Mineral Reserves and Resources विििण 2.01 : खननज भंडाि एिं संसाधन

Total Page:16

File Type:pdf, Size:1020Kb

Mineral Reserves and Resources विििण 2.01 : खननज भंडाि एिं संसाधन Statement 2.01 : Mineral Reserves and Resources विििण 2.01 : खननज भडं ाि एिं ससं ाधन As on 01.04.2005 As on 01.04.2010 As on 01.04.2015 S.No. Remaining Total Remaining Total Remaining Total Minerals/Metal Unit /यनू नट Reserve Reserve Reserve खननज/धातु क्र. सं. Resources Resources Resources Resources Resources Resources रिजर्व़ रिजर्व़ रिजर्व़ शषे ससं ाधन कु ल ससं ाधन शषे ससं ाधन कु ल ससं ाधन शषे ससं ाधन कु ल ससं ाधन 1 Andalusite '000 tonnes - 18,450 18,450 - 18,450 18,450 - 28,201 28,201 ऐडं ालसु ाइट 2 Antimony एन्टटमनी Ore tonne - 10,588 10,588 - 10,588 10,588 - 10,588 10,588 अयस्क Metal tonne - 174 174 - 174 174 - 174 174 धातु 3 Apatite tonne 6,145,575 20,719,133 26,864,708 2,090,216 22,138,530 24,228,746 29,395 24,016,082 24,045,477 ऐपटाइट 4 Asbestos tonne 6,040,544 15,695,817 21,736,361 2,510,841 19,655,762 22,166,603 24,633 22,922,751 22,947,384 ऐस्बस्े टॉस 5 Ball clay tonne 32,529,793 46,761,403 79,291,196 16,777,842 66,615,662 83,393,504 49,493,621 85,249,716 134,743,337 सघु 絍य मन्ृ ‍त का 6 Barytes tonne 34,312,780 39,890,567 74,203,347 31,584,128 41,149,746 72,733,874 51,346,825 35,323,825 86,670,650 बाराइटी焼 7 Bauxite '000 tonnes 899,384 2,390,432 3,289,817 592,938 2,886,682 3,479,620 656,422 3,240,442 3,896,864 बॉ啍साइट 8 Bentonite tonne 25,060,508 505,512,898 530,573,406 25,060,508 543,306,838 568,367,346 14,585,633 568,302,781 582,888,414 बᴂटोनाइट 9 Borax tonne - 74,204 74,204 - 74,204 74,204 - 74,204 74,204 बोरे啍स 10 Calcite tonne 6,742,030 15,831,937 22,573,967 2,664,338 18,281,110 20,945,448 3,448,867 19,555,082 23,003,949 कै 쥍तसाइट 11 Chalk '000 tonnes 4,332 585 4,917 5,064 1,687 6,751 खडड या 12 China clay '000 tonnes 222,121 2,373,540 2,595,661 177,158 2,528,049 2,705,207 229,469 2,711,777 2,941,247 चीनी मम絍टी 13 Chromite '000 tonnes 66,128 146,935 213,063 53,970 149,376 203,346 102,210 241,806 344,016 क्रोमाइट 14 Cobalt (Ore) ( ) million tonnes - 45 45 - 45 45 - 45 45 कोबा쥍तट अयस्तक 15 Copper तांबा Ore '000 tonnes 369,493 1,024,934 1,394,427 394,372 1,164,086 1,558,458 207,767 1,303,730 1,511,498 अयस्तक Metal '000 tonnes 4,384 7,034 11,418 4,768 7,518 12,287 2,735 9,424 12,158 धातु 16 Corundum tonne 605 83,190 83,795 597 740,194 740,792 200 293,497 293,697 कोरंडम 17 Diamond carats 1,205,577 3,376,336 4,581,913 1,045,318 30,876,432 31,921,750 959,659 30,876,432 31,836,091 हीरा 18 Diaspore tonne 3,125,032 2,212,361 5,337,393 2,859,674 3,125,144 5,984,818 7,882,434 2,310,817 10,193,251 प्रकीर्शण 19 Diatomite '000 tonnes 634 2,251 2,885 - 2,885 2,885 - 2,885 2,885 डायटोमाइट 20 Dolomite '000 tonnes 985,156 6,547,952 7,533,108 738,185 6,992,372 7,730,557 677,884 7,737,007 8,414,891 डोलोमाइट 21 Dunite '000 tonnes 128,074 39,855 167,929 17,137 168,232 185,369 12,768 175,049 187,818 डूनाइट 22 Emerald kilogram N. E. N. E. N. E. - 55,869 