Sempervivum Black & White Stock Photos
RME052RR–Rosette of Sempervivum arachnoideum - cobweb houseleek - Succulent perennial - Crassulaceae
RM2M96C4F–Sempervivum Arvernense (Houseleek or Liveforever), a succulent alpine and sub-alpine plant of the Crassulaceae family. Seen here with frost on its leaves.
RFP7PBB9–Sempervivum tectorum, Common Houseleek, - perennial plant growing in flower pot. Sempervivum in nature, great healthy plant for herbal medicine. Black
RF2E08GX2–Old botanical illustration engraving of House-leek / Sempervivum tectorum. Traditional medicinal herbal plant. See Notes
RFT5YTJF–This perennial is of the Sempervivum family; featuring furry central rosettes, vintage line drawing or engraving illustration.
RFEKEA83–Overhead shot of common houseleek (lat. Sempervivum) succulent plants, also called liveforever and hen and chicks
RF2T29D37–Sempervivum arachnoideum, digitally restored from 'The Condensed American Encyclopedia' published in 1882.
RM2HJ3GFB–Piece with Sempervivum tectorum motif 1475–1500 Italian, Florence. Piece with Sempervivum tectorum motif 223002
RFTDN9GE–Hand drawn doodle style seamless pattern with common houseleek, Sempervivum tectorum succulents. black background. stock vector illustration
RM2M96C50–Sempervivum Arachnoideum Laggeri (Houseleek or Liveforever), a succulent alpine and sub-alpine plant of the Crassulaceae family which grows in rosettes.
RM2CHBPXB–'Persian War' (left), ridden by Jimmy Uttley, finished first from second-placed 'Major Rose' (centre), ridden by Josh Gifford, and third-placed 'Sempervivum' (r), ridden by J. Jennings, in the Schweppes Gold Trophy Handicap Hurdle Race at Newbury.
RFP84RKW–Sempervivum tectorum, Common Houseleek, - perennial plant growing in flower pot. Sempervivum in nature, great healthy plant for herbal medicine. Black
RM2M4G2MR–cobweb house-leek, Sempervivum arachnoideum, (botany book, 1910), Spinnweb-Hauswurz, Joubarbe à toile d'araignée
RMRDT4N8–. My garden, its plan and culture together with a general description of its geology, botany, and natural history. Gardening. Sio MY GARDEN. {Atiguis fragilis), have ever been seen at my garden ; although the ringed snake has been noticed on the Sewage grounds. The Lacerta agilis, or Active Lizard, I have occasionally observed in the saxifrage and sempervivum gardens. This lizard is very active, and lives on all the commons round London. The L. agilis is tameable, but neither so tameable nor so beautiful as the green lizard of France and Italy, which I have never found in this country. I have
RFT600NF–A picture shows Sempervivum Tectorum Flowering Plant. It belongs to sempervivum. Leaves are small, green, fleshy, and thick and it bloom like flower a
RMPG212D–. A textbook of botany for colleges and universities ... Botany. S82 ECOLOGY are of significance in relation to transpiration, since the closely appressed leaves of desiccated individuals have a greatly reduced aggregate surface. Epinasty and hyponasty. — If a leaf exhibits curvatures by reason of greater growth at the upper surface, it is said to display epinasty, while if the greater growth is at the lower surface, it displays hyponasty. Various plants, as Juniperus (fig. 838) and Sempervivum, manifest hyponasty in the autumn, the erected leaves becoming closely appressed to the stem or to o
RF2T29D34–Sempervivum tectorum, digitally restored from 'The Condensed American Encyclopedia' published in 1882.
