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Budding plant life Black & White Stock Photos
Spring Bud from a branch Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/spring-bud-from-a-branch-image349003355.htmlRF2B7PD9F–Spring Bud from a branch
Budding tulip from Skagit Valley Tulip Festival in Washington state Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/budding-tulip-from-skagit-valley-tulip-festival-in-washington-state-image211808834.htmlRFP8GM96–Budding tulip from Skagit Valley Tulip Festival in Washington state
Abstract Patterns of a Sunflower (Black & White) - Asheville, North Carolina, USA Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/abstract-patterns-of-a-sunflower-black-white-asheville-north-carolina-usa-image329452095.htmlRM2A3YRE7–Abstract Patterns of a Sunflower (Black & White) - Asheville, North Carolina, USA
. The origin of a land flora, a theory based upon the facts of alternation. Plant morphology. 20 THE LIFE-HISTORY OF A FERN of Sporophytic budding. It is plain that such growths are only methods of amplification of the morphological individual ; though ultimately quite separate from the parent plant, there is no reorganisation of the protoplasts involved in their initiation. There is, however, an alternative mode of increase in number of individuals, which deals with much larger numbers of potential germs, and involves a much greater complexity of the phases of production than the mere sporoph Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/the-origin-of-a-land-flora-a-theory-based-upon-the-facts-of-alternation-plant-morphology-20-the-life-history-of-a-fern-of-sporophytic-budding-it-is-plain-that-such-growths-are-only-methods-of-amplification-of-the-morphological-individual-though-ultimately-quite-separate-from-the-parent-plant-there-is-no-reorganisation-of-the-protoplasts-involved-in-their-initiation-there-is-however-an-alternative-mode-of-increase-in-number-of-individuals-which-deals-with-much-larger-numbers-of-potential-germs-and-involves-a-much-greater-complexity-of-the-phases-of-production-than-the-mere-sporoph-image232309641.htmlRMRDXH8W–. The origin of a land flora, a theory based upon the facts of alternation. Plant morphology. 20 THE LIFE-HISTORY OF A FERN of Sporophytic budding. It is plain that such growths are only methods of amplification of the morphological individual ; though ultimately quite separate from the parent plant, there is no reorganisation of the protoplasts involved in their initiation. There is, however, an alternative mode of increase in number of individuals, which deals with much larger numbers of potential germs, and involves a much greater complexity of the phases of production than the mere sporoph
. Plant life and plant uses; an elementary textbook, a foundation for the study of agriculture, domestic science or college botany. Botany. l82 STEMS scions are cut on a long diagonal so that a good deal of cambium is exposed at the surface. The stock is cut so that its cambium and the cam- bium of the scion may be brought together, and, after this adjustment has been made, the wound is covered with clay or with grafting wax. (See Figure 63.) In the cultivation of peaches a process called budding is used. This process is much the same as grafting, the principal differ- ence being in the charac Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/plant-life-and-plant-uses-an-elementary-textbook-a-foundation-for-the-study-of-agriculture-domestic-science-or-college-botany-botany-l82-stems-scions-are-cut-on-a-long-diagonal-so-that-a-good-deal-of-cambium-is-exposed-at-the-surface-the-stock-is-cut-so-that-its-cambium-and-the-cam-bium-of-the-scion-may-be-brought-together-and-after-this-adjustment-has-been-made-the-wound-is-covered-with-clay-or-with-grafting-wax-see-figure-63-in-the-cultivation-of-peaches-a-process-called-budding-is-used-this-process-is-much-the-same-as-grafting-the-principal-differ-ence-being-in-the-charac-image216443453.htmlRMPG3RR9–. Plant life and plant uses; an elementary textbook, a foundation for the study of agriculture, domestic science or college botany. Botany. l82 STEMS scions are cut on a long diagonal so that a good deal of cambium is exposed at the surface. The stock is cut so that its cambium and the cam- bium of the scion may be brought together, and, after this adjustment has been made, the wound is covered with clay or with grafting wax. (See Figure 63.) In the cultivation of peaches a process called budding is used. This process is much the same as grafting, the principal differ- ence being in the charac
