| 词条 | Bambusa vulgaris |
| 释义 |
|image = Golden Bamboo(Bambusa vulgaris) in Hong Kong.jpg |status = G5 |status_system = TNC |status_ref = [1] |genus = Bambusa |species = vulgaris |authority = Schrad. ex J.C.Wendl.[2] |synonyms =
|synonyms_ref = [3] }}Bambusa vulgaris, common bamboo, is an open-clump type bamboo species. It is native to Indochina and to the province of Yunnan in southern China, but it has been widely cultivated in many other places and has become naturalized in several.[4][5] Among bamboo species, it is one of the largest and most easily recognized.[6][7] DescriptionBambusa vulgaris forms moderately loose clumps and has no thorns.[8] It has lemon-yellow culms (stems) with green stripes and dark green leaves.[9] Stems are not straight, not easy to split, inflexible, thick-walled, and initially strong.[10] The densely tufted culms grow {{convert|10|-|20|m|ft|sigfig=1|abbr=on}} high and {{convert|4|-|10|cm|in|sigfig=1|abbr=on}} thick.[5][11]Culms are basally straight or flexuose (bent alternately in different directions), drooping at the tips. Culm walls are slightly thick.[12] Nodes are slightly inflated. Internodes are {{convert|20|-|45|cm|in|abbr=on}}. Several branches develop from mid-culm nodes and above. Culm leaves are deciduous with dense pubescence.[8] Leaf blades are narrowly lanceolate.[12] Flowering is not common, and there are no seeds. Fruits are rare due to low pollen viability caused by irregular meiosis.[7] At the interval of several decades, the whole population of an area blooms at once,[13] and individual stems bear a large number of flowers.[7] Vegetation propagates through clump division, by rhizome, stem and branch cutting, layering, and marcotting.[11][14] The easiest and most practised cultivation method is culm or branch cutting. In the Philippines, the best results were obtained from one-node cuttings from the lower parts of six-month-old culms.[7] When a stem dies, the clump usually survives.[7] A clump can grow out of stem used for poles, fences, props, stakes, or posts.[14] Its rhizomes extend up to 80 cm before turning upward to create open, fast-spreading clumps.[24] The easy propagation of B. vulgaris explains its seemingly wild occurrence.[7] The average chemical composition is cellulose 41–44%, pentosans 21–23%, lignin 26–28%, ash 1.7–1.9%, and silica 0.6–0.7%.[10] TaxonomyThe bambusoid taxa have long been considered the most "primitive" grasses, mostly because of the presence of bracts, indeterminate inflorescences, pseudospikelets (units of inflorescence or flower clusters and glumes or leaf-like structures in woody bamboos that is similar to spikelets or clumps of grass[15][16]), and flowers with three lodicules (tiny scale-like structure at the bottom of a florets or clump of grass flowers, found between lemma, the lowest part of spikelets, and sexual organs of the flower), six stamens, and three stigmas.[17] Bamboos are some of the fastest growing plants in the world.[18] B. vulgaris is a species of the large genus Bambusa of the clumping bamboo tribe Bambuseae,[19] which are found largely in tropical and subtropical areas of Asia, especially in the wet tropics.[18] The pachymorph (sympodial or superposed in such a way as to imitate a simple axis) rhizome system of clumping bamboos expands horizontally by only a short distance each year.[20] The shoots emerge in a tight or open habit (group), depending on the species; common bamboo has open groups. Regardless of the degree of openness of each species’ clumping habit, none of the clumpers are considered invasive.[21] New culms can only form at the very tip of the rhizome.[20] The Bambuseae are a group of perennial evergreens in subfamily Bambusoideae, characterized by having three stigmata and tree-like behavior,[22] that are in turn of the true grass family Poaceae. CultivarsAt least three groupings of B. vulgaris cultivars can be distinguished:[10]
The more common cultivars are:[23]