RFTCJC1R–Hand drawn doodle style seamless pattern with common houseleek, Sempervivum tectorum succulents. white background. stock vector illustration
RFP84RKP–Sempervivum tectorum, Common Houseleek, - perennial plant growing in flower pot. Sempervivum in nature, great healthy plant for herbal medicine. Black
RMRDTTD0–. Plant life in Alpine Switzerland; being an account in simple language of the natural history of Alpine plants. Mountain plants. PLATE XXIII.. The Migration of the Mountain House-leek (Sempervivum montanum, Linn.). [To face p. 102.. 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.. Arber, Edward Alexander Newell, 1870-. London, J. Murray
RMPG2EJT–. A naturalist in the Bahamas:. Natural history. 216 CULTIVATION OF SISAL IN THE BAHAMAS branches young plants develop, so that the pole presents a rather odd appearance, with the small plants growing out in the places usually occupied by the flowers. When these young plants have attained a height of from three to four inches, they fall to the ground and take root. The old plants also reproduce themselves by means of suckers.. of the Sisal Plant. and hence, when old and neglected, are often seen surrounded by numerous smaller ones, as in the common houseleek (Sempervivum). Such is briefly a ge
RFW2TXDP–Hand drawn doodle style seamless pattern with common houseleek, Sempervivum tectorum succulents. black background. stock vector illustration
RMRDH0G2–. A textbook of botany for colleges and universities ... Botany. S82 ECOLOGY are of significance in relation to transpiration, since the closely appressed leaves of desiccated individuals have a greatly reduced aggregate surface. Epinasty and hyponasty. — If a leaf exhibits curvatures by reason of greater growth at the upper surface, it is said to display epinasty, while if the greater growth is at the lower surface, it displays hyponasty. Various plants, as Juniperus (fig. 838) and Sempervivum, manifest hyponasty in the autumn, the erected leaves becoming closely appressed to the stem or to o
RMPG293M–. Handbook of flower pollination : based upon Hermann Mu?ller's work 'The fertilisation of flowers by insects' . Fertilization of plants. Fig. 22. Flowers wiih concealed nectar, (i) Trollius europaeus Z-. (2) Lycopus>uropaeus ^. (in outline), n. Nectary. when the petals are fully expanded in the sunshine. Although actinomorphous forms still predominate (e. g. species of Pulsatilla, Trollius, species of Geranium, Erodium, Cardamine pratensis, Cakile maritima, Malva, Rubus, Oxalis, Epilobium, Ribes, Lythrum, Sempervivum, Polemonium, Myosotis, Vaccinium, Calluna, Pyrola, Symphoricarpos, Allium
RFW2TXFA–Hand drawn doodle style seamless pattern with common houseleek, Sempervivum tectorum succulents. white background. stock vector illustration
RF2FNMBHR–Line art black tropical potted house plant succulent sempervivum machogany isolated on white
RMRDTTD9–. Plant life in Alpine Switzerland; being an account in simple language of the natural history of Alpine plants. Mountain plants. PLATE XXI.. The Rosettes of the Spider's Web House-leek (Sempervivum arafilinoideum, Linn.). [To face p. 98.. 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.. Arber, Edward Alexander Newell, 1870-. London, J. Murray
![. The origin of floral structures : through insect and other agencies. Plants; Flowers; Flowers. 294 THE STRUCTURE OF FLOWERS. attributes of the stamen and of the pistil in the same organ, the pollen is formed in the upper or inner surface of the leaf organ, while the ovules arise from the opposite surface from the free edge." Begonia is a genus which is peculiarly liable to produce malformations in the stamens (Fig. 76).* Rosa. Fig. 75.—Ovuliferous anthers of Sempervivum (after Masters). Fig. 76.—St)[;matfferous and ovuliferous staiiieus of Jitgonia. arvensis' affords a case in which th Stock Photo](https://c8.alamy.com/comp/PG3HN4/the-origin-of-floral-structures-through-insect-and-other-agencies-plants-flowers-flowers-294-the-structure-of-flowers-attributes-of-the-stamen-and-of-the-pistil-in-the-same-organ-the-pollen-is-formed-in-the-upper-or-inner-surface-of-the-leaf-organ-while-the-ovules-arise-from-the-opposite-surface-from-the-free-edgequot-begonia-is-a-genus-which-is-peculiarly-liable-to-produce-malformations-in-the-stamens-fig-76-rosa-fig-75ovuliferous-anthers-of-sempervivum-after-masters-fig-76st-matfferous-and-ovuliferous-staiiieus-of-jitgonia-arvensis-affords-a-case-in-which-th-PG3HN4.jpg ". The origin of floral structures : through insect and other agencies. Plants; Flowers; Flowers. 