A close-up shot of a seed sprouting, symbolizing new life and growth Stock Vectorhttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/a-close-up-shot-of-a-seed-sprouting-symbolizing-new-life-and-growth-image606857718.htmlRF2X78N5X–A close-up shot of a seed sprouting, symbolizing new life and growth
. Plant life and plant uses; an elementary textbook, a foundation for the study of agriculture, domestic science or college botany. Botany. l82 STEMS scions are cut on a long diagonal so that a good deal of cambium is exposed at the surface. The stock is cut so that its cambium and the cam- bium of the scion may be brought together, and, after this adjustment has been made, the wound is covered with clay or with grafting wax. (See Figure 6j.) In the cultivation of peaches a process called budding is used. This process is much the same as grafting, the principal differ- ence being in the charac Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/plant-life-and-plant-uses-an-elementary-textbook-a-foundation-for-the-study-of-agriculture-domestic-science-or-college-botany-botany-l82-stems-scions-are-cut-on-a-long-diagonal-so-that-a-good-deal-of-cambium-is-exposed-at-the-surface-the-stock-is-cut-so-that-its-cambium-and-the-cam-bium-of-the-scion-may-be-brought-together-and-after-this-adjustment-has-been-made-the-wound-is-covered-with-clay-or-with-grafting-wax-see-figure-6j-in-the-cultivation-of-peaches-a-process-called-budding-is-used-this-process-is-much-the-same-as-grafting-the-principal-differ-ence-being-in-the-charac-image232329668.htmlRMRDYET4–. Plant life and plant uses; an elementary textbook, a foundation for the study of agriculture, domestic science or college botany. Botany. l82 STEMS scions are cut on a long diagonal so that a good deal of cambium is exposed at the surface. The stock is cut so that its cambium and the cam- bium of the scion may be brought together, and, after this adjustment has been made, the wound is covered with clay or with grafting wax. (See Figure 6j.) In the cultivation of peaches a process called budding is used. This process is much the same as grafting, the principal differ- ence being in the charac
. Nature study and life. Nature study. PROPAGATION OF PLANTS I7S top and bottom out of a tin can and, forcing it halfway into the ground, plant the seed in it. Otherwise we may not have a single tree to show for a dozen seeds. Nothing in the whole garden is more graceful than a seedling peach, and it grows faster than almost any other tree. By the end of the season, with good treat- ment, it should be about four feet tall and nearly an inch in diameter at the ground. Budding. — Along in September, or earlier farther south, we shall need to bud our tree, i.e., plant a bud of the desired variety Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/nature-study-and-life-nature-study-propagation-of-plants-i7s-top-and-bottom-out-of-a-tin-can-and-forcing-it-halfway-into-the-ground-plant-the-seed-in-it-otherwise-we-may-not-have-a-single-tree-to-show-for-a-dozen-seeds-nothing-in-the-whole-garden-is-more-graceful-than-a-seedling-peach-and-it-grows-faster-than-almost-any-other-tree-by-the-end-of-the-season-with-good-treat-ment-it-should-be-about-four-feet-tall-and-nearly-an-inch-in-diameter-at-the-ground-budding-along-in-september-or-earlier-farther-south-we-shall-need-to-bud-our-tree-ie-plant-a-bud-of-the-desired-variety-image216448263.htmlRMPG41Y3–. Nature study and life. Nature study. PROPAGATION OF PLANTS I7S top and bottom out of a tin can and, forcing it halfway into the ground, plant the seed in it. Otherwise we may not have a single tree to show for a dozen seeds. Nothing in the whole garden is more graceful than a seedling peach, and it grows faster than almost any other tree. By the end of the season, with good treat- ment, it should be about four feet tall and nearly an inch in diameter at the ground. Budding. — Along in September, or earlier farther south, we shall need to bud our tree, i.e., plant a bud of the desired variety
