-RE084N.jpg ". Outlines of zoology. Zoology. CELL DL VISI ON. 47 as the square of the radius, while the mass increases as the cube. The surface growth ahvays lags behind the increase of mass. Therefore, when the cell has, let us say, quadrupled its original mass, but by no means quadrupled its surface, difficulties set in, waste begins to gain on repair, anabolism loses some of its ascendancy over katabolism. At the limit of growth, then, the cell divides, halving its mass and gaining new surface. Of course surface may be increased by out- flowing processes, just as that of leaves by many lobes ; and " Stock Photo")
. Outlines of zoology. Zoology. CELL DL VISI ON. 47 as the square of the radius, while the mass increases as the cube. The surface growth ahvays lags behind the increase of mass. Therefore, when the cell has, let us say, quadrupled its original mass, but by no means quadrupled its surface, difficulties set in, waste begins to gain on repair, anabolism loses some of its ascendancy over katabolism. At the limit of growth, then, the cell divides, halving its mass and gaining new surface. Of course surface may be increased by out- flowing processes, just as that of leaves by many lobes ; and " Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/outlines-of-zoology-zoology-cell-dl-visi-on-47-as-the-square-of-the-radius-while-the-mass-increases-as-the-cube-the-surface-growth-ahvays-lags-behind-the-increase-of-mass-therefore-when-the-cell-has-let-us-say-quadrupled-its-original-mass-but-by-no-means-quadrupled-its-surface-difficulties-set-in-waste-begins-to-gain-on-repair-anabolism-loses-some-of-its-ascendancy-over-katabolism-at-the-limit-of-growth-then-the-cell-divides-halving-its-mass-and-gaining-new-surface-of-course-surface-may-be-increased-by-out-flowing-processes-just-as-that-of-leaves-by-many-lobes-and-quot-image232346373.htmlRMRE084N–. Outlines of zoology. Zoology. CELL DL VISI ON. 47 as the square of the radius, while the mass increases as the cube. The surface growth ahvays lags behind the increase of mass. Therefore, when the cell has, let us say, quadrupled its original mass, but by no means quadrupled its surface, difficulties set in, waste begins to gain on repair, anabolism loses some of its ascendancy over katabolism. At the limit of growth, then, the cell divides, halving its mass and gaining new surface. Of course surface may be increased by out- flowing processes, just as that of leaves by many lobes ; and "
![. Florists' review [microform]. Floriculture. Combination The "OH BOY" Glazing Gun and the justly famous and widely used EVERTITE GLAZING CEMENT Write us for more information, which we will gladly furnish THE EXCELLO MANUFACTURING CO., Cleveland, Ohio FiguRAYtor —The Wonder of the Age. Without Desk Stand Adds, Subtracte — FiguRAYtor — Multiplies, Divides SIX GOOD REASONS Why the FiguRAYtor is the logical machine for you. No other machine at any price embodies these six reasons. 1—ADDS with all the speed and accuracy of higher priced machines. 2-DIRECTLY SUBTRACTS-No roundabout, com- Stock Photo](https://c8.alamy.com/comp/RRJC8B/florists-review-microform-floriculture-combination-the-quotoh-boyquot-glazing-gun-and-the-justly-famous-and-widely-used-evertite-glazing-cement-write-us-for-more-information-which-we-will-gladly-furnish-the-excello-manufacturing-co-cleveland-ohio-figuraytor-the-wonder-of-the-age-without-desk-stand-adds-subtracte-figuraytor-multiplies-divides-six-good-reasons-why-the-figuraytor-is-the-logical-machine-for-you-no-other-machine-at-any-price-embodies-these-six-reasons-1adds-with-all-the-speed-and-accuracy-of-higher-priced-machines-2-directly-subtracts-no-roundabout-com-RRJC8B.jpg ". Florists' review [microform]. Floriculture. Combination The "OH BOY" Glazing Gun and the justly famous and widely used EVERTITE GLAZING CEMENT Write us for more information, which we will gladly furnish THE EXCELLO MANUFACTURING CO., Cleveland, Ohio FiguRAYtor —The Wonder of the Age. Without Desk Stand Adds, Subtracte — FiguRAYtor — Multiplies, Divides SIX GOOD REASONS Why the FiguRAYtor is the logical machine for you. No other machine at any price embodies these six reasons. 1—ADDS with all the speed and accuracy of higher priced machines. 2-DIRECTLY SUBTRACTS-No roundabout, com- Stock Photo")
