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Goodyerinae in the Rijksher- Going Through Barium, Several Sumatra
TWO NEW ORCHID GENERA 399 X. Two orchid genera new to Sumatra (Orchidaceae) A. Schuiteman Rijksherbarium / Hortus Botanicus, POB 9514, NL-2300 RA Leiden, The Netherlands Summary of the orchid Kuhlhasseltia Species genera and Orchipedum are recorded from Sumatra for the first time. Introduction The subtribe Orchidaceae-Goodyerinae is well represented in Malesia, with about 25 genera and hundreds of species. They are almost exclusively terrestrial plants with inconspicuous flowers, usually growing in deep shade in undisturbed forests. Many seem to prefer sloping terrain with seeping water. Some have very beautiful foliage and with are occasionally (often difficulty) cultivated, being popularly known as Jewel of the Orchids, e.g. species genera Anoectochilus, Dossinia, Goodyera, Ludisia, and Macodes. The of the other either have great majority Goodyerinae uniformly greenor cryptic darkbrown foliage. Although the genera ofthe Goodyerinae are reasonably distinct, it is often necessary to analyse a flowerbefore a reliable identification can be made. As a result they are fre- quently left unidentified, or, worse, they are incorrectly referred to generaof which the name is more or less familiar, such as Anoectochilus and Goodyera. While going through the unidentified and misidentified Goodyerinae in the Rijksher- barium, several interesting discoveries were made. Two of these are discussed below. Kuhlhasseltia cf. javanica J.J. Smith Mamas River Sumatra, Aceh, Upper valley, 1400-1700m (De Wilde & De Wilde- 18264 June Duyfjes , 1979). The genus Kuhlhasseltia, although widely distributedfrom PeninsularMalaysia to New Guinea with about7 species, is rarely collected. This appears to be the first record from Sumatra. Orchipedum plantaginifolium Breda Lau Alas 200-400 Wilde Sumatra, Aceh, valley, m {De & De Wilde-Duyfjes 12759, June 1972). -
STATUS of ORCHID TAXONOMY RESEARCH in the PHILIPPINES Review
Philippine Journal of Systematic Biology Vol. I, No. 1 (June 2007) Review STATUS OF ORCHID TAXONOMY RESEARCH IN THE PHILIPPINES Esperanza Maribel G. Agoo Biology Department, De La Salle University-Manila Orchidaceae is the largest of the monocotyledonous families in the Philip- pines. There are over 137 genera and about 998 species of orchids so far re- corded for the archipelago. This represents about 10% of the total flora of the Philippines. The Philippines ranks second to New Guinea in occurrence of en- demic species in the Malesian region. The monotypic endemic genera of orchids are Ceratocentron, Megalotus, Phragmorchis, and Schuitemania. Bogoria, Chelonistele, Lepidogyne, Omoea, Orchipedum are Malesian endemics repre- sented in the Philippines by one species each. The largest genera are Bulbophyllum (137 species), Dendrochilum (89 species), Dendrobium (85 species), Eria (54 species), Liparis (38 species), and Malaxis (33 species). Orchid collecting started in the Philippines as early as the Spanish times by Spanish missionaries like I. Mercado, G. Kamel, J. Blanco, Llanos, Fernandez- Villar, and Naves. Other notable collectors or expeditions were P. Sonnerat, T Haenke and L. Nee (Malaspina Expedition), A. von Chamisso (Romassoff), S. Perrottet (Le Rhone), H. Cuming, A. Loher, F.J.F. Meyen (Princess Louise of Prussia), C. Gaudichaude-Beaupre (La Bonite Expedition), Wilkes Expedition, and the Challenger. This was also the time when horticultural companies brought plants to Europe for trade (Mendoza, 1959). Collectors of the the Forestry Bureau in the 19th century, then the Bureau of Government Laboratories, and finally the Bureau of Science amassed a huge collection of specimens for the herbarium. -
