scholarly journals A new name in southern African Justicia L. (Acanthaceae)

Bothalia ◽  
2019 ◽  
Vol 49 (1) ◽  
Author(s):  
John C. Manning

Background: Ongoing systematic studies in the African flora necessitate periodic nomenclatural adjustments and corrections.Objectives: The objective of this study was to effect requisite nomenclatural changes.Method: Relevant literature was consulted and type specimens were examined.Results: One nomenclatural correction is required in Justicia L. (Acanthaceae).Conclusion: The replacement name Justicia conferta J.C.Manning Goldblatt is provided for the illegitimate homonym Justicia densiflora (Hochst.) J.C.Manning Goldblatt, and the validity of the combination Justicia andromeda (Lindau) J.C.Manning Goldblatt is clarified.

1996 ◽  
Vol 74 (9) ◽  
pp. 1487-1495 ◽  
Author(s):  
E. B. G. Jones ◽  
S. J. Read ◽  
S. T. Moss ◽  
Siti Alsysh Alias ◽  
K. D. Hyde

Trisporella beccariana comb.nov. is redescribed from decomposing leaf petiole (or rachis) bases of Nypa fruticans recently collected in Malaysia and the Philippines. The superficial ascomata bear bitunicate asci with (3–)5(–7)-septate ascospores that are brown and verrucose, except for the prominent hyaline basal cell, and furnished with a distinctive apical appendage that arises from the spore wall. The ultrastructure of the fungus is contrasted with that of species of Corollospora and Corallicola, with particular reference to the mode of ascospore appendage formation. The species was originally described from a Sarawak collection as Sphaeria beccariana and later transferred to Melanomma and given the new name Melanomma cesatianum. Gibberidea nipae is a synonym. The recent collections were compared with type specimens. The fungus is not properly placed in Melanomma or Gibberidea or other known genera and a new genus Tirisporella is described. Keywords: Ascomycotina, ascospore appendage, mangrove fungus, taxonomy, ultrastracture.


Phytotaxa ◽  
2013 ◽  
Vol 153 (1) ◽  
pp. 58 ◽  
Author(s):  
Bo Li ◽  
YUNHONG TAN ◽  
ZHIYONG ZHANG ◽  
DIANXIANG ZHANG

The genus Premna Linnaeus (1771: 587) contains about 200 species and is distributed in Old World tropics and subtropics with 46 species in China (Chen & Gilbert 1994). After being transferred from the Verbenaceae to the Lamiaceae, the genus becomes one of the biggest genera of the mint family (Harley et al. 2004), and now ranks among the more taxonomically difficult and complicated genera of Lamiaceae. Premna laevigata C. Y. Wu (1977: 440) was described from collections from Mengla County, Yunnan Province, China. However, the name was not validly published in the original description (Wu 1977) because three collections were simultaneously designated as types (i.e. H.T.Tsai 59-11098 was assigned as the flowering type, and S.J.Pei 59-11239 and, 59-13345 as fruiting types) which is contrary to articles 40.1 and 40.2 of the International Code of Nomenclature for Algae, Fungi and Plants (ICN) (McNeill et al. 2012). In the Catalogue of type specimens (Cormophyta) in the herbaria of China (Jin 1994), this name was validated by designating H. T. Tsai 59-11098 as the holotype. Unfortunately, it is still an illegitimate name according article 53.1 of the ICN because the name is a later homonym of P. laevigata Miquel (1858: 895), based on material from Indonesia (Sumatra). However this was not realised in either Flora Reipublicae Popularis Sinicae (Chen 1982), or in Flora of China (Chen & Gilbert 1994). After checking the type material of both names, it is concluded that the two homonyms apply to two totally unrelated taxa. Therefore, the Chinese species requires a new name which is proposed below. 