. Florists' review [microform]. Floriculture. Combination The "OH BOY" Glazing Gun and the justly famous and widely used EVERTITE GLAZING CEMENT Write us for more information, which we will gladly furnish THE EXCELLO MANUFACTURING CO., Cleveland, Ohio FiguRAYtor —The Wonder of the Age. Without Desk Stand Adds, Subtracte — FiguRAYtor — Multiplies, Divides SIX GOOD REASONS Why the FiguRAYtor is the logical machine for you. No other machine at any price embodies these six reasons. 1—ADDS with all the speed and accuracy of higher priced machines. 2-DIRECTLY SUBTRACTS-No roundabout, com- Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/florists-review-microform-floriculture-combination-the-quotoh-boyquot-glazing-gun-and-the-justly-famous-and-widely-used-evertite-glazing-cement-write-us-for-more-information-which-we-will-gladly-furnish-the-excello-manufacturing-co-cleveland-ohio-figuraytor-the-wonder-of-the-age-without-desk-stand-adds-subtracte-figuraytor-multiplies-divides-six-good-reasons-why-the-figuraytor-is-the-logical-machine-for-you-no-other-machine-at-any-price-embodies-these-six-reasons-1adds-with-all-the-speed-and-accuracy-of-higher-priced-machines-2-directly-subtracts-no-roundabout-com-image238276651.htmlRMRRJC8B–. Florists' review [microform]. Floriculture. Combination The "OH BOY" Glazing Gun and the justly famous and widely used EVERTITE GLAZING CEMENT Write us for more information, which we will gladly furnish THE EXCELLO MANUFACTURING CO., Cleveland, Ohio FiguRAYtor —The Wonder of the Age. Without Desk Stand Adds, Subtracte — FiguRAYtor — Multiplies, Divides SIX GOOD REASONS Why the FiguRAYtor is the logical machine for you. No other machine at any price embodies these six reasons. 1—ADDS with all the speed and accuracy of higher priced machines. 2-DIRECTLY SUBTRACTS-No roundabout, com-
. A manual of Indian botany. Botany. POLLEN-GRAINS AND OVULES 135 GRAIN, produced within the anther, and the female cell is the oosphere or ovum, produced within the ovule. This leads us to look into the structure of the ovule and of the pollen-grain. In Chapter XIV the structure of the ovule has been described so far as the formation of the embryo-sac. The nucleus of the embryo-sac divides first into two parts; next, each of the latter divides into two parts, giving rise to four nuclei; and, lastly, each of these. Fig-. 1T9.—Successive Changfes in the Embryo-sac of Polygonum prior to Fertiliz Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/a-manual-of-indian-botany-botany-pollen-grains-and-ovules-135-grain-produced-within-the-anther-and-the-female-cell-is-the-oosphere-or-ovum-produced-within-the-ovule-this-leads-us-to-look-into-the-structure-of-the-ovule-and-of-the-pollen-grain-in-chapter-xiv-the-structure-of-the-ovule-has-been-described-so-far-as-the-formation-of-the-embryo-sac-the-nucleus-of-the-embryo-sac-divides-first-into-two-parts-next-each-of-the-latter-divides-into-two-parts-giving-rise-to-four-nuclei-and-lastly-each-of-these-fig-1t9successive-changfes-in-the-embryo-sac-of-polygonum-prior-to-fertiliz-image232380110.htmlRMRE1R5J–. A manual of Indian botany. Botany. POLLEN-GRAINS AND OVULES 135 GRAIN, produced within the anther, and the female cell is the oosphere or ovum, produced within the ovule. This leads us to look into the structure of the ovule and of the pollen-grain. In Chapter XIV the structure of the ovule has been described so far as the formation of the embryo-sac. The nucleus of the embryo-sac divides first into two parts; next, each of the latter divides into two parts, giving rise to four nuclei; and, lastly, each of these. Fig-. 1T9.—Successive Changfes in the Embryo-sac of Polygonum prior to Fertiliz