Families and Genera of Spermatophytes Recognized by the Agricultural Research Service by Charles R
Y -/ c I States ^.tment of ^ Agriculture Families and Genera Agricultural Research Service of Spermatophytes Technical Bulletin Recognized by the Number 1796 Agricultural Research Service Lrontochir Leopoldia Lepantl eucocoryne Leucocrinum Leucohyle' ^phila Lilium Limodorum Liparis Liriope Lisi [ttonia Lloydia Lockhar^¡^[^fgreDÍanthu$ LOX NTHUS LYR "ÍV/ÍJ t^/77 ^^e,7% r*^^.oe/v O^Oc/,;'^^'^/^< \X^^',¿X^^^^CB^^f^enBUH Billbergialî^llÉ|iS|i£M[li iV>^ . , rjP^'*'iaÏÏurbidgea Oamptandrac CaPlSlff ^- j Cautleya Chevaliera Con '^ Wtanthus Curcuma (urcumorpha Cyp >phi^ ^ftv,- ^vK- „^/oSi^ ^^^'"^^rocostus Disteganthu^Jlvckia ma Artei KTACHVS GRI cia A iplundianthus Aster Asteridea AsteriH |LOC HI rgomue yneuma Athanaaia Athnxia Athn 'ÍA HO» rickellia DCCi nia Arth Astragalus Astrocasia Asti A yapan "-m:^ "S ^iiea Aucuba Augouardia Austrobuxus Aust ^strosteenisia Avellanita Baccaurea Baikiaea voe C^ *^°^"k ia Baphiastrum Baphioj BAUHINIA B IA BER^sta CHAMAE j^sinà^^ç^OjHfiplamtiii Heliant ^^\o^ oropetaium Lozanel tHIDLOWIA CHIROPf\,Ví^07SÍ'C/^ ,,àro-' 'CHORDOSPARTIUM CHOU¿a t>í'AS •'*'r^i>o'='"t4c<S»'''^â"'P^3P'''^ Molinadendron Mori irocV^*^^' £IAS CICER CL^^^ t^^^ '•'&m , ^IS CLATHR 'Sit' tfopl ra Hamameli ^^ ^^^^ ■costyn^^LITORIA 11a Loropetaium Loza^^^PVcl^ra M US L<, r^«^ icia Molinadendron Morul^^Hilaria Naud ARIA PARARTOCARPUSl^RASPONIA JYLON PLANERA PLANTAGO P x\^^^ " \evva ; RHODOLEIA SCYPHOSY as^^^ ,esvo^ nsohnia Gise :iu.^^ ^ÍÍ^os Gymnopodium Letestudo: Fchon Halimione Halimocnemri Marsypopetalum Mega] OPHYTUM HOLMBERG^IA ^^^J^CH/M^L ^ÍEZZETTIA MEZZETTIÍ fORANINOVIA ILJINIA^S^CEBa/CyiT:^ ' NTHOTAXIS MONOCA ÍABULIA KALIDI IA NEOSTENANTHER EOLA KUHI ONYCHi LE PA Wei witsch CALLITRT DOZAMIA HBOC if A MICROCACh NEOCALLITROi 3^a. US PICEA r Prun Abstract Charles R. -
ÇUKUROVA ÜNİVERSİTESİ FEN BİLİMLERİ ENSTİTÜSÜ Gülden
ÇUKUROVA ÜNİVERSİTESİ FEN BİLİMLERİ ENSTİTÜSÜ Gülden SANDAL DOKTORA TEZİ DOĞU AKDENİZ BÖLGESİ’NDE YETİŞEN ORKİDELER VE YETİŞME ORTAMI NİTELİKLERİ İLE TEHDİT FAKTÖRLERİNİN ARAŞTIRILMASI PEYZAJ MİMARLIĞI ANABİLİM DALI ADANA, 2009 ÖZ DOKTORA TEZİ DOĞU AKDENİZ BÖLGESİ’NDE YETİŞEN ORKİDELER VE YETİŞME ORTAMI NİTELİKLERİ İLE TEHDİT FAKTÖRLERİNİN ARAŞTIRILMASI Gülden SANDAL ÇUKUROVA ÜNİVERSİTESİ FEN BİLİMLERİ ENSTİTÜSÜ PEYZAJ MİMARLIĞI ANABİLİM DALI Danışman : Prof.Dr. Zerrin SÖĞÜT Yıl : 2009, Sayfa: 193 Jüri : Prof.Dr. Zerrin SÖĞÜT : Prof.Dr. İbrahim ORTAŞ : Prof.Dr.K.Tuluhan YILMAZ : DoçDr. Hakan ALPHAN : Yrd.Doç.Dr. Rüya YILMAZ Doğu Akdeniz Bölgesinde 75 doğal orkide taksonu (13 cins) yetişmektedir. Çalışmada Mersinden başlayarak, Kahramanmaraş’a uzanan bölgede (0-1777m) üç yıllık sürede 37 orkide türü saptanmıştır. Kanonik Uyum Analizi sonucunda orkide türlerinin dağılımında en etkili çevresel etkenin yükseklik olduğu belirlenmiştir. Mediterran-montan iklim kuşağına özgü tür belirlenememiş, ancak sadece Submediterran (5 tür) ve Mediterran (9 tür) kuşaklarda yetişen türler belirlenmiştir. Analizlere göre orkideler topraklarda bulunan N, P2O5, K2O, Karbon, Organik madde ve kum oranı ile ışık isteği yönünden seçici olabilmektedir. Üç yıl içinde sırasıyla en fazla yerleşim, insan etkisi, piknik yapma, tarımsal aktiviteler, otlatma, ulaşım aktivitelerinden olumsuz yönde etkilenme olmuş; bazı parseller (% 20.5) yok olmuştur. Koruma alanları, mezarlık ve ormanlar korumada en etkin kullanımlardır. Yaygınlık ve parsellerdeki sıklıkları değerlendirildiğinde -