2021 ◽  
Vol 97 (1) ◽  
pp. 121-139
Author(s):  
Isabel Cristina Molina-Acevedo ◽  
Izwandy Idris

Marphysa simplex is a name that three species bear within the same genus, but each has a different authority and morphological characteristics. This homonymy condition leads to taxonomic confusion and the finite designation of name-bearing is imperative. The current study focuses on two species identified as M. simplex Crossland, 1903 and M. simplex Treadwell, 1922 and a third one, recently considered a secondary homonymy, M. simplex (Langerhans, 1884), is also assessed. The available type specimens were examined and re-described in detail using updated characters and the original descriptions. Marphysa simplex (Langerhans, 1884) is herein judged as an indeterminable species. Marphysa simplex Crossland, 1903 is confirmed as a junior synonym of M. teretiuscula (Schmarda, 1861a) because the differences are minimal. Moreover, M. teretiuscula has characteristics similar to Group B2 (Sanguinea-group; only compound spinigers), instead of the Teretiuscula-group (compound spinigers in the anterior region, subacicular limbate in all chaetigers). On the other hand, M. simplex Treadwell, 1922 is a junior primary homonym of Crossland’s species replaced by M. fijiensisnom. nov. with the chaetal arrangement similar to Group A (limbate chaetae only). In conclusion, the name M. simplex is now unacceptable. The hypothesis on species group only with limbate chaetae and the redescription on M. teretiuscula is also given.


Bothalia ◽  
2016 ◽  
Vol 46 (1) ◽  
Author(s):  
John Manning ◽  
Peter Goldblatt

Background: Ongoing systematic studies in the African flora necessitate periodic nomenclatural adjustments and corrections. Objectives: To effect requisite nomenclatural changes. Method: Relevant literature was surveyed and type material located and examined. Results: Nomenclatural corrections are published in Mairia Nees (Asteraceae) and Psilosiphon Welw. ex Goldblatt J.C.Manning, nom illeg. (Iridaceae). Conclusions: Cineraria purpurata L. (1771) (Asteraceae) is recognised as the earliest name for Mairia hirsuta DC. (1836) and the new combination M. purpurata (L.) J.C.Manning is provided for the species. Psilosiphon Welw. ex Goldblatt J.C.Manning (2015) (Iridaceae) is a later homonym for Psilosiphon Entwisle (1989). The replacement name Afrosolen Goldblatt J.C.Manning is proposed and the necessary new combinations for the 16 taxa currently recognised in the genus are provided.


Bothalia ◽  
2018 ◽  
Vol 48 (1) ◽  
Author(s):  
John C. Manning ◽  
Anthony R. Magee

Background: Ongoing systematic studies in the African flora necessitate periodic nomenclatural adjustments and corrections.Objectives: To effect requisite nomenclatural changes.Method: Relevant literature was surveyed and requisite nomenclatural transfers provided.Results: The new combination Sesamum byngianum Christenh. proposed for Josephinia africana Vatke is superfluous as an available synonym exists.Conclusions: The new combination Sesamum rosaceum (Engl.) J.C. Manning Magee is also provided for Josephinia africana Vatke. Three new sectional combinations are provided to accommodate the species previously placed in Ceratotheca Endl., Josephinia Vent. and Dicerocaryum Bojer in the current infrageneric classification of Sesamum.


Zootaxa ◽  
2019 ◽  
Vol 4564 (1) ◽  
pp. 271
Author(s):  
KARINE GOBETTI DE OLIVEIRA ◽  
FERNANDO CARBAYO

Leading taxonomist Prof. Eudóxia Maria Froehlich (1929*–2015†) kept an uncatalogued personal collection of a large set of histological glass slides of land planarians. Many of these slides carry insufficient written information for identification purposes. 2287 slides of her collection were examined under the microscope and compared with relevant literature. We found 1633 slides bearing type material of a total of 119 nominal species, mostly collected in the Neotropical region. Identification of 148 slides (belonging to 16 species) as type material is suspected but not confirmed. Type material represents 110 triclad species. There is also type material of two Polycladida, two Rhabdocoela, three Proseriata, one Prolecitophora, and one Acoelomorpha species. The 119 nominal species were described by Ernest Marcus, Eveline du Bois Reymond-Marcus, Diva Diniz Corrêa, Cláudio Gilberto Froehlich, and Eudóxia Maria Froehlich. While keeping the slides in their original location in cupboards, the catalogue provides a quick means of retrieving desired slides. Slides were deposited in the Museu de Zoologia da Universidade de São Paulo. 