294 THE STRUCTURE OF FLOWERS. attributes of the stamen and of the pistil in the same organ, the pollen is formed in the upper or inner surface of the leaf organ, while the ovules arise from the opposite surface from the free edge." Begonia is a genus which is peculiarly liable to produce malformations in the stamens (Fig. 76).* Rosa. Fig. 75.—Ovuliferous anthers of Sempervivum (after Masters). Fig. 76.—St)[;matfferous and ovuliferous staiiieus of Jitgonia. arvensis' affords a case in which th Stock Photo")
RMPG3HN4–. The origin of floral structures : through insect and other agencies. Plants; Flowers; Flowers. 294 THE STRUCTURE OF FLOWERS. attributes of the stamen and of the pistil in the same organ, the pollen is formed in the upper or inner surface of the leaf organ, while the ovules arise from the opposite surface from the free edge." Begonia is a genus which is peculiarly liable to produce malformations in the stamens (Fig. 76).* Rosa. Fig. 75.—Ovuliferous anthers of Sempervivum (after Masters). Fig. 76.—St)[;matfferous and ovuliferous staiiieus of Jitgonia. arvensis' affords a case in which th
RMRE388Y–. The British rust fungi (Uredinales) their biology and classification. Rust fungi. Fig. 33. Two plants of Sempervivum, one (left) affected by Endophylluvi Sempervivi, the other not. of the conjugate nuclei. On germination, when the fusion- nucleus divides into four, the first division shows slight differences from the others so as to make it certain that it is bhe reducing division.. 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 origina
![. Handbook of flower pollination : based upon Hermann Mu?ller's work 'The fertilisation of flowers by insects' . Fertilization of plants. Fig. 27. Mu7nhle-bc£ Flowers- (i) SaK'ia pratensis Z.., a Humble-bee Flower witli levci" mcclianisra. (2) Medicago satlva A., a Hamble.bcc Flower with spring mechanism. another at the same time, and possess the same hue, e.g. Ranunculus acris, bulbosus, and repens. Even, however, in the case of flowers with completely concealed nectar, accessible to short-tongued insects, similarly coloured species are in flower together, e.g. Sempervivum, Mentha, and n Stock Photo](https://c8.alamy.com/comp/PG291N/handbook-of-flower-pollination-based-upon-hermann-mullers-work-the-fertilisation-of-flowers-by-insects-fertilization-of-plants-fig-27-mu7nhle-bc-flowers-i-sakia-pratensis-z-a-humble-bee-flower-witli-levciquot-mcclianisra-2-medicago-satlva-a-a-hamblebcc-flower-with-spring-mechanism-another-at-the-same-time-and-possess-the-same-hue-eg-ranunculus-acris-bulbosus-and-repens-even-however-in-the-case-of-flowers-with-completely-concealed-nectar-accessible-to-short-tongued-insects-similarly-coloured-species-are-in-flower-together-eg-sempervivum-mentha-and-n-PG291N.jpg ". Handbook of flower pollination : based upon Hermann Mu?ller's work 'The fertilisation of flowers by insects' . Fertilization of plants. Fig. 27. Mu7nhle-bc£ Flowers- (i) SaK'ia pratensis Z.., a Humble-bee Flower witli levci" mcclianisra. (2) Medicago satlva A., a Hamble.bcc Flower with spring mechanism. another at the same time, and possess the same hue, e.g. Ranunculus acris, bulbosus, and repens. Even, however, in the case of flowers with completely concealed nectar, accessible to short-tongued insects, similarly coloured species are in flower together, e.g. Sempervivum, Mentha, and n Stock Photo")
RMPG291N–. Handbook of flower pollination : based upon Hermann Mu?ller's work 'The fertilisation of flowers by insects' . Fertilization of plants. Fig. 27. Mu7nhle-bc£ Flowers- (i) SaK'ia pratensis Z.., a Humble-bee Flower witli levci" mcclianisra. (2) Medicago satlva A., a Hamble.bcc Flower with spring mechanism. another at the same time, and possess the same hue, e.g. Ranunculus acris, bulbosus, and repens. Even, however, in the case of flowers with completely concealed nectar, accessible to short-tongued insects, similarly coloured species are in flower together, e.g. Sempervivum, Mentha, and n