Orchidaceae) from Indonesia, and Fungal Association of Goodyera Section Goodyera
Phylogenetic Analyses of subtribe Goodyerinae and Revision of Goodyera section Goodyera (Orchidaceae) from Indonesia, and Fungal Association of Goodyera section Goodyera Dissertation Presented in Partial Fulfillment of the Requirements for the Degree Doctor of Philosophy in the Graduate School of The Ohio State University By Lina Susanti Juswara, MSc. Graduate Program in Evolution, Ecology, and Organismal Biology The Ohio State University 2010 Dissertation Committee: Paul Fuerst, Advisor Laura Kubatko Hans Klompen Copyright by Lina Susanti Juswara 2010 Abstract Phylogenetic analyses using morphological and molecular data of the orchid subtribe Goodyerinae were performed using parsimony, maximum likelihood, and Bayesian methods. Two hypotheses, proposed by Dressler (1993) and Szlachetko (1995), were tested. The results showed that neither hypothesis can be supported, and that there are no morphological characteristics that can define groups within the subtribe Goodyerinae. Monophyletic groups within the subtribe cannot be defined using molecular information from three genes. Systematic revision of Goodyera section Goodyera from Indonesia was investigated using phenetic analyses (cluster analysis, non-metric multidimensional scaling), and discriminant function analysis. The results showed that, of eight forms initially recognized, only three independent taxa can be recognized by these analyses. The independent taxa are Goodyera bifida, G. procera, and G. reticulata. Six subspecies are recognized under Goodyera reticulata. They are G. reticulata subsp. colorata, G. reticulata subsp. gibbsiae, G. reticulata subsp. gemmata, G. reticulate subsp. pusilla, and G. reticulata subsp. reticulata. ii Fungal associations with members of Goodyera section Goodyera from Indonesia were examined using data from the fungal nuclear ITS region. Indonesian species of Goodyera section Goodyera have a broader range of fungal associates than do other taxa from the subtribe that had been previously studied. -
Corybas Geminigibbus (Orchidaceae), a New Species Record for Thailand
THAI FOREST BULL., BOT. 44(1): 11–14. 2016. DOI: 10.20531/tfb.2016.44.1.03 Corybas geminigibbus (Orchidaceae), a new species record for Thailand SAHUT CHANTANAORRAPINT1 & AMONRAT CHANTANAORRAPINT2 ABSTRACT Corybas geminigibbus J.J. Sm., is newly discovered in lower montane forest in southern Thailand. A description, line drawings, and photographs are provided. KEYWORDS: orchid, peninsular Thailand, rare species. Published online: 26 August 2016 INTRODUCTION Borneo, West Kalimantan, Mt Mulu, Winkler 4968 (holotype HBG). Figs. 1–2. Corybas Salisb. is a genus of terrestrial orchids comprising about 120 species, and is widely distrib- Small terrestrial herbs with underground tu- uted from India, South China, peninsular Thailand, beroids. Tuberoid globose or ovoid to ellipsoidal, the Malesian region, to New Zealand and the Western fleshy, 2.5–4 mm diam. Stem short, erect, whitish- Pacific Islands (Dransfieldet al., 1986; Pridgeon et green, 4–8 mm long, 1–1.2 mm diam., with a basal al., 2001; Pedersen, 2011). The members of the sheath; stolons whitish, hairy, up to 2.5 cm long, genus are characterized by 1) being small in size 1.2–1.5 mm diam. Foliage leaf sessile, broadly ovate with a single cordate leaf and a single underground to cordate, acuminate at apex, glabrous, 4–6 mm tuberoid; 2) dorsal sepal and labellum which together long, 3.5–5 mm wide at the widest point, slightly form a tube with expanded mouth; 3) lateral sepals undulate along margin, pale green with paler veins, and petals often tentacle-like; and 4) labellum usually the veins scarcely conspicuous. Inflorescence one- bearing two spurs (Dransfield et al., 1986). -