Phytotaxa ◽  
2019 ◽  
Vol 427 (1) ◽  
pp. 60-68
Author(s):  
LARISSA TRIERVEILER-PEREIRA ◽  
R. GREG THORN ◽  
ADRIANA DE MELO GUGLIOTTA

Type specimens of cyphelloid fungi described by Johannes Rick kept at Herbarium PACA (São Leopoldo, Brazil) were studied, described, illustrated and their species names were updated when necessary. Two invalid names, Cyphella grisea Rick and Solenia minima Rick, are reduced to synonyms of existing names, Lachnella subfalcispora D.A. Reid and Henningsomyces minimus (Cooke & W. Phillips) Kuntze, respectively. Cyphella congregatissima Rick, Glabrocyphella rubescens Rick, Solenia pezizoidea Rick and Theleporus griseus Rick are combined to Seticyphella Agerer, Henningsomyces Kuntze, Maireina W.B. Cooke and Resupinatus Nees, respectively, with the last requiring a new name, Resupinatus rickii. Descriptions, color photographs of basidiomes, and line-drawing illustrations of microstructures from the examined material are given.


1968 ◽  
Vol 25 (5) ◽  
pp. 943-1060 ◽  
Author(s):  
Donald H. Steele ◽  
Pierre Brunel

In place of the widely ranging, abundant, and variable species Anonyx nugax, previously recorded from Canadian Atlantic and Arctic waters, eight less variable species of this genus are here recognized, one of which (sarsi) is new to science. Detailed descriptions, figures, distribution maps and a key applying to all sizes are given. The study of the species is based on examination of available type-specimens and the use of new characters. The systematics of the genus is discussed in a chronological review of all the relevant literature, and the status of several species is revised.Since the young of large and small species are similar among themselves, and have sometimes been wrongly described as distinct species, they are also described and illustrated at two sizes. Mature males are distinguished by elongated second antennae equipped with calceoli, in most species by the armature of the second and third uropods, and sometimes by their enlarged eyes.Three species are characterized by a row of spines accompanying single setae on the hind margin of segment 6 of peraeopods 3–4, and by a rather unprominent upper lip. One may distinguish them as follows. The large (> 33 mm) A. laticoxae has short spines on peraeopods 3–4, an anteriorly well-expanded first coxa, and an unconstricted short-spined inner ramus of uropod 2. Anonyx compactus is smaller (12–17 mm), has one elongated ventral spine on each of the first two flagellar segments of antenna 1, a posterior projection marked off by an angle from the lateral plate of metasome segment 3, a strongly parachelate peraeopod 1 with a perpendicular palm, and a fairly strongly subchelate peraeopod 2. Anonyx sarsi is of medium size (20–31 mm), has a very low and unprominent upper lip and, on the outer ramus of uropod 2, small similar-sized spines on the proximal two-thirds of the inner margin (no such spines in laticoxae and compactus); the female has tufts instead of a row of setae on the dorsal margin of the fourth peduncular segment of antenna 2, but otherwise the species is morphologically similar to A. nugax.The other five species are characterized by a row of pairs of long setae on the hind margin of segment 6 of peraeopods 3–4 and, except nugax, have a rather prominent upper lip. Except in ochoticus and lilljeborgi, uropod 2 bears spines on the inner margin of its outer ramus. Anonyx ochoticus is the smallest (9–11 mm) species, and has on urosome segment 1 a prominent dorsal keel well overlapping the next urosome segments. Anonyx debruyni, rather small (15–21 mm), has a parachelate peraeopod 1 with an oblique palm, a very strongly subchelate peraeopod 2, most prominent and pointed upper lip and interantennal angle, and, on the outer ramus of uropod 2, only two small spines on the distal half of the inner margin. Anonyx lilljeborgi is small (9–18 mm), has a very prominent but high and usually evenly rounded upper lip, a concave cephalic ventral margin (like debruyni), and a lateral plate of metasome segment 2 with a nearly toothless postero-ventral corner. Anonyx nugax is the largest (31–44 mm) species, with a little-projecting upper lip, a prominent tooth at the postero-ventral corner of metasome lateral plate 2, a short posterior projection, with a nearly straight ventral margin, on the lateral plate of metasome segment 3 and, on the inner margin of the outer ramus of uropod 2, a row of similar-size small spines not extending into the distal third of the ramus. Anonyx pacificus is also large (27–34 mm) and similar to nugax, but differs in the more prominent and pointed upper lip, the longer and ventrally concave posterior projection on metasome lateral plate 3, and, on the outer ramus of uropod 2, spines which increase in size distally and reach into the distal third of the inner margin.Three species, nugax, lilljeborgi, and sarsi, have a circumpolar arctic-boreal distribution, the latter chiefly in shallow water (< 50 m). Four (pacificus, laticoxae, ochoticus, and compactus) are colder-water forms apparently of Pacific origin and all new for the North Atlantic. The distribution of debruyni is uncertain.