55,869 पटना 23 Feldspar tonne 38,049,836 52,731,827 90,781,663 44,503,240 87,832,212 132,335,452 319,841,612 313,725,831 633,567,443 फे 쥍सपार 24 Fire clay '000 tonnes 59,301 645,462 704,763 30,104 683,415 713,519 27,037 695,791 722,829 अन्ननसह मन्ृ ‍त का Statement 2.01 : Mineral Reserves and Resources विििण 2.01 : खननज भडं ाि एिं ससं ाधन As on 01.04.2005 As on 01.04.2010 As on 01.04.2015 S.No. Remaining Total Remaining Total Remaining Total Minerals/Metal Unit /यनू नट Reserve Reserve Reserve खननज/धातु क्र. सं. Resources Resources Resources Resources Resources Resources रिजर्व़ रिजर्व़ रिजर्व़ शषे ससं ाधन कु ल ससं ाधन शषे ससं ाधन कु ल ससं ाधन शषे ससं ाधन कु ल ससं ाधन 25 Fluorite tonne 9,213,831 10,951,838 20,165,669 4,712,316 13,501,588 18,213,904 288,684 17,893,423 18,182,107 फ्लोराइट 26 Fuller’s Earth tonne 58,200 256,593,879 256,652,079 58,200 256,593,879 256,652,079 3,941,000 257,437,959 261,378,959 फु लसण अर्ण 27 Garnet tonne 20,975,605 36,680,028 57,655,633 19,324,793 37,638,032 56,962,824 12,783,856 43,377,166 56,161,022 तामडा 28 Gold सोना Ore (Primary) ( ) tonne 19,253,951 371,035,286 390,289,237 24,124,537 469,570,375 493,694,912 17,228,174 484,611,458 501,839,632 अयस्क प्रार्ममक Metal (Primary) ( ) tonne 85 406 491 111 549 660 70 585 655 धातु प्रार्ममक Ore (Placer) ( ) tonne - 26,121,000 26,121,000 - 26,121,000 26,121,000 - 26,121,000 26,121,000 अयस्क प्लेसर Metal (Placer) ( ) tonne - 6 6 - 6 6 - 6 6 धातु प्लेसर 29 Granite (Dimen. 000 cubic meter 1,130,024 36,295,977 37,426,001 263,692 45,966,608 46,230,300 263,692 46,056,098 46,319,790 ग्रेनाइट (डायमᴂशन स्तटोन) stone) 30 Graphite tonne 10,749,908 158,025,030 168,774,939 8,031,864 166,817,781 174,849,645 7,960,793 186,925,987 194,886,779 ग्रेफाइट 31 Gypsum '000 tonnes 68,658 1,168,218 1,236,876 39,096 1,247,402 1,286,498 36,621 1,292,892 1,329,513 न्िप्सम 32 Iron Ore (Haematite) '000 tonnes ( ) 7,004,168 7,626,219 14,630,387 8,093,546 9,788,551 17,882,097 5,421,751 17,065,214 22,486,965 लौह अयस्तक हेमाटाइट 33 Iron Ore (Magnetite) '000 tonnes ( ) 58,503 10,560,978 10,619,481 21,755 10,622,305 10,644,060 52,699 10,736,455 10,789,155 लौह अयस्तक मनै नटे ाइट 34 Kyanite tonne 1,374,191 101,239,031 102,613,222 1,574,853 101,670,767 103,245,620 688,079 104,293,480 104,981,559 कायनाइट 35 Laterite '000 tonnes 24,714 446,119 470,833 124,733 581,819 706,552 लेटराइट 36 Lead-Zinc सीसा-焼स्ता Ore '000 tonnes 125,754 396,826 522,580 108,980 576,615 685,595 106,116 643,343 749,459 अयस्तक Lead Metal '000 tonnes 2,591 4,617 7,207 2,245 9,304 11,549 2,482 10,521 13,004 सीसा धातु Zinc Metal '000 tonnes 11,093 13,167 24,260 12,453 24,212 36,665 10,000 26,363 36,363 焼स्ता धातु Lead + Zinc Metal '000 tonnes - 118 118 - 118 118 - 143 143 सीसा + 焼स्ता धातु 37 Limestone '000 tonnes 12,715,317 162,629,584 175,344,901 14,926,392 170,008,720 184,935,112 16,335,753 186,888,998 203,224,752 चनू ा प‍र्र 38 Magnesite '000 tonnes 76,133 261,749 337,882 41,950 293,222 335,172 82,276 311,711 393,988 