RMRDKER1–. Our garden flowers; a popular study of their native lands, their life histories, and their structural affiliations. Flowers. ORPINE FAMILY in the catalogues as Echevbria. The generic difference between them and Sedum lies in the union of the petals which in Sedum are distinct. The best-known species is seciinda glauca, a variety with blue-green leaves. HOUSELEEK. HEN-AND-CHICKENS Sempervivum tectdrum. Sempervivum, always living; because of the vitality of the plant. This is one of the common species largely used for carpet-bedding. The plant appears as a resettle of thickened leaves and prop
RMRDEY8E–. Handbook of flower pollination : based upon Hermann Mu?ller's work 'The fertilisation of flowers by insects' . Fertilization of plants. Fig. 22. Flowers wiih concealed nectar, (i) Trollius europaeus Z-. (2) Lycopus>uropaeus ^. (in outline), n. Nectary. when the petals are fully expanded in the sunshine. Although actinomorphous forms still predominate (e. g. species of Pulsatilla, Trollius, species of Geranium, Erodium, Cardamine pratensis, Cakile maritima, Malva, Rubus, Oxalis, Epilobium, Ribes, Lythrum, Sempervivum, Polemonium, Myosotis, Vaccinium, Calluna, Pyrola, Symphoricarpos, Allium
RMRDFEG9–. A naturalist in the Bahamas:. Natural history. 216 CULTIVATION OF SISAL IN THE BAHAMAS branches young plants develop, so that the pole presents a rather odd appearance, with the small plants growing out in the places usually occupied by the flowers. When these young plants have attained a height of from three to four inches, they fall to the ground and take root. The old plants also reproduce themselves by means of suckers.. of the Sisal Plant. and hence, when old and neglected, are often seen surrounded by numerous smaller ones, as in the common houseleek (Sempervivum). Such is briefly a ge
RMRDT5MW–. The wild garden, or the naturalization and natural grouping of hardy exotic plants with a chapter on the garden of British wild flowers. Gardens; Wild flowers. ii8 The Wild Garden Some of the Families of Rock and Alpine Plants FOR Walls, Rocks, and Ruins in Britain. Achillea. Coronilla. Lychnis (rock and Alyssum. Corydalis. mountain kinds). Antirrhinum. Dianthus. Saxifraga. Arabis. Draba. Sedum. Arenaria. Erinus. Sempervivum. Aubrietia. Erodium. Silene. Canipanula Gypsophila Thymus. (mountain kinds). Helianthemum. Tunica. Centranthus. Hutchinsia Veronica (rock and Cheiranthus. Iberis. mounta
RMRE3N8R–. The principles of plant culture; a text for beginners in agriculture and horticulture. Gardening; Botany. THE PROPAGATION OF PLANTS 191 couraged by covering the brahch with soil. When well rooted, the young plants may be separated from the parent by cutting the stolons. Woody plants grown from stolons are seldom uniform in size and are not often so well rooted as those grown from cuttings (358). Some herbaceous plants are, how- ever, more readily propagated by stolons than by any other means. The offset by which the houseleek (Sempervivum) is so readily propa- gated, is a very short stolon t
RMRDTJAF–. Introduction to structural and systematic botany, and vegetable physiology. Botany. 424 ILLUSTRATIONS OF THE NATURAL ORDERS. crop, Orpine, Live-for-ever), Crassula, Sempervivum (Houseleek), &c. They mostly grow in arid places, and are of no economical im- portance. 8iil. Ord. SElxifragacca) {Saxifrage Family). Herbs or shrubs, with alternate or opposite leaves. Calyx of four or five more or less united sepals, either free from or more or less adherent to the ovary, persistent. Petals as many as the sepals, rarely want- ing. Stamens as many, or commonly twice as many, as the pistils or se
RMRE1G48–. On the relation of phyllotaxis to mechanical laws. Phyllotaxis; Leaves. 312 RELATION OF PHYLLOTAXIS TO MECHANICAL LAWS. in the primary construction, but slightly overlapping owing to the secondary sliding-growth effect. The presence of such contact- relations therefore implies a modification of a (2 + 3) log. spiral system. Similarly, for the (3 + 5) system (figs. 28, 109), five members overlap by secondary sliding, although in the original condition two would be half covered and the other three would just touch :. Fig. 108.—Sempervivum calcaratum, Hort. Apex of one-year-old shoot, (2 + 3).