Acarologia ◽  
2021 ◽  
Vol 61 (3) ◽  
pp. 626-640
Author(s):  
Sergey V. Mironov

The feather mite Plesialges mimus Trouessart, 1919, briefly described from the White-browed Babbler Pomatostomus superciliosus (Vigors & Horsfield) (Passeriformes: Pomatostomidae), is the only species of the genus Plesialges Trouessart, 1919. In this work, I redescribe this mite species based on the type specimens, transfer it into the genus Hemialges Trouessart, 1895, and provide it with the valid name Hemialges mimus (Trouessart, 1919) comb. n. The genus Plesialges syn. n. is synonymized with the genus Hemialges. A new diagnosis, comments on taxonomy and an updated checklist of species are provided for the genus Hemialges. The transfer of P. mimus to the genus Hemialges created a conflict with the previously named Hemialges mimus Trouessart, 1920 from the Trumpet Manucode, Phonygammus keraudrenii (Lesson & Garnot) (Passeriformes: Paradisaeidae). Hemialges mimus (Trouessart, 1919) comb. n. is now the older homonym within this genus and H. mimus Trouessart, 1920 from the Trumpet Manucode is a junior homonym; here I provide the latter with a new name, Hemialges trouessarti nom. n.


Bothalia ◽  
2020 ◽  
Vol 50 (Volume 50 No. 1) ◽  
Author(s):  
John C. Manning ◽  
Jonathan Krieger ◽  
Simon Luvo Magoswana

Background: Ongoing systematic studies in the African flora necessitate periodic nomenclatural adjustments and corrections. Objectives: To effect requisite nomenclatural changes. Method: Relevant literature was surveyed and type material located and examined. Results: The combination Senecio sonchifolius (L.) J.C.Manning & Magoswana (2017), based on Othonna sonchifolia L., is an illegitimate later homonym for S. sonchifolius (L.) Moench (1802). Conclusions: The name Senecio cymbalarifolius (L.) Less. is the earliest legitimate name in Senecio for the taxon previously known as S. sonchifolius (L.) J.C.Manning & Magoswana, nom. illeg. On internal evidence, we conclude that S. sonchifolius (L.) Moench was intended as a combination based on Cacalia sonchifolia L. and that the citation of the basionym as Cineraria sonchifolia L. was an error.


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