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Contact Name
Andri Agus Rahman
Contact Email
jurnal@rmpi.brin.go.id
Phone
+6281381462765
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reinwardtia@brin.go.id
Editorial Address
Organisasi Riset Hayati dan Lingkungan Badan Riset dan Inovasi Nasional Gedung Administrasi, Kawasan Sains Teknologi Dr. (H.C) Ir. H. Soekarno Jl. Raya Bogor KM. 46, Cibinong 16911, Jawa Barat - Indonesia
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Kota tangerang selatan,
Banten
INDONESIA
Reinwardtia
Published by BRIN Publishing
ISSN : 0034365X     EISSN : 23378824     DOI : https://doi.org/10.55981/reinwardtia
Core Subject : Science,
Reinwardtia is a peer-reviewed scientific journal dedicated to advancing the understanding of plant science, with a particular emphasis on three core areas: plant taxonomy, plant ecology, and ethnobotany. The journal serves as a vital platform for disseminating research that explores the classification, identification, and relationships of plant species (taxonomy), the interactions between plants and their environments (ecology), and the traditional knowledge and cultural significance of plants (ethnobotany). Reinwardtia places a strong focus on the flora of Southeast Asia, a region known for its rich biodiversity and complex ecosystems. It extends its coverage to neighboring regions, including the tropical areas of Northern Australia, providing insights into the plant life of these biologically diverse areas. The journal seeks to contribute to the global scientific community by publishing original research articles, reviews, and notes that deepen the understanding of plant species in these regions and their ecological and cultural contexts.
Articles 1,031 Documents
A NEW SPECIES OF LANSIUM Corr. (Meliaceae) B PRIJANTO
Reinwardtia Vol. 7 No. 1 (1965)
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Abstract

Arbor, foliolis 3 vel 5, alternantibus vel sub-oppositis, rigide chartaceis, ovato-oblongis vel ellipticis, basi cuneatis avice acutis, costis utrinque 6-10, subtus parce pilosis, petiolulis 5 mm longis; racemis solitaribus, laxe pilosis; jructus pilosus.
FLORAE MALESIANE PRAECURSORES XLIX. MALESIAN SPECIES OF LITHOCARPUS BL(FAGACEAE) E. SOEPADMO
Reinwardtia Vol. 8 No. 1 (1970)
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Abstract

Lithocarpus Bl. (1826) is here considered to include the following genera: Synaedrys Lindl. (1836), Cyclobalanus (Endl.) Oersted (1867, p.p.),and Pasania (Miq.) Oersted (1867, p.p.).In Malesia 104 species are recognized, of which 25 are new to science and 7 are new combinations.Apart from these there are 10 more species which are considered as doubtful,as from the specimens so far examined it is difficult to decide their correct status. Pasania littoralis (Bl.) Oersted (basionym: Quercus littoralis Bl.)is excluded from the genus, and the species has been reidentified by Dr. A.J.G.H.Kostermans (Bogor) as Atuna scabra (Hassk.)Kosterm.In Malesia most species of Lithocarpus may be distinguished from those of Castanopsis by the ridged inner surface of their bark, uniseriate and multiseriate wood-rays,spiral arrangement of leaves and bud-scales,and by their cupule which always encloses one fruit only, and which are solitary or in dichasial clusters along the rachis, possessing interseminal cupule segments and a scattered pattern of vascularization.
STUDIES IN LEGUMINOSAE 15. NEW TAXA OF DALBERGIA LINN. F. FROM INDIA AND BURMA K. Thothathri
Reinwardtia Vol. 8 No. 2 (1972)
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Abstract

During a study of the Indo-Burmese species of the genus Dalbergia Linn. f. the author came across an interesting specimen from Travancore, wrongly identified as D. congesta Grah. ex Wt. & Arn. This specimen differs markedly from the. latter in the conspicuous, persistent bracteoles which remain even after fruiting.
A NEW SPECIES OF BALANOPHORA FROM THE MALAY PENINSULA GREGORI G. HAMBALI
Reinwardtia Vol. 9 No. 4 (1980)
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Abstract

An illustrated description of Balanophora hansenii Hambali, spec,nov. is presented. The species belongs to sect. Dibalaniella.
NEW TAXA IN INDONESIAN BAMBOOS Elizabeth Anita Widjaja
Reinwardtia Vol. 11 No. 2 (1997)
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Abstract