RMRE37DX–. Fundamentals of botany. Botany. LOSS OE WATER 41 becomes a real source of danger to the plant. Indirectly, however, transpiration performs a great service, for it aids in, and is probably one of the chief causes of, the ascent of Kquids taken in from the soil. Were water never given off, it would not be possible for tissues,. Fig. 32.—Sempervivum tabulaforme. The arrangement of the leaves in a compact rosette, the hairs on their margins, their thick cuticle, and other characters, make the plant xerophytic or drought-resistant. (Photo by the author.) EClready turgid, to receive a fresh supply
RMRDYFNK–. Plant physiology. Plant physiology. 2S2 PHYSIOLOGY or GROWTH AND CONFIGURATION shown in the etiolated and in the usual condition in Fig. 133.' Most etiolated stems fail to develop lateral branches, but the etiolated potato sprout is an exception to this rule. It has much-elongated internodes and rudimentary leaves, but it bears small lateral branches (Fig. 134)- Many plants that develop only very short stems in light, with leaves in rosettes, like Bellis perennis and Sempervivum (Fig. 123, page 239), form elongated stems in darkness, with spirally arranged leaves. Another group of plants tha
![. The origin of floral structures : through insect and other agencies. Plants; Flowers; Flowers. 294 THE STRUCTURE OF FLOWERS. attributes of the stamen and of the pistil in the same organ, the pollen is formed in the upper or inner surface of the leaf organ, while the ovules arise from the opposite surface from the free edge." Begonia is a genus which is peculiarly liable to produce malformations in the stamens (Fig. 76).* Rosa. Fig. 75.—Ovuliferous anthers of Sempervivum (after Masters). Fig. 76.—St)[;matfferous and ovuliferous staiiieus of Jitgonia. arvensis' affords a case in which th Stock Photo](https://c8.alamy.com/comp/RDBYW4/the-origin-of-floral-structures-through-insect-and-other-agencies-plants-flowers-flowers-294-the-structure-of-flowers-attributes-of-the-stamen-and-of-the-pistil-in-the-same-organ-the-pollen-is-formed-in-the-upper-or-inner-surface-of-the-leaf-organ-while-the-ovules-arise-from-the-opposite-surface-from-the-free-edgequot-begonia-is-a-genus-which-is-peculiarly-liable-to-produce-malformations-in-the-stamens-fig-76-rosa-fig-75ovuliferous-anthers-of-sempervivum-after-masters-fig-76st-matfferous-and-ovuliferous-staiiieus-of-jitgonia-arvensis-affords-a-case-in-which-th-RDBYW4.jpg ". The origin of floral structures : through insect and other agencies. Plants; Flowers; Flowers. 294 THE STRUCTURE OF FLOWERS. attributes of the stamen and of the pistil in the same organ, the pollen is formed in the upper or inner surface of the leaf organ, while the ovules arise from the opposite surface from the free edge." Begonia is a genus which is peculiarly liable to produce malformations in the stamens (Fig. 76).* Rosa. Fig. 75.—Ovuliferous anthers of Sempervivum (after Masters). Fig. 76.—St)[;matfferous and ovuliferous staiiieus of Jitgonia. arvensis' affords a case in which th Stock Photo")
RMRDBYW4–. The origin of floral structures : through insect and other agencies. Plants; Flowers; Flowers. 294 THE STRUCTURE OF FLOWERS. attributes of the stamen and of the pistil in the same organ, the pollen is formed in the upper or inner surface of the leaf organ, while the ovules arise from the opposite surface from the free edge." Begonia is a genus which is peculiarly liable to produce malformations in the stamens (Fig. 76).* Rosa. Fig. 75.—Ovuliferous anthers of Sempervivum (after Masters). Fig. 76.—St)[;matfferous and ovuliferous staiiieus of Jitgonia. arvensis' affords a case in which th
RMRDKTGT–. An illustrated flora of the northern United States, Canada and the British possessions, from Newfoundland to the parallel of the southern boundary of Virginia, and from the Atlantic Ocean westward to the 102d meridian. Botany; Botany. Genus 4. ORPINE FAMILY. 2ii I. Sempervivum tectorum L. Houseleek. Fig. 2143. Sempervivum tectorum L. Sp. PI. 464. 1753. Flowering stems about 1° high, the barren shoots forming lateral nearly globular tufts. Leaves oval or ovate, the lower I'-ii' long, very thick, short-pointed, bordered by a line of stiff short hairs; cyme large, dense; flowers sometimes l' br