. Plant life and plant uses; an elementary textbook, a foundation for the study of agriculture, domestic science or college botany. Botany. l82 STEMS scions are cut on a long diagonal so that a good deal of cambium is exposed at the surface. The stock is cut so that its cambium and the cam- bium of the scion may be brought together, and, after this adjustment has been made, the wound is covered with clay or with grafting wax. (See Figure 63.) In the cultivation of peaches a process called budding is used. This process is much the same as grafting, the principal differ- ence being in the charac Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/plant-life-and-plant-uses-an-elementary-textbook-a-foundation-for-the-study-of-agriculture-domestic-science-or-college-botany-botany-l82-stems-scions-are-cut-on-a-long-diagonal-so-that-a-good-deal-of-cambium-is-exposed-at-the-surface-the-stock-is-cut-so-that-its-cambium-and-the-cam-bium-of-the-scion-may-be-brought-together-and-after-this-adjustment-has-been-made-the-wound-is-covered-with-clay-or-with-grafting-wax-see-figure-63-in-the-cultivation-of-peaches-a-process-called-budding-is-used-this-process-is-much-the-same-as-grafting-the-principal-differ-ence-being-in-the-charac-image232133854.htmlRMRDJH2P–. Plant life and plant uses; an elementary textbook, a foundation for the study of agriculture, domestic science or college botany. Botany. l82 STEMS scions are cut on a long diagonal so that a good deal of cambium is exposed at the surface. The stock is cut so that its cambium and the cam- bium of the scion may be brought together, and, after this adjustment has been made, the wound is covered with clay or with grafting wax. (See Figure 63.) In the cultivation of peaches a process called budding is used. This process is much the same as grafting, the principal differ- ence being in the charac
. Plant life and plant uses; an elementary textbook, a foundation for the study of agriculture, domestic science or college botany. Botany. posed T-shaped cut is made in the young bark of the stock, and the bark is turned back a little on each side of this cut. The scion is then slipped into the cut, the lifted bark on each side holding it in place. To hold it more firmly, strings are tied around the stem just. above and just below the inserted bud. (See Figure 64.) Budding, like grafting, is done in early spring. on its inner face. A. AJ Fig. 64. — Budding: A, a bud and a bit of the bark as Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/plant-life-and-plant-uses-an-elementary-textbook-a-foundation-for-the-study-of-agriculture-domestic-science-or-college-botany-botany-posed-t-shaped-cut-is-made-in-the-young-bark-of-the-stock-and-the-bark-is-turned-back-a-little-on-each-side-of-this-cut-the-scion-is-then-slipped-into-the-cut-the-lifted-bark-on-each-side-holding-it-in-place-to-hold-it-more-firmly-strings-are-tied-around-the-stem-just-above-and-just-below-the-inserted-bud-see-figure-64-budding-like-grafting-is-done-in-early-spring-on-its-inner-face-a-aj-fig-64-budding-a-a-bud-and-a-bit-of-the-bark-as-image216443447.htmlRMPG3RR3–. Plant life and plant uses; an elementary textbook, a foundation for the study of agriculture, domestic science or college botany. Botany. posed T-shaped cut is made in the young bark of the stock, and the bark is turned back a little on each side of this cut. The scion is then slipped into the cut, the lifted bark on each side holding it in place. To hold it more firmly, strings are tied around the stem just. above and just below the inserted bud. (See Figure 64.) Budding, like grafting, is done in early spring. on its inner face. A. AJ Fig. 64. — Budding: A, a bud and a bit of the bark as