मनै नसे ाइट 39 Manganese Ore '000 tonnes 138,151 240,418 378,569 141,977 288,003 429,980 93,475 402,399 495,874 मगℂ नीि अयस्क 40 Marble '000 tonnes 4,700 1,787,938 1,792,638 276,495 1,654,968 1,931,463 4,551 1,941,341 1,945,891 माबलण 41 Marl tonne 139,976,150 11,704,870 151,681,020 123,855,856 11,704,870 135,560,726 मालण 42 Mica kilogram 68,569,843 325,285,576 393,855,419 190,741,448 341,495,531 532,236,979 114,432,777 520,869,364 635,302,141 अभ्रक 43 Molybdenum मॉलब्डने म Ore tonne 1,500,000 17,786,732 19,286,732 - 19,286,732 19,286,732 - 19,371,698 19,371,698 अयस्तक Statement 2.01 : Mineral Reserves and Resources विििण 2.01 : खननज भडं ाि एिं ससं ाधन As on 01.04.2005 As on 01.04.2010 As on 01.04.2015 S.No. Remaining Total Remaining Total Remaining Total Minerals/Metal Unit /यनू नट Reserve Reserve Reserve खननज/धातु क्र. सं. Resources Resources Resources Resources Resources Resources रिजर्व़ रिजर्व़ रिजर्व़ शषे ससं ाधन कु ल ससं ाधन शषे ससं ाधन कु ल ससं ाधन शषे ससं ाधन कु ल ससं ाधन Contained MoS MoS 2 tonne 1,050 11,590 12,640 - 12,640 12,640 - 12,668 12,668 2 य啍ु त 44 Nickel Ore million tonnes - 189 189 - 189 189 - 189 189 ननके ल अयस्तक 45 Ochre tonne 47,867,858 45,573,436 93,441,294 54,942,176 89,319,089 144,261,265 36,933,805 130,859,201 167,793,006 गरै रक 46 Perlite '000 tonnes 504 1,385 1,889 428 1,978 2,406 - 2,406 2,406 पलाणइट 47 Platinum gp.
Recommended publications
  • Toskar Newsletter
    TOSKAR NEWSLETTER A Quarterly Newsletter of the Orchid Society of Karnataka (TOSKAR) Vol. No. 4; Issue: ii; 2017 THE ORCHID SOCIETY OF KARNATAKA www.toskar.org ● [email protected] From the Editor’s Desk TOSKAR NEWSLETTER 21st June 2017 The much-awaited monsoon has set in and it is a sight to see EDITORIAL BOARD shiny green and happy leaves and waiting to put forth their best (Vide Circular No. TOSKAR/2016 Dated 20th May 2016) growth and amazing flowers. Orchids in tropics love the monsoon weather and respond with a luxurious growth and it is also time for us (hobbyists) to ensure that our orchids are fed well so that Chairman plants put up good vegetative growth. But do take care of your Dr. Sadananda Hegde plants especially if you are growing them in pots and exposed to continuous rains, you may have problems! it is alright for mounted plants. In addition, all of us have faced problems with Members snails and slugs, watch out for these as they could be devastating. Mr. S. G. Ramakumar Take adequate precautions with regard to onset of fungal and Mr. Sriram Kumar bacterial diseases as the moisture and warmth is ideal for their multiplication. This is also time for division or for propagation if Editor the plants have flowered. Dr. K. S. Shashidhar Many of our members are growing some wonderful species and hybrids in Bangalore conditions and their apt care and culture is Associate Editor seen by the fantastic blooms. Here I always wanted some of them Mr. Ravee Bhat to share their finer points or tips for care with other growers.