![. Handbook of flower pollination : based upon Hermann Mu?ller's work 'The fertilisation of flowers by insects' . Fertilization of plants. Fig. 27. Mu7nhle-bc£ Flowers- (i) SaK'ia pratensis Z.., a Humble-bee Flower witli levci" mcclianisra. (2) Medicago satlva A., a Hamble.bcc Flower with spring mechanism. another at the same time, and possess the same hue, e.g. Ranunculus acris, bulbosus, and repens. Even, however, in the case of flowers with completely concealed nectar, accessible to short-tongued insects, similarly coloured species are in flower together, e.g. Sempervivum, Mentha, and n Stock Photo](https://c8.alamy.com/comp/RDEY5N/handbook-of-flower-pollination-based-upon-hermann-mullers-work-the-fertilisation-of-flowers-by-insects-fertilization-of-plants-fig-27-mu7nhle-bc-flowers-i-sakia-pratensis-z-a-humble-bee-flower-witli-levciquot-mcclianisra-2-medicago-satlva-a-a-hamblebcc-flower-with-spring-mechanism-another-at-the-same-time-and-possess-the-same-hue-eg-ranunculus-acris-bulbosus-and-repens-even-however-in-the-case-of-flowers-with-completely-concealed-nectar-accessible-to-short-tongued-insects-similarly-coloured-species-are-in-flower-together-eg-sempervivum-mentha-and-n-RDEY5N.jpg ". Handbook of flower pollination : based upon Hermann Mu?ller's work 'The fertilisation of flowers by insects' . Fertilization of plants. Fig. 27. Mu7nhle-bc£ Flowers- (i) SaK'ia pratensis Z.., a Humble-bee Flower witli levci" mcclianisra. (2) Medicago satlva A., a Hamble.bcc Flower with spring mechanism. another at the same time, and possess the same hue, e.g. Ranunculus acris, bulbosus, and repens. Even, however, in the case of flowers with completely concealed nectar, accessible to short-tongued insects, similarly coloured species are in flower together, e.g. Sempervivum, Mentha, and n Stock Photo")
RMRDEY5N–. Handbook of flower pollination : based upon Hermann Mu?ller's work 'The fertilisation of flowers by insects' . Fertilization of plants. Fig. 27. Mu7nhle-bc£ Flowers- (i) SaK'ia pratensis Z.., a Humble-bee Flower witli levci" mcclianisra. (2) Medicago satlva A., a Hamble.bcc Flower with spring mechanism. another at the same time, and possess the same hue, e.g. Ranunculus acris, bulbosus, and repens. Even, however, in the case of flowers with completely concealed nectar, accessible to short-tongued insects, similarly coloured species are in flower together, e.g. Sempervivum, Mentha, and n
RMRE9MX4–. Contributions from the Botanical Laboratory, vol. 12. Botany; Botany. â¢'⢠J^4 â -â â ^mm.' ^.!*» â¢'-f Cystopteris fragilis Juniperus communis depressa Calamagrostis anindinacea Silene inflata S. commutata Aconitum orientale Allium paniculatum Bistorta sp. Rumex sp. Polygonum alpinum P. bistorta Dianthus liboschitzianus Sempervivum pumilum Saxifraga scleropodia S. cartilaginea Potentilla sp. Alchemilla retinervis Trifolium ambiguum T. alpestre Coronilla varia C. vulgaris Onobrychis viciaefolia Astragalus galegiformis Geranium renardi Viola lutea Daphne sp. Epilobium montanum Chamaenerion
![. My garden, its plan and culture together with a general description of its geology, botany, and natural history. Gardening. Fig. 663.—S. californicum. Fig 662.— Sempervivum montanum. Fig. 664.—S. arachnoideum. i". spinosum (fig. 665) is a very distinct, rare, and beautiful species. I procured my'"specimens from Ware of Tottenham, a great cultivator of alpine plants, but I do not yet know whether it is hardy. Amongst kinds which require protection in winter may be mentioned S. tabulcBforme (fig. 666), a most remarkable plant, which has a flat, table-like aggregation of leaves. When Stock Photo](https://c8.alamy.com/comp/RDRA26/my-garden-its-plan-and-culture-together-with-a-general-description-of-its-geology-botany-and-natural-history-gardening-fig-663s-californicum-fig-662-sempervivum-montanum-fig-664s-arachnoideum-iquot-spinosum-fig-665-is-a-very-distinct-rare-and-beautiful-species-i-procured-myquotspecimens-from-ware-of-tottenham-a-great-cultivator-of-alpine-plants-but-i-do-not-yet-know-whether-it-is-hardy-amongst-kinds-which-require-protection-in-winter-may-be-mentioned-s-tabulcbforme-fig-666-a-most-remarkable-plant-which-has-a-flat-table-like-aggregation-of-leaves-when-RDRA26.jpg ". My garden, its plan and culture together with a general description of its geology, botany, and natural history. Gardening. Fig. 663.—S. californicum. Fig 662.— Sempervivum montanum. Fig. 664.—S. arachnoideum. i". spinosum (fig. 665) is a very distinct, rare, and beautiful species. I procured my'"specimens from Ware of Tottenham, a great cultivator of alpine plants, but I do not yet know whether it is hardy. Amongst kinds which require protection in winter may be mentioned S. tabulcBforme (fig. 666), a most remarkable plant, which has a flat, table-like aggregation of leaves. When Stock Photo")
