Beautiful blooming begonia heracleifolia aka star leaf begonia with contrasted green leaves isolated in bright light on dark background Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/beautiful-blooming-begonia-heracleifolia-aka-star-leaf-begonia-with-contrasted-green-leaves-isolated-in-bright-light-on-dark-background-image485531307.html
RF2K5WT3R–Beautiful blooming begonia heracleifolia aka star leaf begonia with contrasted green leaves isolated in bright light on dark background
Closeup view of backlit begonia heracleifolia aka star leaf begonia isolated on black background Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/closeup-view-of-backlit-begonia-heracleifolia-aka-star-leaf-begonia-isolated-on-black-background-image605632375.html
RF2X58X7K–Closeup view of backlit begonia heracleifolia aka star leaf begonia isolated on black background
star begonia, Begonia heracleifolia var. nigricans, begónia, America Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/star-begonia-begonia-heracleifolia-var-nigricans-begnia-america-image441396338.html
RF2GJ39EX–star begonia, Begonia heracleifolia var. nigricans, begónia, America
Closeup view of delicate begonia heracleifolia aka star leaf begonia white and pink flowers isolated on dark wooden background Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/closeup-view-of-delicate-begonia-heracleifolia-aka-star-leaf-begonia-white-and-pink-flowers-isolated-on-dark-wooden-background-image595084510.html
RF2WG4CA6–Closeup view of delicate begonia heracleifolia aka star leaf begonia white and pink flowers isolated on dark wooden background
Close up of Begonia Star Shaped Heracleifolia Nigricans palmate leave Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/close-up-of-begonia-star-shaped-heracleifolia-nigricans-palmate-leave-image594420127.html
RF2WF24X7–Close up of Begonia Star Shaped Heracleifolia Nigricans palmate leave
View of blooming begonia heracleifolia aka star leaf begonia with green and burgundy red leaves isolated outdoors on bright natural background Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/view-of-blooming-begonia-heracleifolia-aka-star-leaf-begonia-with-green-and-burgundy-red-leaves-isolated-outdoors-on-bright-natural-background-image521184523.html
RF2N7X04Y–View of blooming begonia heracleifolia aka star leaf begonia with green and burgundy red leaves isolated outdoors on bright natural background
Begonia heracleifolia - Victoriahuset, Bergianska trädgården - Stockholm, Sweden - DSC00276 Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-photo-begonia-heracleifolia-victoriahuset-bergianska-trdgrden-stockholm-171341787.html
RMKXN85F–Begonia heracleifolia - Victoriahuset, Bergianska trädgården - Stockholm, Sweden - DSC00276
Parsnip-leaved or starleaf begonia, Begonia heracleifolia. Native to Mexico. Handcoloured copperplate engraving by S. Watts after an illustration by Miss Drake from Sydenham Edwards' 'The Botanical Register,' London, Ridgway, 1834. Sarah Anne Drake (1803-1857) drew over 1,300 plates for the botanist John Lindley, including many orchids. Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/parsnip-leaved-or-starleaf-begonia-begonia-heracleifolia-native-to-mexico-handcoloured-copperplate-engraving-by-s-watts-after-an-illustration-by-miss-drake-from-sydenham-edwards-the-botanical-register-london-ridgway-1834-sarah-anne-drake-1803-1857-drew-over-1300-plates-for-the-botanist-john-lindley-including-many-orchids-image331456017.html
RM2A773EW–Parsnip-leaved or starleaf begonia, Begonia heracleifolia. Native to Mexico. Handcoloured copperplate engraving by S. Watts after an illustration by Miss Drake from Sydenham Edwards' 'The Botanical Register,' London, Ridgway, 1834. Sarah Anne Drake (1803-1857) drew over 1,300 plates for the botanist John Lindley, including many orchids.
Parsnip-leaved or starleaf begonia, Begonia heracleifolia. Native to Mexico. Handcoloured copperplate engraving by S. Watts after an illustration by Miss Drake from Sydenham Edwards' 'The Botanical Register,' London, Ridgway, 1834. Sarah Anne Drake (1803-1857) drew over 1,300 plates for the botanist John Lindley, including many orchids. Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/parsnip-leaved-or-starleaf-begonia-begonia-heracleifolia-native-to-mexico-handcoloured-copperplate-engraving-by-s-watts-after-an-illustration-by-miss-drake-from-sydenham-edwards-the-botanical-register-london-ridgway-1834-sarah-anne-drake-1803-1857-drew-over-1300-plates-for-the-botanist-john-lindley-including-many-orchids-image210467521.html
RMP6BHD5–Parsnip-leaved or starleaf begonia, Begonia heracleifolia. Native to Mexico. Handcoloured copperplate engraving by S. Watts after an illustration by Miss Drake from Sydenham Edwards' 'The Botanical Register,' London, Ridgway, 1834. Sarah Anne Drake (1803-1857) drew over 1,300 plates for the botanist John Lindley, including many orchids.