Distribution and habitatCommon bamboo is the most widely grown bamboo throughout the tropics and subtropics. Although mostly known only from cultivation, spontaneous (nondomesticated), escaped, and naturalized populations exist throughout the tropics and subtropics in and outside Asia.[5][7] B. vulgaris is widely cultivated in East, Southeast, and South Asia, as well as tropical Africa including Madagascar.[5][7] It is highly concentrated in the Indo-Malayan rainforests.[9] The species is one of the most successful bamboos in Pakistan, Tanzania, and Brazil.[25] Popular as a hothouse plant by the 1700s, it was one of the earliest bamboo species introduced into Europe.[24] It is believed to have been introduced to Hawaii in the time of Captain James Cook (the late 18th century), and is the most popular ornamental plant there.[26] B. vulgaris is widely cultivated in the USA and Puerto Rico, apparently since introduction by Spaniards in 1840.[5] It may have been the first foreign species introduced into the United States by Europeans.[27] EcologyB. vulgaris grows mostly on river banks, road sides, wastelands, and open ground, generally in the low altitudes. It is a preferred species for erosion control.[9] It grows best under humid conditions, but can tolerate unfavorable conditions like low temperatures and drought.[5][11] Though adoptable to a wide range of soils,[5] common bamboo grows more vigorously on moist soils.[11] It can tolerate frost down to {{convert|-3|°C|°F}}, and can grow on ground up to {{convert|1500|m|ft|abbr=on}} above sea level,[11] though in higher altitudes stems grow shorter and thinner.[7] In extreme droughts, it may defoliate completely.[7]ThreatsThe two major threats to the species are small bamboo borers (Dinoderus minutus), which as adults bore stems in India, China, Philippines, Australia, and Japan, and bamboo weevils (Cyrtotrachelus longimanus), which destroy shoots during their larval stage in South China.[28] Other threats include leaf blight (Cercospora), basal culm rot (Fusarium), culm sheath rot (Glomerella cingulata), leaf rust (Kweilingia divina), and leaf spots (Dactylaria).[7] In Bangladesh, bamboo blight caused by Sarocladium oryzae is a serious disease.[7] UsesCommon bamboo has a wide variety of uses, including the stems used as fuel and the leaves used as fodder,[7][74] though a large amount of ingestion of leaves is known to cause neurological disorder among horses.[7] The worldwide production and trade of B. vulgaris is considerable, though no statistics are available.[7] It also has some disadvantages. Working and machining properties of the stems are poor, as they are not straight, not easy to split, and not flexible, but they are thick-walled and initially strong.[7] Because of high carbohydrate content, stems are susceptible to attacks from fungi and insects such as powderpost beetles. Protection from biological threats is essential for long-term use.[7] B. v. var. striata is used as ornamental solitary or as border hedge. Its shoots boiled in water are sometimes used for medicinal qualities. Cultivated around the world, it is generally found in East, Southeast, and South Asia.[5] B. v. f. waminii is cultivated in the US and Europe in addition to Asia.[5] B. v. f. vittata is the most popular variety as an ornamental plant,[13] and is considered to be very beautiful.[27] The 'Kimmei' cultivar is mostly cultivated in Japan.[5]OrnamentalIt is widely used as an ornamental plant,[74] and is very popular as that.[29] It often is planted as fences and border hedges.[5][30] It is also planted a measure for erosion control.[7] ConstructionThe stems or culms of B. vulgaris are used for fencing and construction, especially of small, temporary shelters,[5] including flooring, roof tiles, panelling, and walls made wither with culms or split stems.[7] The culm is used to make many parts of boats including masts, rudders, outriggers, and boating poles.[5] It also is used to make furniture, basketry, windbreakers, flutes, fishing rods, tool handles, stakes, weapons, bows for fishing nets, smoking pipes, irrigation pipes, distillation pipes, and more.[5][7][11] It is used as raw material for paper pulp, especially in India.[7][11] Paper made from B. vulgaris has exceptional tear strength, comparable to paper made of softwood. It can also be used to make particle boards and flexible packaging grade paper.[7] FoodYoung shoots of the plant, cooked or pickled,[11] are edible and eaten throughout Asia.