RMRDRA26–. My garden, its plan and culture together with a general description of its geology, botany, and natural history. Gardening. Fig. 663.—S. californicum. Fig 662.— Sempervivum montanum. Fig. 664.—S. arachnoideum. i". spinosum (fig. 665) is a very distinct, rare, and beautiful species. I procured my'"specimens from Ware of Tottenham, a great cultivator of alpine plants, but I do not yet know whether it is hardy. Amongst kinds which require protection in winter may be mentioned S. tabulcBforme (fig. 666), a most remarkable plant, which has a flat, table-like aggregation of leaves. When
![. My garden, its plan and culture together with a general description of its geology, botany, and natural history. Gardening. Fig. 663.—S. californicum. Fig 662.— Sempervivum montanum. Fig. 664.—S. arachnoideum. i". spinosum (fig. 665) is a very distinct, rare, and beautiful species. I procured my'"specimens from Ware of Tottenham, a great cultivator of alpine plants, but I do not yet know whether it is hardy. Amongst kinds which require protection in winter may be mentioned S. tabulcBforme (fig. 666), a most remarkable plant, which has a flat, table-like aggregation of leaves. When Stock Photo](https://c8.alamy.com/comp/RDRA22/my-garden-its-plan-and-culture-together-with-a-general-description-of-its-geology-botany-and-natural-history-gardening-fig-663s-californicum-fig-662-sempervivum-montanum-fig-664s-arachnoideum-iquot-spinosum-fig-665-is-a-very-distinct-rare-and-beautiful-species-i-procured-myquotspecimens-from-ware-of-tottenham-a-great-cultivator-of-alpine-plants-but-i-do-not-yet-know-whether-it-is-hardy-amongst-kinds-which-require-protection-in-winter-may-be-mentioned-s-tabulcbforme-fig-666-a-most-remarkable-plant-which-has-a-flat-table-like-aggregation-of-leaves-when-RDRA22.jpg ". My garden, its plan and culture together with a general description of its geology, botany, and natural history. Gardening. Fig. 663.—S. californicum. Fig 662.— Sempervivum montanum. Fig. 664.—S. arachnoideum. i". spinosum (fig. 665) is a very distinct, rare, and beautiful species. I procured my'"specimens from Ware of Tottenham, a great cultivator of alpine plants, but I do not yet know whether it is hardy. Amongst kinds which require protection in winter may be mentioned S. tabulcBforme (fig. 666), a most remarkable plant, which has a flat, table-like aggregation of leaves. When Stock Photo")
RMRDRA22–. My garden, its plan and culture together with a general description of its geology, botany, and natural history. Gardening. Fig. 663.—S. californicum. Fig 662.— Sempervivum montanum. Fig. 664.—S. arachnoideum. i". spinosum (fig. 665) is a very distinct, rare, and beautiful species. I procured my'"specimens from Ware of Tottenham, a great cultivator of alpine plants, but I do not yet know whether it is hardy. Amongst kinds which require protection in winter may be mentioned S. tabulcBforme (fig. 666), a most remarkable plant, which has a flat, table-like aggregation of leaves. When
RMRDJRGK–. An illustrated flora of the northern United States, Canada and the British possessions, from Newfoundland to the parallel of the southern boundary of Virginia, and from the Atlantic Ocean westward to the 102d meridian. Botany; Botany. Genus 4. ORPINE FAMILY. 2ii I. Sempervivum tectorum L. Houseleek. Fig. 2143. Sempervivum tectorum L. Sp. PI. 464. 1753. Flowering stems about 1° high, the barren shoots forming lateral nearly globular tufts. Leaves oval or ovate, the lower I'-ii' long, very thick, short-pointed, bordered by a line of stiff short hairs; cyme large, dense; flowers sometimes l' br
RMRE2G6B–. The British rust fungi (Uredinales) their biology and classification. Rust fungi. Fig. 252. E. Sem- pervivi. Sori on Seinpervivum mon- tanum (reduced). Speriiwgones. Scattered amongst the seciSia, roundish. Teleutospores. Sori rather large, amphi- genous, sunken in the leaf, secidium-like, sur- rounded by many layers of hyphse and by a peridium, which opens by a pore at the summit and finally becomes cup-shaped; spores bluntly polygonal or roundish, yellowish-brown, densely reticulate-ver rucose, 24—35 x 21—28/x; epispore 3—4i/jl thick. On Sempervivum tectorum; also found on *S. calcareum, S