    [Show full text]
  • Review Article Organic Compounds: Contents and Their Role in Improving Seed Germination and Protocorm Development in Orchids
    Hindawi International Journal of Agronomy Volume 2020, Article ID 2795108, 12 pages https://doi.org/10.1155/2020/2795108 Review Article Organic Compounds: Contents and Their Role in Improving Seed Germination and Protocorm Development in Orchids Edy Setiti Wida Utami and Sucipto Hariyanto Department of Biology, Faculty of Science and Technology, Universitas Airlangga, Surabaya 60115, Indonesia Correspondence should be addressed to Sucipto Hariyanto; [email protected] Received 26 January 2020; Revised 9 May 2020; Accepted 23 May 2020; Published 11 June 2020 Academic Editor: Isabel Marques Copyright © 2020 Edy Setiti Wida Utami and Sucipto Hariyanto. ,is is an open access article distributed under the Creative Commons Attribution License, which permits unrestricted use, distribution, and reproduction in any medium, provided the original work is properly cited. In nature, orchid seed germination is obligatory following infection by mycorrhizal fungi, which supplies the developing embryo with water, carbohydrates, vitamins, and minerals, causing the seeds to germinate relatively slowly and at a low germination rate. ,e nonsymbiotic germination of orchid seeds found in 1922 is applicable to in vitro propagation. ,e success of seed germination in vitro is influenced by supplementation with organic compounds. Here, we review the scientific literature in terms of the contents and role of organic supplements in promoting seed germination, protocorm development, and seedling growth in orchids. We systematically collected information from scientific literature databases including Scopus, Google Scholar, and ProQuest, as well as published books and conference proceedings. Various organic compounds, i.e., coconut water (CW), peptone (P), banana homogenate (BH), potato homogenate (PH), chitosan (CHT), tomato juice (TJ), and yeast extract (YE), can promote seed germination and growth and development of various orchids.
    [Show full text]
  • 13376002 M.BIOTECHNOLOGY.Pdf (692.5Kb)
    In Vitro Regeneration and Rapid Multiplication of Two Orchid Varieties of Dendrobium bensoniae and Dendrobium aphyllum A DISSERTATION SUBMITTED TO BRAC UNIVERSITY IN PARTIAL FULFILMENT OF THE REQUIREMENTS FOR THE MASTER OF SCIENCE IN BIOTECHNOLOGY Submitted by- Sahida Siraj Riva Student ID: 13376002 April 2016 Biotechnology Program Department of Mathematics and Natural Sciences BRAC University Bangladesh 1 Dedicated To My beloved parents 2 DECLARATION I hereby declare that the research work embodying the results reported in this thesis entitled “In vitro Regeneration and Rapid Multiplication of Dendrobium bensoniae and Dendrobium aphyllum” submitted by the undersigned have been carried out under supervision of Dr. Aparna Islam, Professor, Department of Mathematics and Natural Sciences, BRAC University, Dhaka and co-supervision of Dr. Md. Ekramul Hoque, Professor, Department of Biotechnology, Sher-e-Bangla Agricultural University, Dhaka. It is further declared that the research work presented here is original and has not been submitted to any other institution for any degree or diploma. Candidate: Sahida Siraj Riva Certified: Dr. Aparna Islam Dr. Md. Ekramul Hoque Supervisor Co-supervisor Associate Professor Professor Department of Mathematics and Natural Sciences Department of Biotechnology BRAC University Sher-e-Bangla Agriculture University Dhaka Dhaka 3 Acknowledgement Firstly I would like to thank Allah Almighty for His immense blessings that gave me the strength and patience to accomplish my work successfully. I would like to express my sincere gratitude and esteem to Professor Naiyyum Chowdhury, Coordinator, Biotechnology programme, Department of Mathematics and Natural Sciences, BRAC University and Professor A. A. Ziauddin Ahmad, Chairperson, Department of Mathematics and Natural Sciences, BRAC University, for their valuable suggestions, inspiration, cooperation and encouragement throughout my MS study period in BRAC University.