. Fungi, ascomycetes, ustilaginales, uredinales. Fungi. h I c /d Fig. 147. Ustilago Scabiosae Sow.; development of basidium; after Harper. least two divisions; the basidium in turn produces a number of uninucleate sporidia or basidiospores. The basidium may be unicellular, giving rise to a bunch of basidiospores at its apex (Tilletia (fig. %d)), or multicellular, usually four-celled, producing one or more basidiospores from each cell (Us- tilago (fig. 147 e)). The nucleus of the parent cell does not travel into the basidiospore but divides, sending one daughter nucleus into the spore, whi Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/fungi-ascomycetes-ustilaginales-uredinales-fungi-h-i-c-d-fig-147-ustilago-scabiosae-sow-development-of-basidium-after-harper-least-two-divisions-the-basidium-in-turn-produces-a-number-of-uninucleate-sporidia-or-basidiospores-the-basidium-may-be-unicellular-giving-rise-to-a-bunch-of-basidiospores-at-its-apex-tilletia-fig-d-or-multicellular-usually-four-celled-producing-one-or-more-basidiospores-from-each-cell-us-tilago-fig-147-e-the-nucleus-of-the-parent-cell-does-not-travel-into-the-basidiospore-but-divides-sending-one-daughter-nucleus-into-the-spore-whi-image232296851.htmlRMRDX103–. Fungi, ascomycetes, ustilaginales, uredinales. Fungi. h I c /d Fig. 147. Ustilago Scabiosae Sow.; development of basidium; after Harper. least two divisions; the basidium in turn produces a number of uninucleate sporidia or basidiospores. The basidium may be unicellular, giving rise to a bunch of basidiospores at its apex (Tilletia (fig. %d)), or multicellular, usually four-celled, producing one or more basidiospores from each cell (Us- tilago (fig. 147 e)). The nucleus of the parent cell does not travel into the basidiospore but divides, sending one daughter nucleus into the spore, whi
. Fungi, ascomycetes, ustilaginales, uredinales. Fungi. h I c /d Fig. 147. Ustilago Scabiosae Sow.; development of basidium; after Harper. least two divisions; the basidium in turn produces a number of uninucleate sporidia or basidiospores. The basidium may be unicellular, giving rise to a bunch of basidiospores at its apex (Tilletia (fig. %d)), or multicellular, usually four-celled, producing one or more basidiospores from each cell (Us- tilago (fig. 147 e)). The nucleus of the parent cell does not travel into the basidiospore but divides, sending one daughter nucleus into the spore, whi Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/fungi-ascomycetes-ustilaginales-uredinales-fungi-h-i-c-d-fig-147-ustilago-scabiosae-sow-development-of-basidium-after-harper-least-two-divisions-the-basidium-in-turn-produces-a-number-of-uninucleate-sporidia-or-basidiospores-the-basidium-may-be-unicellular-giving-rise-to-a-bunch-of-basidiospores-at-its-apex-tilletia-fig-d-or-multicellular-usually-four-celled-producing-one-or-more-basidiospores-from-each-cell-us-tilago-fig-147-e-the-nucleus-of-the-parent-cell-does-not-travel-into-the-basidiospore-but-divides-sending-one-daughter-nucleus-into-the-spore-whi-image232296857.htmlRMRDX109–. Fungi, ascomycetes, ustilaginales, uredinales. Fungi. h I c /d Fig. 147. Ustilago Scabiosae Sow.; development of basidium; after Harper. least two divisions; the basidium in turn produces a number of uninucleate sporidia or basidiospores. The basidium may be unicellular, giving rise to a bunch of basidiospores at its apex (Tilletia (fig. %d)), or multicellular, usually four-celled, producing one or more basidiospores from each cell (Us- tilago (fig. 147 e)). The nucleus of the parent cell does not travel into the basidiospore but divides, sending one daughter nucleus into the spore, whi