Text-book of structural and physiological botany . Fig. 49.—Groups of crystals; « from theleaf of Begonia heracleifolia (quad-rate octohedra) ; b from the stem ofUrostigma elasticti7n. (x 660.) Fig. 50.—Cell from the stem of Aloeretusa, with raphides. (x 320.) called pseudo-compound where several are enclosed together in onevesicle, as in a grain of chlorophyll (Fig. 47). Only in a comparatively The Cell as an Individual. 29 small number of groups of plants has no starch been fcund up to thepresent time, as in many Algae and Fungi. The purpose of the forma-tion of starch is that it may be stor Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/text-book-of-structural-and-physiological-botany-fig-49groups-of-crystals-from-theleaf-of-begonia-heracleifolia-quad-rate-octohedra-b-from-the-stem-ofurostigma-elasticti7n-x-660-fig-50cell-from-the-stem-of-aloeretusa-with-raphides-x-320-called-pseudo-compound-where-several-are-enclosed-together-in-onevesicle-as-in-a-grain-of-chlorophyll-fig-47-only-in-a-comparatively-the-cell-as-an-individual-29-small-number-of-groups-of-plants-has-no-starch-been-fcund-up-to-thepresent-time-as-in-many-algae-and-fungi-the-purpose-of-the-forma-tion-of-starch-is-that-it-may-be-stor-image343390215.html
RM2AXJNM7–Text-book of structural and physiological botany . Fig. 49.—Groups of crystals; « from theleaf of Begonia heracleifolia (quad-rate octohedra) ; b from the stem ofUrostigma elasticti7n. (x 660.) Fig. 50.—Cell from the stem of Aloeretusa, with raphides. (x 320.) called pseudo-compound where several are enclosed together in onevesicle, as in a grain of chlorophyll (Fig. 47). Only in a comparatively The Cell as an Individual. 29 small number of groups of plants has no starch been fcund up to thepresent time, as in many Algae and Fungi. The purpose of the forma-tion of starch is that it may be stor
star begonia, Begonia heracleifolia var. nigricans, begónia, America Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/star-begonia-begonia-heracleifolia-var-nigricans-begnia-america-image441396335.html
RF2GJ39ER–star begonia, Begonia heracleifolia var. nigricans, begónia, America
Text-book of structural and physiological botany . Fig. 49.—Groups of crystals; « from theleaf of Begonia heracleifolia (quad-rate octohedra) ; b from the stem ofUrostigma elasticti7n. (x 660.) Fig. 50.—Cell from the stem of Aloeretusa, with raphides. (x 320.) called pseudo-compound where several are enclosed together in onevesicle, as in a grain of chlorophyll (Fig. 47). Only in a comparatively The Cell as an Individual. 29 small number of groups of plants has no starch been fcund up to thepresent time, as in many Algae and Fungi. The purpose of the forma-tion of starch is that it may be stor Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/text-book-of-structural-and-physiological-botany-fig-49groups-of-crystals-from-theleaf-of-begonia-heracleifolia-quad-rate-octohedra-b-from-the-stem-ofurostigma-elasticti7n-x-660-fig-50cell-from-the-stem-of-aloeretusa-with-raphides-x-320-called-pseudo-compound-where-several-are-enclosed-together-in-onevesicle-as-in-a-grain-of-chlorophyll-fig-47-only-in-a-comparatively-the-cell-as-an-individual-29-small-number-of-groups-of-plants-has-no-starch-been-fcund-up-to-thepresent-time-as-in-many-algae-and-fungi-the-purpose-of-the-forma-tion-of-starch-is-that-it-may-be-stor-image343390846.html
RM2AXJPEP–Text-book of structural and physiological botany . Fig. 49.—Groups of crystals; « from theleaf of Begonia heracleifolia (quad-rate octohedra) ; b from the stem ofUrostigma elasticti7n. (x 660.) Fig. 50.—Cell from the stem of Aloeretusa, with raphides. (x 320.) called pseudo-compound where several are enclosed together in onevesicle, as in a grain of chlorophyll (Fig. 47). Only in a comparatively The Cell as an Individual. 29 small number of groups of plants has no starch been fcund up to thepresent time, as in many Algae and Fungi. The purpose of the forma-tion of starch is that it may be stor
star begonia, Begonia heracleifolia var. nigricans, begónia, America Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/star-begonia-begonia-heracleifolia-var-nigricans-begnia-america-image441396332.html
RF2GJ39EM–star begonia, Begonia heracleifolia var. nigricans, begónia, America
. English: Begonia heracleifolia . 19 October 2011. Lemaire ; P. Stroobant 68 Begonia heracleifolia 2 Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/english-begonia-heracleifolia-19-october-2011-lemaire-p-stroobant-68-begonia-heracleifolia-2-image188943671.html