    [Show full text]
  • Orchid Flora of Manas National Park, India
    Asian Journal of Conservation Biology, December 2019. Vol. 8 No. 2, pp. 143-148 AJCB: FP0113 ISSN 2278-7666 ©TCRP 2019 Orchid flora of Manas National Park, India Daimalu Baro1*, Amal Bawri2, Arjun Adhikari3, S.K. Borthakur2 1Field Biologist, Manas Tiger Project, Barpeta-781315, Assam, India 2Department of Botany, Gauhati University, Guwahati-781014, Assam, India 3Department of Botany, M.C. College, Barpeta-781301, Assam, India (Received: August 18, 2019; Revised: September 06, 2019; Accepted: September 21, 2019) ABSTRACT The present study deals with the diversity of orchids occurring in Manas National Park (MNP) which includes a total of 45 species belonging to 28 genera, among which 14 species are reported as an addition to the Manas Na- tiobnal Park. Key words: Manas National Park; diversity; Orchid INTRODUCTION Baro and Borthakur, 2017). Although the area has a rich diversity of flora and fauna, the biodiversity is yet to be The Orchidaceae with about 880 genera and 25,000 spe- explored and documented scientifically to a great ex- cies is one of the largest families of flowering plants and tent.The region has been witnessing continuous natural is cosmopolitan in distribution (Cribb et al., 2003). Most and anthropogenic disturbances leading to the degrada- of the members of the family are either rare, endangered tion of natural habitats (Rabha, 2001).Considering the and threaten or endemic to specific regions (Ahmedullah importance of the area from conservation point of view and Nayar, 1987). In India the family is represented by an assessment has been made on the orchid flora of Park about 186 genera and 1331 and of which about 850 spe- area by scrutinising the previous works and by explor- cies are reported from Northeast India (De and Medhi, ing the area a fresh.
    [Show full text]
  • Plbs) and Callus of Phalaenopsis Gigantea (Epidendroideae: Orchidaceae
    African Journal of Biotechnology Vol. 10(56), pp. 11808-11816, 26 September, 2011 Available online at http://www.academicjournals.org/AJB DOI: 10.5897/AJB10.2597 ISSN 1684–5315 © 2011 Academic Journals Full Length Research Paper In vitro plant regeneration from protocorms-like bodies (PLBs) and callus of Phalaenopsis gigantea (Epidendroideae: Orchidaceae) A. Niknejad1*, M. A. Kadir1* and S. B. Kadzimin2 1Department of Agriculture Technology, Faculty of Agriculture, University Putra Malaysia, Malaysia. 2Department of Crop Science, Faculty of Agriculture, University Putra Malaysia, Malaysia. Accepted 20 May, 2011 Phalaenopsis, with long arching sprays of flowers, are among the most beautiful flowers in the world. Phalaenopsis is an important genus and one of the most popular epiphytic monopodial orchids, grown commercially for the production of cut flowers and potted plants. Most of them have different and interesting morphological characteristics which have different value to the breeders. Phalaenopsis gigantea is one of the most difficult to grow and has the potential of producing beautiful hybrids. An efficient and reproducible method for large-scale propagation of Ph. gigantea using leaf sections has been developed. Leaf sections from in vitro young plants were cultured on New Dogashima Medium (NDM) supplemented with cytokinins (6-Benzylaminopurine (BAP), Thidiazuron (TDZ), and Kinetin (KIN), each at 0.01, 0.1, 0.5 and 1.0 mg/L) alone and in combinations with (auxins a-naphthaleneacetic acid (NAA), at 0.01, 0.1, 0.5 and 1.0 mg/L). The explants developed calli and protocorm-like-bodies (PLBs) within 6 weeks of culture. Treatment TDZ in combination with auxins was found to be the best for the induction of callus and PLBs.
    [Show full text]
  • Species of the Month Dr Shashidhar March1
    Species of the Month Dendrobium densiflorum Lindl. Synonyms: Dendrobium clavatum Roxb., D. griffithianum var. guibertii (Carriere) Veitch. This is a densely flowered Dendrobium and also known as Pineapple orchid because of the inflorescence resembling Pineapple. This is one of the most spectacular orchid species among the Dendrobiums. A popular species cultivated widely. It is easily identified by its cluster of flowers hanging down. This species is classified under section Callista. These are normally from mainland Asia with India, Myanmar, Thailand and Indochina being the major distribution pockets. In India, NE is the natural home of this species. Generally grows at an altitude of 1000 M as an epiphyte. In its natural habitat the seasonal conditions are distinct. The pseudobulbs are 30 - 45 cm long, with several angles (distinguishing feature from D. farmeri ) and about 2 cm in Figure 1Inflorescence of D. densiflorum diameter. Persistent leaves numbering 3-5 remain on the pseudobulbs. The leaves are generally grouped at the apex. Inflorescence is pendulous arising from the apex and has numerous flowers. Flowers are 3-5 cm across, yellow, with a rich orange lip and a hairy top, fragrant and last for 1-2 weeks. Flowering is during the months of March, April. Culture: The species prefers intermediate to cool growing conditions. They require bright light, preferably full morning sun and filtered one later. The plant has to be watered copiously during growth stage and after the current year growth switches to maturity, watering can be reduced. For best flowering ensure that the plant has reached maturity to produce blooms. Ensuring production of new aerial roots is Figure 2.