INTRODUCTION the Genus Orchipedum Breda
THAI FOR. BULL. (BOT.) 40: 105–107. 2012. Orchipedum Breda (Orchidaceae, subfam. Orchidoideae), a new generic record for Thailand JAREARNSAK SAE WAI* ABSTRACT. The genus Orchipedum is recognized as a new generic record for Thailand with one species, Orchipedum plantagini- folium Breda. The genus and species are described and illustrated. KEY WORDS: Orchipedum plantaginifolium, Orchidaceae, new generic record, Thailand. INTRODUCTION Terrestrial, perennial herb; rhizome creeping, succulent, rooting at the nodes; erect stem several- The genus Orchipedum Breda belongs to the leaved, with a terminal infl orescence. Leaves spirally subtribe Goodyerinae, tribe Cranichideae in the arranged, scattered along the stem, persistent, gla- subfamily Orchidoideae (Pridgeon et al., 2003), brous, convolute, green; petiole grooved, basally previously placed in other subfamilies, e.g. expanded into an amplexicaul sheath; lamina usu- Neottioideae Lindl. (Seidenfaden & Wood, 1992) ally obliquely elliptic-ovate or elliptic-lanceolate. and Spiranthoideae Dressler (Dressler, 1993). The Infl orescences erect, racemose, many-fl owered; genus contains only three species including two peduncle with a few sheathing scale-leaves. Flowers Malesian species, O. plantaginifolium Breda (Breda, sessile, resupinate. Sepals free, hairy; dorsal sepal 1827–1829; Seidenfaden & Wood, 1992; Comber, connivent with petals forming a hood; lateral sepals 2001) and O. wenzeliii (Ames) J.J. Sm. (Smith, 1934), obliquely spreading, base concave, enclosing the and one species from South Vietnam, -
Distribution of Epiphytic Orchids
Selbyana 9: 171-186 THE SIZE OF THE ORCHIDACEAE AND THE SYSTEMATIC DISTRIBUTION OF EPIPHYTIC ORCHIDS JOHN T. ATWOOD Marie Selby Botanical Gardens, 811 South Palm Avenue, Sarasota, Florida 33577 ABSTRACT. An estimate of the number of species in the Orchidaceae is determined to be 19,128. This number agrees well with that of Dressler (1981) and suggests that ultimately there may be 20,000-23,000 species with an improbable maximum of 25,000. No support is given for the claim that the family contains 35,000 species. Orchid epiphytes (13,962 species) account for 73 percent of the family, and 440 of 725 genera (60.7 percent) contain epiphytes. Few systematic analyses have been attempted exhausting other resources. Estimates for the to determine the size of the orchid family. Garay subtribe Sarcanthinae were contributed by Eric (1960) provided an estimate of 30,000 species, Christensen (pers. comm.). Additional papers too Willis (1973) estimated 17,000 species, Madison numerous to mention, also housed in the files of (1977) estimated 30,000 species, Dressler (1981) the OIC, were also consulted. estimated 19,192 species, and verbal claims of 35,000 have been made. RESULTS The systematic occurrence of epiphytism in the Orchidaceae has also been largely neglected. The distribution of genera, numbers of epi Madison (1977) estimated that about 67 percent phytic species and total species numbers for the or 20,000 orchid species are epiphytic, a report Orchidaceae (TABLE 1) is presented in the clas based on a family size of 30,000 species. sification system by Dressler (1981) with few As a result of two symposia on epiphytes at modifications.