Fundamentals of Plant Systematics.

Keener, Carl S.; Radford, Albert E.

doi:10.2307/2419229

Cited by 6 publications

(7 citation statements)

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“…For the present review, the CEN, COAH, COL, JAUM, MO, R, RB, UB, UDBC, US, and VEN herbaria collections were personally examined, as well as digital images available online from other herbaria (B, BM, F, K, NY, P, U) and personal photo collections. For morphological descriptions, we used Radford (1986). All the protologues and type specimens mentioned here were analyzed; specimens were examined using highresolution images (mainly via JSTOR 2022).…”

Section: Methodsmentioning

confidence: 99%

Ficussubgen.Spherosukesect.Americanaeser.Dugandii(Moraceae): A Curved Ostiolar Margin Group of Neotropical Fig Trees

et al. 2023

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Abstract— This work presents the new taxon Ficus series Dugandii characterized by the syconium ostiolar margin with wall curved to the outer side of the syconium, forming a short apical tube, irregularly rounded to triangular. For this study, field trips were carried out and collections of herbarium specimens, types, and protologues were analyzed. The series has 15 species with 50 synonyms proposed here, distributed from Mexico and the Antilles to southeastern Brazil. Names like F. llanensis, F. llewelynii, and F. mitrophora, previously synonymous, are considered correct species names. Lectotypes have been designated for F. acarouaniensis, F. clethrifolia, F. glycicarpa, F. holosericea, F. velutina, Urostigma euomphalum, and U. maximilianum; a neotype for F. frigida; and epitypes for F. holosericea and F. trigonata.

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Section: Methodsmentioning

confidence: 99%

Ficussubgen.Spherosukesect.Americanaeser.Dugandii(Moraceae): A Curved Ostiolar Margin Group of Neotropical Fig Trees

et al. 2023

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“…We also conducted an identification of medicinal plant species to discover their species and family names. It was conducted by observing the morphological characteristics using several identification books, including Flora of Java (Backer and Bakhuizen van den Brink 1968), and Fundamentals of Plants Systematic (Radford 1986). The validation of species and family names was conducted by comparing with recent and related publications and using online database portals such as the International Plant Name Index (IPNI), Plant of the World Online (POWO), and Global Biodiversity Information Facility (GBIF).…”

Section: Data Collectionmentioning

confidence: 99%

Ethnobotany of Medicinal Plants in Leuwiliang (Bogor), Indonesia

Pratami,

Anggraeni,

Sujarwo

2024

Ethnobot. Res. App.

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Background: Bogor, a suburban area of Jakarta, harbors a rich diversity of plants traditionally used for medicinal purposes, one of them is Leuwiliang. Furthermore, comprehensive documentation regarding the use of these plants as traditional medicine is lacking. Therefore, this study aims to identify the medicinal plants, their uses, and conservation efforts.Methods: This study involved interviews with users of plant-based medicine. We interviewed 30 respondents from 11 villages. The inquiries encompassed characteristics of both the respondents and the medicinal plants. Additionally, we also conducted plant exploration and identification.Results: A total of 101 species belonging to 44 families were identified as potential medicinal plants for treating various ailments prevalent in the Leuwiliang community. The Zingiberaceae family emerged as the most commonly used for medicinal purposes, followed by Asteraceae and other families. Degenerative diseases like diabetes and hypertension were found to be the most prevalent among the Leuwiliang community. Most of the plants used originated from the Malesian Region, and their conservation status is largely secure, given that most are herbaceous. The community in Leuwiliang practiced the cultivation of medicinal plants in their home gardens as a conservation effort to prevent these plants from becoming endangered. Conclusions:The abundance of reported medicinal plants underscores the rich traditional knowledge within the Leuwiliang community. However, knowledge regarding the application of these medicinal plants is gradually waning due to the effects of climate change and modernization.

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“…In plant taxonomy, the study of morphology is the most traditional and basic approach to infer relationships among taxa (Radford, 1986). Species delimitation is thus based on the observation of qualitative or quantitative diagnostic characters showing scarce or no overlap among the studied taxonomic units (Wiens, 2007).…”

Section: Introductionmentioning

confidence: 99%

An integrative taxonomic study of Santolina (Asteraceae) from southern France and north‐eastern Spain reveals new endemic taxa

Giacò

Varaldo

Casazza

et al. 2022

J of Sytematics Evolution

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Santolina is a clear example of a genus lying in an alpha‐taxonomic status, with species accepted only based on qualitative morphological descriptions. In particular, taxonomic issues still need to be resolved for Santolina populations from southern France and north‐eastern Spain, and so, we carried out an integrative taxonomic study involving morphometrics, cypsela morphometrics, niche overlap, and phylogenetic analysis based on six plastid markers (trnH‐psbA, trnL‐trnF, trnQ‐rps16, rps15‐ycf1, psbM‐trnD, and trnS‐trnG). Our results revealed that the current taxonomic circumscription is not adequate. In particular, the Santolina populations at the foothills of eastern Pyrenees, previously included in the variability of Santolina benthamiana, have to be considered as a distinct species, namely, Santolina intricata. In addition, despite their high phylogenetic relatedness, S. benthamiana s.str. and Santolina ericoides can still be considered as distinct species due to clear morphological and ecological differentiation. Finally, we demonstrated that three different subspecies can be recognized in Santolina decumbens, a species endemic to Provence. For one of these subspecies, due to its extremely restricted distribution range, conservation issues are pointed out.

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Fundamentals of Plant Systematics.

Cited by 6 publications

References 0 publications

Ficussubgen.Spherosukesect.Americanaeser.Dugandii(Moraceae): A Curved Ostiolar Margin Group of Neotropical Fig Trees

Ficussubgen.Spherosukesect.Americanaeser.Dugandii(Moraceae): A Curved Ostiolar Margin Group of Neotropical Fig Trees

Ethnobotany of Medicinal Plants in Leuwiliang (Bogor), Indonesia

An integrative taxonomic study of Santolina (Asteraceae) from southern France and north‐eastern Spain reveals new endemic taxa

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