    [Show full text]
  • Die Orchidee-61-2010
    1 Inhaltsverzeichnis Die Orchidee Jahrgang 61(1-6) 2010 Erstellt: Ulrich Paterny Gartenfeldstraße 121, 61350 Bad Homburg v,d. Höhe E-Mail: [email protected] Tel.: 06172 – 5972649 Zuerst ist die Heftnummer angegeben, anschließend die Seitenzahlen. Teil 1: geordnet nach Autoren, Teil 2: nach Titeln und Abbildungen geordnet Heft 1: 15. Februar 2010: 001-064 Heft 2: 15. April 2010: 065-148 Heft 3: 15. Juni 2010: 149-216 Heft 4: 02. August 2010: 217-300 Heft 5: 01. Oktober 2010: 301-384 Heft 6: 01. Dezember 2010: 385-468 Teil 1 geordnet nach Autoren: Artikel: Baumbach, Dr. Norbert : Begegnungen am Orinokodelta in Venezuela. 14 Fotos. 1-035 bis 1-040 Ein Ausflug zur Gattung Acianthera nach Monteverde – Costa Rica. 16 Fotos. 4-263 bis 4-273 Acianthera cogniauxiana (Schltr.) Pridgeon et M.W. Chase 2001. In: Lindleyana 16(4): 243; 4-267. 2 Fotos Acianthrea herzogii (Schltr.) Baumbach 2007. In: Die Orchidee 58(1): 99-100. Foto. 4-267 Acianthera lanceana (Lodd.) Pridgeon et M.W. Chase 2001. In: Lindleyana 16(4): 235-271; 4-268 Acianthera luteola (Lindl.) Pridgeon et M.W. Chase 2001. In: Lindleyana 16(4): 244, Foto; 4-268 Acianthera pantasmi (Rchb.f.) Pridgeon et M.W. Chase 2001. In: Lindleyana 16(4): 235-271 Foto 4-269 Acianthera prolifera (Herb. ex Lindl.) Pridgeon et M.W. Chase 2001. In: Lindleyana 16(4): 235-271; 4-269, Foto 4-270 Acianthera pubescens (Lindl.) Pridgeon et M.W. Chase 2001. In: Lindleyana 16(4): 247; 4-269, Foto 4-270 Acianthera recurva (Lindl.) Pridgeon et M.W.
    [Show full text]
  • Four New Additions of Orchid Species for the Flora of Tripura, North East
    herbarium of the Department of Botany, Tripura University. cence erect, on fully grown young pseudobulb, the scape FOUR NEW ADDITIONS OF ORCHID SPECIES FOR THE FLORA OF TRIPURA, However, we did not compare our collected specimen with slender, 20 cm long, the rachis 15cm, flexous, bearing about NORTH EAST INDIA the isotype specimen at the Botanical Survey of India. This 15 flowers all open together. Bracts 3cm long, falling. Flower study reveals that four orchid species viz., Coelogyne white, not widely opening. Sepals about 1.7 by 0.6 cm, petals B. Baishnab, B. Banik, K. Majumdar* and B.K. Datta flexuosa Rolfe, Bulbophyllum lobbii Lindl, Liparis odorata 1.4 by 0.4cm, side lobes lip erect, rounded, mid lobe half total (Willd) Lindl, Dendrobium densiflorum Lindl, which are length of lip, hardly widening from the base, very shortly Plant Taxonomy & Biodiversity Laboratory, Department of Botany, Tripura University, Suryamaninagar, Tripura, India reported here as new distributional records for the state tipped, about 6mm wide, keels on lip 3, smooth, from near (Table 1 & Fig.1). base to apex, interrupted near base where the laterals are a *Correspondence: [email protected] little longer, a yellow patch across middle of mid-lobe and continued back along base of side lobes, column 7mm long, ABSTRACT narrowly winged (Fig. 2). In the present study, four additional Orchids belonging to genera, Coelogyne, Bulbophyllum, Liparis, and Dendrobium of the Flowering and Fruiting: April–June family Orchidaceae were considered as new addition to the flora of Tripura, Northeast India. Present information will be useful for future population assessment and reproductive biology studies to manage its wild stock.