. New England bird life; being a manual of New England ornithology: rev.and ed. from the manuscript of Winfrid A. Stearns . Birds. CANACE CANADENSIS : CANADA GROUSE. 149 5.50. Female : nowhere continuously black, but much varie- gated with brown, tawny and white ; the same orange colored tail-bar, not so well defined. In size, rather less than tlie male. The normal limit of dispersion of the Canada Grouse southward divides the Canadian from the Alleghanian Fauna, enabling us to draw the line between the two with greater exactitude, perhaps, than that afforded by the distribution of any other o Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/new-england-bird-life-being-a-manual-of-new-england-ornithology-revand-ed-from-the-manuscript-of-winfrid-a-stearns-birds-canace-canadensis-canada-grouse-149-550-female-nowhere-continuously-black-but-much-varie-gated-with-brown-tawny-and-white-the-same-orange-colored-tail-bar-not-so-well-defined-in-size-rather-less-than-tlie-male-the-normal-limit-of-dispersion-of-the-canada-grouse-southward-divides-the-canadian-from-the-alleghanian-fauna-enabling-us-to-draw-the-line-between-the-two-with-greater-exactitude-perhaps-than-that-afforded-by-the-distribution-of-any-other-o-image232037787.htmlRMRDE6FR–. New England bird life; being a manual of New England ornithology: rev.and ed. from the manuscript of Winfrid A. Stearns . Birds. CANACE CANADENSIS : CANADA GROUSE. 149 5.50. Female : nowhere continuously black, but much varie- gated with brown, tawny and white ; the same orange colored tail-bar, not so well defined. In size, rather less than tlie male. The normal limit of dispersion of the Canada Grouse southward divides the Canadian from the Alleghanian Fauna, enabling us to draw the line between the two with greater exactitude, perhaps, than that afforded by the distribution of any other o
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. Elementary botany [microform]. Botany; Botanique. IRIDACR/K I a creeping , sword-like, âThe main 217) actino- rphic, 9, lie, epigyn- Perianth 3, united to m a long ^, petaloid, ow. The parts of three peri- h - leaves, ;hrepresent outer whorl are bent v^n wards, each has a 3w band of i along its -leaves (/) o, inserted ith-leaves; irior; the 1 an axile ' it divides e opposite ). On the is a small I'he three the style :es us that : stamens. !d on, the ous plant, e that the sufficiently 173 two an- alike, except that the inner whorl of stamens is missini: from the latter. If we now add these th Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/elementary-botany-microform-botany-botanique-iridacrk-i-a-creeping-sword-like-the-main-217-actino-rphic-9-lie-epigyn-perianth-3-united-to-m-a-long-petaloid-ow-the-parts-of-three-peri-h-leaves-hrepresent-outer-whorl-are-bent-vn-wards-each-has-a-3w-band-of-i-along-its-leaves-o-inserted-ith-leaves-irior-the-1-an-axile-it-divides-e-opposite-on-the-is-a-small-ihe-three-the-style-es-us-that-stamens-!d-on-the-ous-plant-e-that-the-sufficiently-173-two-an-alike-except-that-the-inner-whorl-of-stamens-is-missini-from-the-latter-if-we-now-add-these-th-image232769918.htmlRMREKGBA–. Elementary botany [microform]. Botany; Botanique. IRIDACR/K I a creeping , sword-like, âThe main 217) actino- rphic, 9, lie, epigyn- Perianth 3, united to m a long ^, petaloid, ow. The parts of three peri- h - leaves, ;hrepresent outer whorl are bent v^n wards, each has a 3w band of i along its -leaves (/) o, inserted ith-leaves; irior; the 1 an axile ' it divides e opposite ). On the is a small I'he three the style :es us that : stamens. !d on, the ous plant, e that the sufficiently 173 two an- alike, except that the inner whorl of stamens is missini: from the latter. If we now add these th