. First studies in plant life in Australasia, with numerous questions, directions for outdoor work, and drawing and composition exercises. Botany. HOW PLANTS HAVE BEEN IMPEOVED BY MAN 161. Grating: I grafted on to be The cut as shewn in the fig. 119 a, and the shoot b is cut so as to fit in exactly. Next, some clay or grafting wax is plastered on, and the whole is then bound up with tape. The great point in grafting, as in budding, is to get the inner barks .exactly fitted together, so that the tubes that carry the ripe leaf-sap may'get together. We saw that it is this ripe leaf-sap that makes Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/first-studies-in-plant-life-in-australasia-with-numerous-questions-directions-for-outdoor-work-and-drawing-and-composition-exercises-botany-how-plants-have-been-impeoved-by-man-161-grating-i-grafted-on-to-be-the-cut-as-shewn-in-the-fig-119-a-and-the-shoot-b-is-cut-so-as-to-fit-in-exactly-next-some-clay-or-grafting-wax-is-plastered-on-and-the-whole-is-then-bound-up-with-tape-the-great-point-in-grafting-as-in-budding-is-to-get-the-inner-barks-exactly-fitted-together-so-that-the-tubes-that-carry-the-ripe-leaf-sap-mayget-together-we-saw-that-it-is-this-ripe-leaf-sap-that-makes-image232376773.htmlRMRE1JXD–. First studies in plant life in Australasia, with numerous questions, directions for outdoor work, and drawing and composition exercises. Botany. HOW PLANTS HAVE BEEN IMPEOVED BY MAN 161. Grating: I grafted on to be The cut as shewn in the fig. 119 a, and the shoot b is cut so as to fit in exactly. Next, some clay or grafting wax is plastered on, and the whole is then bound up with tape. The great point in grafting, as in budding, is to get the inner barks .exactly fitted together, so that the tubes that carry the ripe leaf-sap may'get together. We saw that it is this ripe leaf-sap that makes
. Science of plant life, a high school botany treating of the plant and its relation to the environment. Botany. The Structures and Processes of Stems 133 tree of the desired variety, with a small oval piece of wood and bark attached, is slipped down inside the cortex of the. Fig. 76. Methods of grafting and budding. At left, whip grafting; in middle, cleft grafting; at right, budding. A is the cion, and B the stock. C shows the don and stock joined. stock and tied firmly in place (Fig. 76). This places the two cambium layers in contact; the two pieces unite, and the bud develops into a branch Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/science-of-plant-life-a-high-school-botany-treating-of-the-plant-and-its-relation-to-the-environment-botany-the-structures-and-processes-of-stems-133-tree-of-the-desired-variety-with-a-small-oval-piece-of-wood-and-bark-attached-is-slipped-down-inside-the-cortex-of-the-fig-76-methods-of-grafting-and-budding-at-left-whip-grafting-in-middle-cleft-grafting-at-right-budding-a-is-the-cion-and-b-the-stock-c-shows-the-don-and-stock-joined-stock-and-tied-firmly-in-place-fig-76-this-places-the-two-cambium-layers-in-contact-the-two-pieces-unite-and-the-bud-develops-into-a-branch-image232267371.htmlRMRDTKB7–. Science of plant life, a high school botany treating of the plant and its relation to the environment. Botany. The Structures and Processes of Stems 133 tree of the desired variety, with a small oval piece of wood and bark attached, is slipped down inside the cortex of the. Fig. 76. Methods of grafting and budding. At left, whip grafting; in middle, cleft grafting; at right, budding. A is the cion, and B the stock. C shows the don and stock joined. stock and tied firmly in place (Fig. 76). This places the two cambium layers in contact; the two pieces unite, and the bud develops into a branch