[26] Yellow shoots remain buttercup yellow after cooking.[9] A decoction of the growing tips is mixed with Job's tears (Coix lacryma-jobi) to make a refreshing drink in Mauritius.[7] The shoots are tender and whitish pink{{clarify|date=January 2012|reason=I thought they were yellow?}}, and have a fair canning quality.[7] A {{convert|100|g|oz|adj=on}} serving of young shoots of green-stem cultivars has 90 g of water, 2.6 g of protein, 4.1 g of fat, 0.4 g of digestible carbohydrates, 1.1 g of insoluble dietary fiber, 22.8 mg of calcium, 37 mg of phosphorus, 1.1 mg of iron, and 3.1 mg of ascorbic acid. A serving of young shoots of yellow-stem cultivars has 88 g of water, 1.8 g of protein, 7.2 g of fat, 0.0 g of digestible carbohydrates, 1.2 grams of insoluble fiber, 28.6 mg of calcium, 27.5 mg of phosphorus, and 1.4 mg of iron.[7] Indigenous medicineGolden bamboo is considered in many traditions across Asia to have medicinal value. Many uses are found in herbal medicine, though the effects are not clinically proven. In Java, water stored in golden bamboo tubes is used as a cure of various diseases. In the Congo, its leaves are used as part of a treatment against measles; in Nigeria, an infusion of macerated leaves is taken against sexually transmitted diseases and as an abortifacient – the latter has been shown to work in rabbits.[7][31] CultivationThough not suited for small yards, as it grows in large clumps,[13] young plants of golden bamboo can be grown in large containers.[32] Golden bamboo grows well in full sunlight or partial shade.[26] Protection is important, as animals often graze on young shoots.[7] In Tanzania, management of B. vulgaris cultivation entails clearing of the ground around clumps.[7] ToxicityAmong all bamboos, only shoots of B. vulgaris contains taxiphyllin (a cyanogenic glycoside) that functions as an enzyme inhibitor in the human body when released,[33] but degrades readily in boiling water.[34] It is highly toxic, and the lethal dose for humans is about 50–60 mg.[35] A dose of 25 mg cyanogenic glycoside fed to rats (100–120 g body weight) caused clinical signs of toxicity, including apnoea, ataxia, and paresis.[36] Horses in Pará, Brazil, were diagnosed with clinical signs of somnolence and severe ataxia after ingesting B. vulgaris.[37] Farmers in Africa sometimes prefer to buy it rather than plant it, as they believe it harms the soil.[38] See also
References1. ^{{cite web | publisher =NatureServe | title = Bambusa vulgaris | work = NatureServe Explorer | url = http://www.natureserve.org/explorer/servlet/NatureServe?searchName=Bambusa+vulgaris | accessdate = 2011-06-11}} {{Taxonbar|from=Q3219428}}Pitu2. ^ Bambusa vulgaris was first described and published in Collectio Plantarum 2: 26, pl. 47. 1808. {{cite web |url=http://www.tropicos.org/Name/25509331 |title=Name – !Bambusa vulgaris Schrad. ex J.C.Wendl. |work=Tropicos |publisher=Missouri Botanical Garden |location=Saint Louis, Missouri |accessdate=June 17, 2011}} 3. ^1 2 3 4 {{cite web |url=http://www.theplantlist.org/tpl/record/kew-399113 |title= Bambusa vulgaris Schrad. |work=Plant List |publisher= Kew Gardens |location= Kew, England |accessdate= 2011-01-31}} 4. ^Kew World Checklist of Selected Plant Families 5. ^1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 Dieter Ohrnberger, The bamboos of the world, pages 279–280, Elsevier, 1999, {{ISBN|978-0-444-50020-5}} 6. ^Biology Pamphlets (Volume 741), page 15, University of California, 1895 7. ^1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 D. Louppe, A.A. Oteng-Amoako and M. Brink, Timbers (vol. 1), pages 100–103, PROTA, 2008, {{ISBN|978-90-5782-209-4}} 8. ^1 Flora of North America Editorial Committee, Magnoliophyta: Commelinidae, page 22, Oxford University Press, 2007, {{ISBN|978-0-19-531071-9}} 9. ^1 2 3 Bambusa vulgaris {{webarchive|url=https://web.archive.org/web/20070829110328/http://bamboo-oz.com.au/species/B_vulgarisVittata.html |date=2007-08-29 }}, OzBamboo; Retrieved: 2007-12-19 10. ^1 2 Babusa vulgaris, Protabase, Plant Resources of Tropical Africa 11. ^1 2 3 4 5 6 7 A. N. Rao, V. Ramanatha Rao and John Dransfield, Priority species of bamboo and rattan, page 25, Bioversity International, 1998, {{ISBN|978-92-9043-491-7}} 12. ^1 Bambusa vulgaris, Flora of China, eFloras.com 13. ^1 2 W. Arthur Whistler, Tropical ornamentals: a guide, pages 77–78, Timber Press, 2000, {{ISBN|978-0-88192-475-6}} 14. ^1 D. Louppe, A.A. Oteng-Amoako and M. Brink (edit.), Timbers 1 (Volume 7), PROTA, 2008, {{ISBN|978-90-5782-209-4}} 15. ^Londofo & Clark, "New Taxa of Guadua", botanicus.org 16. ^"Spikelets", Biology Online 17. ^Clark, LG, W Zhang, JF Wendel. 