From a recent research on Indonesian bamboo germplasm it has become evident that there are at least 43 undescribed species (6 species of Bambusa, 3 species of Dendrocalamus, 4 species of Dinochloa, 13 species of Gigantochloa, 2 species of Nastus, 2 species of Racemobambos, 11 species of Schizostachyum and 2 species in the new monotyic genera Parabambusa and Pinga). Two new genera (Fimbribambusa and Neololeba) are here separated from Bambusa Schreb.
GESTION DE LA BIODIVERSITE : RELATIONS AUX PLANTES ET DYNAMIQUES VEGETALES CHEZ LES DANI DE LA VALLEE DE LA BALIEM EN IRIAN JAYA, INDONESIE Yohanes; Purwanto
Reinwardtia Vol. 12 No. 1 (2002)
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PURWANTO, Y. 2002. Biodiversity management: Plant relation of the Dani people and vegetation dynamic in the Baliem valley of Irian Jaya, Indonesia. Reinwardtia 12(1): 1–94. ? The study was conducted in two approaches, ethnobotanical approach and ecological approach. Ethnobotanical approach consists of knowledge analization and plant nature environment uses which consists of spatial organization, botanical indigenous knowledge, traditional system on plant nomenclature, and treats the agriculture activities of the Dani–Baliem. Whereas, the later approach we analyse the floristic diversity in different environment existence in the Baliem Valley. In this ecological approach contains of analyse floristic of the primary forest of different altitude, secondary forest (fallow system of different ages), transition zone (zone ecotone), home garden, villages, protection area and sacred sites. The result indicated that the degradation of environment in the Baliem Valley, principally caused by agricultural activity and exploitation of natural resources. The traditional agricultural activities of Dani–Baliem society influence on decreasing of genetic resources on wild plant (wild species).On the contrary, these activities in the intraspecific diversity level,increase the number of cultivated plants. Further, Dani–Baliem people activities also influence the ecological diversity. This can be seen from different unit of environment existence like secondary forest, agricultural area, protection zone, sacred site, habitation areas etc.), where every unit have a specific use and a specific plant diversity.
THE PHYLOGENETIC POSITION OF THE PAPUASIAN GENUS SARCOCHILUS R.BR. (ORCHIDACEAE: AERIDINAE): EVIDENCE FROM MOLECULAR DATA Topik - Hidayat; Motomi - Ito; Tomohisa - Yukawa
Reinwardtia Vol. 12 No. 4 (2008)
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HIDAYAT,T.; ITO, M.; YUKAWA, T. 2008. The phylogenetic position of thePapuasian genus Sarcochilus R.Br.(Orchidaceae: Aeridinae): evidence from molecular data. Reinwardtia 12(4).281 – 284. –– The taxonomic status of the Papuasian orchid genus Sarcochilus R.Br. remains unresolved. Represented by Sarcochilus chrysanthus Schltr.,a phylogenetic analysis to evaluate relationships between the Papuasian species and those from Australia was conducted using molecular characters.Parsimony analysis using DNA sequences of the internal transcribed spacer (ITS) region showed that this Papuasian species, is in a distant position from the so-called the true Sarcochilus sensu stricto.These results provide additional evidence for the establishment of a new genus Monantochilus.
FURTHER NOTES ON THE FERN-GENUS HETEROGONIUM PRESL R. E. HOLTTUM
Reinwardtia Vol. 1 No. 1 (1950)
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Abstract