    [Show full text]
  • Dendrobium Farmeri  Dendrobium Harveyanum  Dendrobium Jenkinsi  Dendrobium Lindleyi  Dendrobium Palpebrae  Dendrobium Sulcatum, and  Dendrobium Thyrsiflorum
    THE SPECIES ORCHID SOCIETY OF WA ( INC. ) http://members.iinet.net.au/~emntee/species Newsletter.htm Vol 30 No 5 October 2018 NEWSLETTER Anne O’Callaghan Award September 2018 Phalaenopsis schilleriana Kirsty NEXT MEETING - TUESDAY 9 October Contents 6 The Genus Dendrobium 2 General Meeting 8 Plants displayed September 2 Notes from your Committee 2018 4 Noticeboard 15 About us 5 Monthly plant MINUTES OF THE GENERAL MEETING 11 September 2018 7.50pm Present: 39 present as per the register. donations for food for morning and afternoon teas and also for the raffle Apologies: 6 as per register and entry is only free if your name is on Visitors: Sara & Lorraine the duty roster. New members: Nil. The Orchids WA report will be Minutes: Minutes June meeting accepted discussed in the next committee (Ray, Lynn) meeting as will the proposed amend- Business Arising: Nil ments to its rules by OSWA. Financial Report:: Tabled by Adrian. The NDOS is having an auction on the Current balance is $13,055.87. (Ray, Ian) 4th of November at 7:45PM at the Alf Correspondence: Faulkner Hall in Eden Hill and SOSWA members are invited to participate. Inwards: ANOS is running a correspondence Neutrog Bulk Order (OSWA), judging course. See Lorraine if you are AOF (receipt and Fiona Stanley Query), interested. AOC (AGM details) Anne O’Callaghan Cultural Award: OSWA about Orchids WA rule changes, Awarded to Kirsty for Phalaenopsis 5th Aug Orchids WA GM minutes (draft), schilleriana GCA Our Gardens, Raffle: Caterina, Paul, Helen, Tom, Tony Spring Orchid Fair (next weekend). and Bruce.
    [Show full text]
  • In Vitro Seed Germination in Cymbidium Elegans Lindl
    Botanica Orientalis – Journal of Plant Science (2009) 6: 100–102 ISSN 1726-6858 © 2009 Central Department of Botany, Tribhuvan University http://www.cdbtu.edu.np/botanica-orientalis Short communication In vitro seed germination in Cymbidium elegans Lindl. and Dendrobium densiflorum Lindl. ex Wall. (Orchidaceae) Shreeti Pradhan and Bijaya Pant Biotechnology Unit, Central Department of Botany, Tribhuvan University, Kirtipur, Kathmandu, Nepal; email: [email protected], [email protected] Abstract A comparative study of in vitro seed germination of two endangered orchid species, viz. Cymbidium elegans Lindl. and Dendrobium densiflorum Lindl. ex Wall., was carried out on Murashige and Skoog’s (MS) medium, supplemented with different concentrations and combination of 6-benzylaminopurine (BAP) and á-Naphthalene acetic acid (NAA). The hormone-free MS medium and MS medium supplemented with various growth hormones were found effective for in vitro seed germination of both species. However, the seeds of these two species showed variation in their germination behavior. Hormone-free MS basal medium was found most effective for seed germination of D. densiflorum; whereas, basal medium supplemented with BAP (1mg/l) was effective for C. elegans. The seeds of D. densiflorum showed quick response in earlier germination, protocorm formation and further development into seedlings in comparison to C. elegans. In C. elegans, germination of immature seeds started after nine weeks of inoculation; whereas in D. densiflorum, the initiation of germination started after five weeks of culture. The variations in seed germination, protocorm formation and seedling differentiation in the two orchid species might be due to the differences in their genetic constitution and the presence of different endogenous growth stimulating substances present in their seeds.