. Nature study and life. Nature study. PROPAGATION OF PLANTS I7S top and bottom out of a tin can and, forcing it halfway into the ground, plant the seed in it. Otherwise we may not have a single tree to show for a dozen seeds. Nothing in the whole garden is more graceful than a seedling peach, and it grows faster than almost any other tree. By the end of the season, with good treat- ment, it should be about four feet tall and nearly an inch in diameter at the ground. Budding. — Along in September, or earlier farther south, we shall need to bud our tree, i.e., plant a bud of the desired variety Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/nature-study-and-life-nature-study-propagation-of-plants-i7s-top-and-bottom-out-of-a-tin-can-and-forcing-it-halfway-into-the-ground-plant-the-seed-in-it-otherwise-we-may-not-have-a-single-tree-to-show-for-a-dozen-seeds-nothing-in-the-whole-garden-is-more-graceful-than-a-seedling-peach-and-it-grows-faster-than-almost-any-other-tree-by-the-end-of-the-season-with-good-treat-ment-it-should-be-about-four-feet-tall-and-nearly-an-inch-in-diameter-at-the-ground-budding-along-in-september-or-earlier-farther-south-we-shall-need-to-bud-our-tree-ie-plant-a-bud-of-the-desired-variety-image232111426.htmlRMRDHGDP–. Nature study and life. Nature study. PROPAGATION OF PLANTS I7S top and bottom out of a tin can and, forcing it halfway into the ground, plant the seed in it. Otherwise we may not have a single tree to show for a dozen seeds. Nothing in the whole garden is more graceful than a seedling peach, and it grows faster than almost any other tree. By the end of the season, with good treat- ment, it should be about four feet tall and nearly an inch in diameter at the ground. Budding. — Along in September, or earlier farther south, we shall need to bud our tree, i.e., plant a bud of the desired variety
. Nature study and life. Nature study. PROPAGATION OF PLANTS 175 top and bottom out of a tin can and, forcing it halfway into the ground, plant the seed in it. Otherwise we may not have a single tree to show for a dozen seeds. Nothing in the whole garden is more graceful than a seedling peach, and it grows faster than almost any other tree. By the end of the season, with good treat- ment, it should be about four feet tall and nearly an inch in diameter at the ground. Budding. — Along in September, or earlier farther south, we shall need to bud our tree, i.e., plant a bud of the desired variety Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/nature-study-and-life-nature-study-propagation-of-plants-175-top-and-bottom-out-of-a-tin-can-and-forcing-it-halfway-into-the-ground-plant-the-seed-in-it-otherwise-we-may-not-have-a-single-tree-to-show-for-a-dozen-seeds-nothing-in-the-whole-garden-is-more-graceful-than-a-seedling-peach-and-it-grows-faster-than-almost-any-other-tree-by-the-end-of-the-season-with-good-treat-ment-it-should-be-about-four-feet-tall-and-nearly-an-inch-in-diameter-at-the-ground-budding-along-in-september-or-earlier-farther-south-we-shall-need-to-bud-our-tree-ie-plant-a-bud-of-the-desired-variety-image232177724.htmlRMRDMH1G–. Nature study and life. Nature study. PROPAGATION OF PLANTS 175 top and bottom out of a tin can and, forcing it halfway into the ground, plant the seed in it. Otherwise we may not have a single tree to show for a dozen seeds. Nothing in the whole garden is more graceful than a seedling peach, and it grows faster than almost any other tree. By the end of the season, with good treat- ment, it should be about four feet tall and nearly an inch in diameter at the ground. Budding. — Along in September, or earlier farther south, we shall need to bud our tree, i.e., plant a bud of the desired variety