In the "Sarawak Museum Journal," volume V (1949), pages 156-166,I gave a revised account of the genus Heterogonium Presl, based on specimens in the Singapore herbarium.Dr M. A.Donk wrote subsequently pointing out that specimens at Bogor (Buitenzorg) add materially to the information contained in that paper.The present paper gives the result of a study of the Bogor specimens.I am glad to express my gratitude to Dr Donk for calling my attention to species which I had overlooked when searching literature on Malaysian ferns for indications of affinity to Heterogonium. The Bogor material includes the type specimens of Acrostichum teysmannianum Bak.,Phegopteris schizoloma v. A. v. R. Dryopteris sagenoides forma contracta v. A. v. R.,Polybotrya nieuwenhuisii Racib.and Polybotrya nieuwenhuisii var. brooksii v. A. v. R.,also many sheets of H. giganteum, and material of H.sagenoides from a wider geographic range than I had previously seen.Summarizing the results of the present paper,I have united H.nieuwenhuisii and H. stenosemioides of my former paper,and have also united H.saxicola with H. giganteum.Further, I now recognize a second exindusiate species allied to H.sagenoides; but the variation in pubescence among exindusiate specimens, as within the species H.sagenoides proper,is very considerable,and I find it very difficult to draw specific limits. It is likely that there are local races, but much more field work in many localities is necessary before one can speak with certainty about this or define their status taxonomically. One interesting fact is that no exindusiate specimens of this alliance have been found in the Malay Peninsula, whereas Peninsular collections of indusiate H. sagenoides are more abundant than from any other area.It is especially the variation in pubescence among specimens of H.sagenoides,and the lack of clear-cut varieties or subspecies within the Malay Peninsula, that deters me from distinguishing more species outside the Peninsula, based on few specimens.Another generalization based on many specimens is that fertile fronds are always much less hairy on the lower surface than sterile fronds of the same plant.As regards another kind of character, namely venation,I have noted that fronds of immature plants may not show the low
MALAYSIAN LICHENS —I I P. GROENHART
Reinwardtia Vol. 1 No. 1 (1950)
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Abstract

The Umbilicariaceae are a family of Lichens occurring almost exclusively in temperate regions and moreover frequently growing on rocks. Nevertheless this family is represented in the tropics; it has been reportedfrom tropical America and Africa. As far as data are available they occur on rocks in the upper regions of high mountain-ranges, viz. of the Andes of Bolivia and Peru and of Pico d'Orizaba in Mexico from 10,000 feet upwards. For Africa the data are in accordance: Mount Deschen in Abyssinia (14,200 feet) and Mount Kilimanjaro in Kenya (12,000 feet). For the tropics of Asia an early record exists of the appearance of a species of Umbilicaria; until today, however, this indication has not yet been confirmed and as far as I could gather, it has remained the only one. In Zollinger's "Systematisches Verzeichniss der im indischen Archi- pel gesammelten Pflanzen," page 8, 1854, one reads: "Ad rupes summi M. Ardjuno (11,000') occurrit Umbilicariae spec, sed nunc in herbario caret." In Moritzi's "Systematisches Verzeichniss der von H. Zollinger in den Jahren 1842—1844 auf Java gesammelten Pflanzen," 1845-1846, Umbilicaria is not mentioned, although Zollinger climbed Mount Ardjuno in 1844 and the material was collected probably in that year. Later workers on Zollinger's lichens did not describe an Umbilicaria from his collections either, so that we may assume it has been lost. On July 20, 1932 and some years later, on March 27, 1937, I ascended the summit of Mount Ardjuno myself and am rather confident that I collected my specimens of Umbilicaria from the same rock as Zollinger did almost a century ago. Up there, just beneath the top at about 3,300 m, there are only a few big rocks on which this species grows. The top itself is 3,339 m. In the somewhat lower surroundings of the top I could not locate any other specimen. On the summits of Mount Welirang (3,156 m), Northern Kembar (3,020 m), Southern Kembar (3,100 m), and Mount Bakal (2,980 m), which all belong to the Mount-Ardjuno complex, I failed to discover Umbilicaria, too. The same holds true for Mount Kawi (Butak;
NOTES ON THE GENUS CYLINDROCLADIUM (Fungi: Mucedinaceae) K. B. BOEDIJN, J. REITSMA
Reinwardtia Vol. 1 No. 1 (1950)
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The genus Cylindrocladivm was erected by Morgan in 1892 for a Mucedinaceous fungus with Penicillium-like branching and long,cylindrical,two-celled conidia.The original diagnosis runs: — Cylindrocladium Morgan. "Hyphae steriles repentes,fertiles erectae,dichoto mice ramosae,septatae, basidia in apice ramorum subterna fusoidea,conidia cylin- dracea, 1-septata." The type and only species,Cylindrocladium scoparium Morgan,was found on dead pods of Gleditschia triacanthos L.In 1900 the same fungus was reported by Ellis and Everhart on dead leaves of Asimina triloba Dun.They considered it a new species of the genus Diplocladhim Bonord.and described it accordingly as Diplocladium cylindrosporum Ell.& Everh.In 1912 Hawley (see Rea and Hawley) erected the genus Candelospora with the following diagnosis

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