![. A manual of botany. Botany. Fig. 55. Fig. 54. Fvj. 53. A [joi-tion of thecoDimon Strawbei'i'y plant, a'. M axis pToduciiipr a tuftnf leaves at its extremity, the upper of which, ;â , are weU developed and f.T«n, and the lower rudimentary. From the axil of one of the latter a second axis or runner, a' arises, bearing arndimentary leaf, /', near the middle, and a cluster of leaves, )â , at its end. a'". A third axis produced in a similar manner to the former. /, /. Roots or rootlets. Fig. 54. Offset of Sempervivum. Fig. 55. Plant showing the process of layering. general appearance will Stock Photo](https://c8.alamy.com/comp/RE1M2X/a-manual-of-botany-botany-fig-55-fig-54-fvj-53-a-joi-tion-of-thecodimon-strawbeiiy-plant-a-m-axis-ptoduciiipr-a-tuftnf-leaves-at-its-extremity-the-upper-of-which-are-weu-developed-and-ftn-and-the-lower-rudimentary-from-the-axil-of-one-of-the-latter-a-second-axis-or-runner-a-arises-bearing-arndimentary-leaf-near-the-middle-and-a-cluster-of-leaves-at-its-end-aquot-a-third-axis-produced-in-a-similar-manner-to-the-former-roots-or-rootlets-fig-54-offset-of-sempervivum-fig-55-plant-showing-the-process-of-layering-general-appearance-will-RE1M2X.jpg ". A manual of botany. Botany. Fig. 55. Fig. 54. Fvj. 53. A [joi-tion of thecoDimon Strawbei'i'y plant, a'. M axis pToduciiipr a tuftnf leaves at its extremity, the upper of which, ;â , are weU developed and f.T«n, and the lower rudimentary. From the axil of one of the latter a second axis or runner, a' arises, bearing arndimentary leaf, /', near the middle, and a cluster of leaves, )â , at its end. a'". A third axis produced in a similar manner to the former. /, /. Roots or rootlets. Fig. 54. Offset of Sempervivum. Fig. 55. Plant showing the process of layering. general appearance will Stock Photo")
RMRE1M2X–. A manual of botany. Botany. Fig. 55. Fig. 54. Fvj. 53. A [joi-tion of thecoDimon Strawbei'i'y plant, a'. M axis pToduciiipr a tuftnf leaves at its extremity, the upper of which, ;â , are weU developed and f.T«n, and the lower rudimentary. From the axil of one of the latter a second axis or runner, a' arises, bearing arndimentary leaf, /', near the middle, and a cluster of leaves, )â , at its end. a'". A third axis produced in a similar manner to the former. /, /. Roots or rootlets. Fig. 54. Offset of Sempervivum. Fig. 55. Plant showing the process of layering. general appearance will
RMRDXHYG–. The Book of gardening; a handbook of horticulture. Gardening; Horticulture. 196 THE BOOK OF GARDENING. In bed A (Fig. 95), No. 1 might have a centre plant of Grevillea robusta, and be carpeted with Echeveria Peacockii ; No. 2 with Sempervivum montanum; No. 3 with Leucophyta Brownii; No. 4 with Alternanthera versicolor, having a dot plant of Grevillea at the centre of each panel; No. 5 with Alt. t>aronychioides ; No. 6. Fig. 95.—Design for Carpet Bed (A). with Alt. aurea nana; No. 7 with Alt. major; No. 8 a dot plant of Santolina incana, carpeted with Alternanthera amabilis ; No. 9 should
RMRE3893–. The British rust fungi (Uredinales) their biology and classification. Rust fungi. Fig. 32. iEcidia of En- dophyllum on leaf of Sempervivum monta- num (reduced).. 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.. Grove, W. B. (William Bywater), 1848-1938. Cambridge, University Press
RMRDYCMP–. Illustrations of the British flora: a series of wood engravings, with dissections, of British plants. Botany; Botany. 368. Sempervivum tectorum.. , 369. Eibes G-rossularia.. 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.. Fitch, W. H. (Walter Hood), 1817-1892; Smith, Worthington George, 1835-1917; Bentham, George, 1800-1884. Handbook of the British flora. London, L. Reeve & Co.
RMRDYFRD–. Plant physiology. Plant physiology. Fig. 122.—Two branches of broom. Genista anglica. C, grown in dry air; B, in moist air. B. Fig. 121.—^Leaves of Tarax- acum. A, grown in very imoist atmosphere (actual length about 60 cm.). B and B', grown under usual conditions (actual lengths about IS and 12 cm., respectively). E I m Fig. 123.—Sempervivum. I, normal; II, grown in moist air; III, grown in darkness.. 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
Search Results for Sempervivum Black & White Stock Photos and Images (80)
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