. Outlines of plant life : with special reference to form and function . Botany. Fig. 142. Fig. 143. Fig. 142.—An outline showing the formation of a spore-chain of the blue-green mold {PeniciUium g'/aucUTn). li, branch of spore-bearing: hypha, budding beneath two older spores. Across the narrow neck a partition wall is formed, tlie'spores round off, and from this wall a device, c, for loosening the spores is developed. The terminal spore is oldest. Highly magnified.—After Frank. Fig. 143.—Longitudinal-section through the edge of a gill of a mushroom iCoprinus) after spore-formation is'tomplete Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/outlines-of-plant-life-with-special-reference-to-form-and-function-botany-fig-142-fig-143-fig-142an-outline-showing-the-formation-of-a-spore-chain-of-the-blue-green-mold-peniciuium-gaucutn-li-branch-of-spore-bearing-hypha-budding-beneath-two-older-spores-across-the-narrow-neck-a-partition-wall-is-formed-tliespores-round-off-and-from-this-wall-a-device-c-for-loosening-the-spores-is-developed-the-terminal-spore-is-oldest-highly-magnifiedafter-frank-fig-143longitudinal-section-through-the-edge-of-a-gill-of-a-mushroom-icoprinus-after-spore-formation-istomplete-image232107561.htmlRMRDHBFN–. Outlines of plant life : with special reference to form and function . Botany. Fig. 142. Fig. 143. Fig. 142.—An outline showing the formation of a spore-chain of the blue-green mold {PeniciUium g'/aucUTn). li, branch of spore-bearing: hypha, budding beneath two older spores. Across the narrow neck a partition wall is formed, tlie'spores round off, and from this wall a device, c, for loosening the spores is developed. The terminal spore is oldest. Highly magnified.—After Frank. Fig. 143.—Longitudinal-section through the edge of a gill of a mushroom iCoprinus) after spore-formation is'tomplete
. Plant life, considered with special references to form and function. Plant physiology. Fig. 212. Fig, 212.—An outline sliowing the formation of a basipetal spore-chain of the Ijlue-green mold r^<^nicilliuin glaiicmti). /'.branch of spore-bearing hypha, budding beneath two older spores. Across the narrow neck a partition wall is formed, the spores round off, and from this wall a deice, c, for loosening the spores is developed. The terminal spore is oldest. Highly magnitied.—-After Frank. Fig. 213.—Longitudinal section through the edge of a gill of a mushroom {Co^ritins) after spore-forma Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/plant-life-considered-with-special-references-to-form-and-function-plant-physiology-fig-212-fig-212an-outline-sliowing-the-formation-of-a-basipetal-spore-chain-of-the-ijlue-green-mold-rltnicilliuin-glaiicmti-branch-of-spore-bearing-hypha-budding-beneath-two-older-spores-across-the-narrow-neck-a-partition-wall-is-formed-the-spores-round-off-and-from-this-wall-a-deice-c-for-loosening-the-spores-is-developed-the-terminal-spore-is-oldest-highly-magnitied-after-frank-fig-213longitudinal-section-through-the-edge-of-a-gill-of-a-mushroom-coritins-after-spore-forma-image232325571.htmlRMRDY9HR–. Plant life, considered with special references to form and function. Plant physiology. Fig. 212. Fig, 212.—An outline sliowing the formation of a basipetal spore-chain of the Ijlue-green mold r^<^nicilliuin glaiicmti). /'.branch of spore-bearing hypha, budding beneath two older spores. Across the narrow neck a partition wall is formed, the spores round off, and from this wall a deice, c, for loosening the spores is developed. The terminal spore is oldest. Highly magnitied.—-After Frank. Fig. 213.—Longitudinal section through the edge of a gill of a mushroom {Co^ritins) after spore-forma
. Plant life and plant uses; an elementary textbook, a foundation for the study of agriculture, domestic science or college botany. Botany. posed T-shaped cut is made in the young bark of the stock, and the bark is turned back a little on each side of this cut. The scion is then slipped into the cut, the lifted bark on each side holding it in place. To hold it more firmly, strings are tied around the stem just. above and just below the inserted bud. (See Figure 64.) Budding, like grafting, is done in early spring. on its inner face. A. AJ Fig. 64. — Budding: A, a bud and a bit of the bark as Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/plant-life-and-plant-uses-an-elementary-textbook-a-foundation-for-the-study-of-agriculture-domestic-science-or-college-botany-botany-posed-t-shaped-cut-is-made-in-the-young-bark-of-the-stock-and-the-bark-is-turned-back-a-little-on-each-side-of-this-cut-the-scion-is-then-slipped-into-the-cut-the-lifted-bark-on-each-side-holding-it-in-place-to-hold-it-more-firmly-strings-are-tied-around-the-stem-just-above-and-just-below-the-inserted-bud-see-figure-64-budding-like-grafting-is-done-in-early-spring-on-its-inner-face-a-aj-fig-64-budding-a-a-bud-and-a-bit-of-the-bark-as-image232133845.htmlRMRDJH2D–. Plant life and plant uses; an elementary textbook, a foundation for the study of agriculture, domestic science or college botany. Botany. posed T-shaped cut is made in the young bark of the stock, and the bark is turned back a little on each side of this cut. The scion is then slipped into the cut, the lifted bark on each side holding it in place. To hold it more firmly, strings are tied around the stem just. above and just below the inserted bud. (See Figure 64.) Budding, like grafting, is done in early spring. on its inner face. A. AJ Fig. 64. — Budding: A, a bud and a bit of the bark as
. First studies in plant life in Australasia, with numerous questions, directions for outdoor work, and drawing and composition exercises. Botany. 160 FIEST STUDIES IN PLANT LIFE that is to receive the new bud. Do not go deeper than the bark. Then at the top of that slit make a cross- cut (fig. 118 b); then, with a thin narrow paper-cutter or budding knife, raise the bark a Httle at each corner below the cross-cut. And now we have to slice off the new bud. Slice off with a sharp knife as shewn in the fig. 118 a, cut- ting off altogether an inch of bark and a very thin piece of wood with it. Th Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/first-studies-in-plant-life-in-australasia-with-numerous-questions-directions-for-outdoor-work-and-drawing-and-composition-exercises-botany-160-fiest-studies-in-plant-life-that-is-to-receive-the-new-bud-do-not-go-deeper-than-the-bark-then-at-the-top-of-that-slit-make-a-cross-cut-fig-118-b-then-with-a-thin-narrow-paper-cutter-or-budding-knife-raise-the-bark-a-httle-at-each-corner-below-the-cross-cut-and-now-we-have-to-slice-off-the-new-bud-slice-off-with-a-sharp-knife-as-shewn-in-the-fig-118-a-cut-ting-off-altogether-an-inch-of-bark-and-a-very-thin-piece-of-wood-with-it-th-image232376777.htmlRMRE1JXH–. First studies in plant life in Australasia, with numerous questions, directions for outdoor work, and drawing and composition exercises. Botany. 160 FIEST STUDIES IN PLANT LIFE that is to receive the new bud. Do not go deeper than the bark. Then at the top of that slit make a cross- cut (fig. 118 b); then, with a thin narrow paper-cutter or budding knife, raise the bark a Httle at each corner below the cross-cut. And now we have to slice off the new bud. Slice off with a sharp knife as shewn in the fig. 118 a, cut- ting off altogether an inch of bark and a very thin piece of wood with it. Th
![. Elements of plant biology. Plant physiology. STRUCTURE OF YEAST PLANT 129 various substances, may appear in the surrounding cytoplasm (Fig. 14, C). Conditions of Life.—" Wild " yeasts are found in. Fig. 14.—^Yeast plant (Saccharomyces). A, yeast cells budding and forming chains, x 200. c.w., cell wall; ppm., protoplasm; vac, vacuole. B, two cells forming buds. The black granules are volutin, a complex organic substance formed by the yeast cell. C, diagram of the structure of a yeast cell made up from informa- tion about its structure obtained from treating and staining the cell wit Stock Photo](https://c8.alamy.com/comp/RDHNY9/elements-of-plant-biology-plant-physiology-structure-of-yeast-plant-129-various-substances-may-appear-in-the-surrounding-cytoplasm-fig-14-c-conditions-of-lifequot-wild-quot-yeasts-are-found-in-fig-14yeast-plant-saccharomyces-a-yeast-cells-budding-and-forming-chains-x-200-cw-cell-wall-ppm-protoplasm-vac-vacuole-b-two-cells-forming-buds-the-black-granules-are-volutin-a-complex-organic-substance-formed-by-the-yeast-cell-c-diagram-of-the-structure-of-a-yeast-cell-made-up-from-informa-tion-about-its-structure-obtained-from-treating-and-staining-the-cell-wit-RDHNY9.jpg ". Elements of plant biology. Plant physiology. STRUCTURE OF YEAST PLANT 129 various substances, may appear in the surrounding cytoplasm (Fig. 14, C). Conditions of Life.