RMMYB3G7–. English: Begonia heracleifolia . 19 October 2011. Lemaire ; P. Stroobant 68 Begonia heracleifolia 2
. English: Begonia heracleifolia, as Begonia heracleifolia var. nigricans Hook.f., Bot. Mag. 83: t. 4983 (1857). 17 October 2011. Hooker 78 Begonia heracleifolia Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/english-begonia-heracleifolia-as-begonia-heracleifolia-var-nigricans-hookf-bot-mag-83-t-4983-1857-17-october-2011-hooker-78-begonia-heracleifolia-image187654884.html
RMMW8BM4–. English: Begonia heracleifolia, as Begonia heracleifolia var. nigricans Hook.f., Bot. Mag. 83: t. 4983 (1857). 17 October 2011. Hooker 78 Begonia heracleifolia
. English: Begonia heracleifolia, as Begonia heracleifolia var. nigricans Hook.f., Bot. Mag. 83: t. 4983 (1857). 17 October 2011. Hooker 78 Begonia heracleifolia Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/english-begonia-heracleifolia-as-begonia-heracleifolia-var-nigricans-hookf-bot-mag-83-t-4983-1857-17-october-2011-hooker-78-begonia-heracleifolia-image188194830.html
RMMX50BX–. English: Begonia heracleifolia, as Begonia heracleifolia var. nigricans Hook.f., Bot. Mag. 83: t. 4983 (1857). 17 October 2011. Hooker 78 Begonia heracleifolia
. English: Begonia heracleifolia, as Begonia heracleifolia var. nigricans Hook.f., Bot. Mag. 83: t. 4983 (1857). 17 October 2011. Hooker 68 Begonia heracleifolia Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/english-begonia-heracleifolia-as-begonia-heracleifolia-var-nigricans-hookf-bot-mag-83-t-4983-1857-17-october-2011-hooker-68-begonia-heracleifolia-image188943664.html
RMMYB3G0–. English: Begonia heracleifolia, as Begonia heracleifolia var. nigricans Hook.f., Bot. Mag. 83: t. 4983 (1857). 17 October 2011. Hooker 68 Begonia heracleifolia
. English: Begonia heracleifolia, as Begonia heracleifolia var. nigricans Hook.f., Bot. Mag. 83: t. 4983 (1857). . 17 October 2011. Hooker 78 Begonia heracleifolia Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/english-begonia-heracleifolia-as-begonia-heracleifolia-var-nigricans-hookf-bot-mag-83-t-4983-1857-17-october-2011-hooker-78-begonia-heracleifolia-image184859526.html
RMMMN25X–. English: Begonia heracleifolia, as Begonia heracleifolia var. nigricans Hook.f., Bot. Mag. 83: t. 4983 (1857). . 17 October 2011. Hooker 78 Begonia heracleifolia
. Die Gartenwelt . Begonia heracleifolia var. nigrescens. Nach einer vom Verfasser für die „Gartenwelt" gefertigten Aufnahme. Bienenzucht und Gärtnerei. Von H. Schmidkunz, techn. Leiter des Botan. Gartens Hohenheim. (Schluß.) Die Wiesen, besonders dort, wo die Landwirtschaft auf der Höhe ist, bilden eine immer ungünstigere Bienenweide. Die Blumen verschwinden und Gräser wachsen an deren Stelle, die für die Imkerei nicht in Betracht kommen. Auch der Kunstdünger unterdrückt die krautartige Flora. Dagegen können wir nichts tun, umsomehr müssen wir unser Augen- merk darauf richten, einen Ersa Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/die-gartenwelt-begonia-heracleifolia-var-nigrescens-nach-einer-vom-verfasser-fr-die-gartenweltquot-gefertigten-aufnahme-bienenzucht-und-grtnerei-von-h-schmidkunz-techn-leiter-des-botan-gartens-hohenheim-schlu-die-wiesen-besonders-dort-wo-die-landwirtschaft-auf-der-hhe-ist-bilden-eine-immer-ungnstigere-bienenweide-die-blumen-verschwinden-und-grser-wachsen-an-deren-stelle-die-fr-die-imkerei-nicht-in-betracht-kommen-auch-der-kunstdnger-unterdrckt-die-krautartige-flora-dagegen-knnen-wir-nichts-tun-umsomehr-mssen-wir-unser-augen-merk-darauf-richten-einen-ersa-image180990385.html
RMMECR29–. Die Gartenwelt . Begonia heracleifolia var. nigrescens. Nach einer vom Verfasser für die „Gartenwelt" gefertigten Aufnahme. Bienenzucht und Gärtnerei. Von H. Schmidkunz, techn. Leiter des Botan. Gartens Hohenheim. (Schluß.) Die Wiesen, besonders dort, wo die Landwirtschaft auf der Höhe ist, bilden eine immer ungünstigere Bienenweide. Die Blumen verschwinden und Gräser wachsen an deren Stelle, die für die Imkerei nicht in Betracht kommen. Auch der Kunstdünger unterdrückt die krautartige Flora. Dagegen können wir nichts tun, umsomehr müssen wir unser Augen- merk darauf richten, einen Ersa
Download Confirmation
Please complete the form below. The information provided will be included in your download confirmation