    [Show full text]
  • (Orchidaceae), with Emphasis on Dendrobium Section Pedilonum
    247 Molecular phylogenetic systematics in the Dendrobiinae (Orchidaceae), with emphasis on Dendrobium section Pedilonum M.A. Clements Abstract Clements, M.A. (Centre for Plant Biodiversity Research, Australian National Herbarium, G.P.O. Box 1600, Canberra, A.C.T. 2601, Australia) 2003. Molecular phylogenetic systematics of the Dendrobiinae (Orchidaceae), with emphasis on Dendrobium section Pedilonum. Telopea 10(1): 247–298. Molecular systematic research using the internal transcribed spacer (ITS) region of the 18–26S nuclear ribosomal DNA repeat unit, on representatives of most taxonomic units within the Dendrobiinae has provided independent support, in addition to morphological and biological data, for the phylogenetic reassessment of the taxon. At a broad level, the Dendrobiinae is polyphyletic with Epigeneium forming an independent clade; Dendrobium section Oxystophyllum is deeply embedded within one of the outgroups, subtribe Eriinae: Podochileae; and the remaining taxa isolated into two major groups, viz the Asian and Australasian clades. A detailed study of part of the Asian clade, with emphasis on representatives of the morphologically based Dendrobium section Pedilonum, groups species into seven major clades. Dendrobium section Pedilonum is shown to be non-monophyletic with most species previously interpreted as belonging to it being well isolated from D. secundum, the designated type of that taxon, and interspersed amongst representatives of D. section Calcarifera, Calyptrochilus, Cuthbertsonia, Dendrobium, Dolichocentrum, Oxyglossum and Platycaulon. Dendrobium section Rhopalanthe, which separates the two major clades containing representatives of D. section Pedilonum, is itself paraphyletic with representatives of sections Aporum and Bolbidium embedded within it. These molecular results, combined with morphological data, provide a strong basis for a reassessment of the phylogeny of part of the study taxon.
    [Show full text]
  • Tel. Kom. 887 134 666, E-Mail: [email protected]
    OFERTA STORCZYKÓW STYCZEŃ 2020r. tel. kom. 887 134 666, e-mail: [email protected] Botaniczne + Hybrydy 3cm Opis kolumny 3cm 5,5cm 6cm 7cm 8cm 10cm 12cm Acampe rigida 90 Acineta superba 90 doniczka o średnicy 9 cm Aerangis articulata 50 Aerangis articulata 40 roślina luzem Aerangis biloba 40 roślina luzem Aerangis calantha 90 roślina luzem Aerangis citrata x punctata 70 roślina luzem Aerangis coriacea 70 roślina luzem Aerangis ellisii 40 roślina luzem Aerangis fastuosa 90 na podkładce Aerangis fastuosa 50 roślina luzem Aerangis fuscata 50 roślina luzem Aerangis hyaloides 70 roślina luzem Aerangis jacksonii 135 na podkładce Aerangis kirkii 70 Aerangis kirkii 70 na podkładce Aerangis kirkii 50 roślina luzem Aerangis kotschyana 50 Aerangis kotschyana 40 roślina luzem Aerangis macrocentra 50 roślina luzem Aerangis mooreana 70 na podkładce Aerangis mooreana 40 roślina luzem Aerangis mystacidii 70 Aerangis mystacidii 70 na podkładce Aerangis mystacidii 40 roślina luzem Aerangis Pioneer (myst. x kotsch.) 90 roślina luzem Aerangis punctata 90 roślina luzem Aerangis rhodostricta 50 roślina luzem Aerangis somalensis 40 roślina luzem Aerangis spiculata 104 roślina w koszyku Aeranthes caudata 50 Aeranthes grandiflora 40 40 Aeranthes peyrottii 40 Aeranthes ramosa 40 roślina luzem Aeranthes setipes 90 roślina luzem Aeranthes spinosa 50 Aerides falcata 40 roślina luzem Aerides houlletiana 104 na podkładce Aerides krabiense 50 Aerides krabiense 104 na podkładce Aerides krabiense 40 roślina luzem Aerides lawrenciae 104 roślina w koszyku Aerides odorata
    [Show full text]