—" Wild " yeasts are found in. Fig. 14.—^Yeast plant (Saccharomyces). A, yeast cells budding and forming chains, x 200. c.w., cell wall; ppm., protoplasm; vac, vacuole. B, two cells forming buds. The black granules are volutin, a complex organic substance formed by the yeast cell. C, diagram of the structure of a yeast cell made up from informa- tion about its structure obtained from treating and staining the cell wit Stock Photo")
. Elements of plant biology. Plant physiology. STRUCTURE OF YEAST PLANT 129 various substances, may appear in the surrounding cytoplasm (Fig. 14, C). Conditions of Life.—" Wild " yeasts are found in. Fig. 14.—^Yeast plant (Saccharomyces). A, yeast cells budding and forming chains, x 200. c.w., cell wall; ppm., protoplasm; vac, vacuole. B, two cells forming buds. The black granules are volutin, a complex organic substance formed by the yeast cell. C, diagram of the structure of a yeast cell made up from informa- tion about its structure obtained from treating and staining the cell wit Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/elements-of-plant-biology-plant-physiology-structure-of-yeast-plant-129-various-substances-may-appear-in-the-surrounding-cytoplasm-fig-14-c-conditions-of-lifequot-wild-quot-yeasts-are-found-in-fig-14yeast-plant-saccharomyces-a-yeast-cells-budding-and-forming-chains-x-200-cw-cell-wall-ppm-protoplasm-vac-vacuole-b-two-cells-forming-buds-the-black-granules-are-volutin-a-complex-organic-substance-formed-by-the-yeast-cell-c-diagram-of-the-structure-of-a-yeast-cell-made-up-from-informa-tion-about-its-structure-obtained-from-treating-and-staining-the-cell-wit-image232115725.htmlRMRDHNY9–. Elements of plant biology. Plant physiology. STRUCTURE OF YEAST PLANT 129 various substances, may appear in the surrounding cytoplasm (Fig. 14, C). Conditions of Life.—" Wild " yeasts are found in. Fig. 14.—^Yeast plant (Saccharomyces). A, yeast cells budding and forming chains, x 200. c.w., cell wall; ppm., protoplasm; vac, vacuole. B, two cells forming buds. The black granules are volutin, a complex organic substance formed by the yeast cell. C, diagram of the structure of a yeast cell made up from informa- tion about its structure obtained from treating and staining the cell wit
. Life and love. Biology; Reproduction. Plant Life. 97 Thus again we see how reproduction is every- where the same, but a budding off of a portion of the parent, which under suitable conditions may develop into another being like the parent.. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original work.. Morley, Margaret Warner, 1858-1923. Chicago, A. C. McClurg and Company Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/life-and-love-biology-reproduction-plant-life-97-thus-again-we-see-how-reproduction-is-every-where-the-same-but-a-budding-off-of-a-portion-of-the-parent-which-under-suitable-conditions-may-develop-into-another-being-like-the-parent-please-note-that-these-images-are-extracted-from-scanned-page-images-that-may-have-been-digitally-enhanced-for-readability-coloration-and-appearance-of-these-illustrations-may-not-perfectly-resemble-the-original-work-morley-margaret-warner-1858-1923-chicago-a-c-mcclurg-and-company-image232319097.htmlRMRDY1AH–. Life and love. Biology; Reproduction. Plant Life. 97 Thus again we see how reproduction is every- where the same, but a budding off of a portion of the parent, which under suitable conditions may develop into another being like the parent.. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original work.. Morley, Margaret Warner, 1858-1923. Chicago, A. C. McClurg and Company
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