1995. A Phylogeny of the Grass Family (Poaceae) Based on ndhF Sequence Data. Systematic Botany 20(4): 436–460. 18. ^1 {{cite book| last= Farrelly | first=David |title=The Book of Bamboo |publisher=Sierra Club Books |year=1984 |isbn=978-0-87156-825-0}} 19. ^{{cite web|title=Bambusa|url=http://www.theplantlist.org/browse/A/Poaceae/Bambusa/|work=The Plant List, RBG Kew|accessdate=24 January 2012}} 20. ^1 "Bamboo Biology – Runners vs. Clumpers", Complete Bamboo, Bamboo Plant Information Resource 21. ^"Clumping Vs Running Bamboos", Tropical Bamboo 22. ^Judd, WS, CS Campbell, EA Kellogg, PF Stevens, MJ Donoghue [eds.]. 2008. Plant Systematics: A Phylogenetic Approach, 296–301. Sinauer Associates, Inc., Sunderland, Massachusetts USA. 23. ^1 2 3 4 5 Laurence Hatch, Cultivars of Woody Plants (Volume I: A-G), section Bambusa, TCR Press, 2007, {{ISBN|978-0-9714465-0-2}} 24. ^Bamboo The Amazing Grass, page 44, Bioversity International 25. ^Maxim Lobovikov, Lynn Ball and María Guardia, World bamboo resources, pages 13–18, Food and Agriculture Organization, 2007, {{ISBN|978-92-5-105781-0}} 26. ^1 2 3 Horace Freestone Clay, James C. Hubbard and Rick Golt, Tropical Exotics, page 10, University of Hawaii Press, 1987, {{ISBN|978-0-8248-1127-3}} 27. ^1 2 3 Ted Jordan Meredith, Timber Press pocket guide to bamboos, page 49, Timber Press, 2009, {{ISBN|978-0-88192-936-2}} 28. ^D. S. Hill, Pests of Crops in Warmer Climates and Their Control, page 517, Springer, 2008, {{ISBN|978-1-4020-6737-2}} 29. ^Ernest Braunton, The Garden Beautiful in California, page 50, Applewood Books, 2008, {{ISBN|978-1-4290-1281-2}} 30. ^1 2 Najma Dharani, Field guide to common trees & shrubs of East Africa, page 198, Struik, 2002, {{ISBN|978-1-86872-640-0}} 31. ^MT Yakubu and BB Bukoye, "[https://www.ncbi.nlm.nih.gov/pubmed/19698826 Abortifacient potentials of the aqueous extract of Bambusa vulgaris leaves in pregnant Dutch rabbits]", PubMed, National Center for Biotechnology Information, U.S. National Library of Medicine 32. ^Arthur Van Langenberg and Ip Kung Sau, Urban gardening: a Hong Kong gardener's journal, page 38, Chinese University Press, 2006, {{ISBN|978-962-996-261-6}} 33. ^Christopher P. Holstege, Thomas Neer, Gregory B. Saathoff, M.D. and Brent Furbee, Criminal Poisoning: Clinical and Forensic Perspectives, page 65, Jones & Bartlett Learning, 2010, {{ISBN|978-0-7637-4463-2}} 34. ^I Hunter and Feng’e Yang, "Cyanide in Bamboo Shoots {{webarchive|url=https://web.archive.org/web/20120114162042/http://www.inbar.int/publication/txt/INBAR_Working_Paper_No39.htm |date=2012-01-14 }}", WHO Food Additives Series 30, International Network for Bamboo and Rattan 35. ^S.Satya, L.M. Bal, P. Singhal and S.N Naik, Bamboo shoot processing: food quality and safety aspect (a review), 2010. Bamboo shootprocessing: food quality and safety aspect (a review), Trends Food (issue 21), pages 181–189; cited by: Chanda Vongsombath, [uu.diva-portal.org/smash/get/diva2:406136/FULLTEXT01 Botanical repellents and pesticides traditionally used against Hematophgous invertebrates in LAO DR] 36. ^G. Speijers, "Cyanogenic Glycoside", Chemical Safety Information from Intergovernmental Organizations 37. ^Franklin Riet-Correa, Poisoning by Plants, Mycotoxins and Related Toxins, page 292, CABI, 2011, {{ISBN|978-1-84593-833-8}} 38. ^Karen Ann Dvořák, Social science research for agricultural technology development, page 175, International Institute of Tropical Agriculture (IITA), 1993, {{ISBN|978-0-85198-806-1}} 7 : Bambusa|Flora of Yunnan|Flora of Indo-China|Plants described in 1808|Garden plants of Asia|Medicinal plants of Asia|Plants used in traditional African medicine |
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