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Based on his studies of the genus Rubus in the Czech Republic, the author describes classification of brambles from Rubus subgen. Rubus in Europe, its recent history, present state, and current problems. In general, the author follows the adherents of "Weberian batology" which in the last 25 years has assumed European responsibility for attempting to ciassify that particular genus. The thesis that not every bramble plant can be inciuded in the ciassification is accepted. The objective reasons for taxonomic difficulties within Rubus subgen. Rubus are connected with special features of taxogenesis of its members, especially with incomplete apomixis, frequent hybridization, splitting of the progeny into different morphotypes, resexualization, transitory existence of segregants, etc. The progress of the evolution of a new taxon in the given taxonomic group can be ranked: individual bush - local type - regional species - species with an extensive distribution area. When classifying a taxon, alongside sufficient morphological characteristics,
great emphasis should be put on the distribution area; its extent can render possible the taxon to be accepted into the classification scheme. On the basis of experience gained from the Czech Republic, the author has accepted some modifications of the scale for acceptance of plants as species. The basic difference is in lowering the low limit of the extent of the distribution area for regional species, to be acceptable for their lnclusion to the classification, i.e. to 20 km in diameter. In contrast to taxa of other plant groups, species of apomictic brambles with more extensive distribution areas are phytogeographically more important than those with small distribution areas. In spite of the use of stricter requirements for the description of new species in Rubus, it appears that many (distinct) species have been neglected until now, and that the number of species in Rubus subgen. Rubus is continuously increasing. The author stresses the necessity of studying the group ser. Glandulosi in Central Europe and points out the usefulness of cooperation with population ecologists to describe the quantitative representation of taxonomically unclassified bramble plants in the field.
Motyxia Chamberlin is comprised of eight species of bioluminescent xystocheirine millipeds in which the gonopodal solenomere arises at different positions, from basally and subbasally on the acropodite to being fused with the companion acropodal branch and detaching proximad or near midlength. Previous synonymies of Amplocheir Chamberlin and LuminodeslnllS Loomis and Davenport under Motyxia are confirmed as is its assignment to the tribe Xystocheirini, which is redefined. Component species are 111. Iwnw Chamberlin, the type species, monica Chamberlin, sequoiae (Loomis and Davenport), tularea (Chamberlin), sequoia (Chamberlin), pior Chamberlin, porrecta Causey and Tiemann, and tiemanni Causey. Motyxia sequoia is comprised oftwo races, the nominate and sequoia alia Causey and Tiemann; sequoia ollae Causey and Tiemann is properly a subspecies of tularea. 1I1otyxiapiorform secea is an invalid name without standing in nomenclature, and M. tejona Chamberlin, and M. expansa and exilis, both by Loomis, are placed in synonymy under M. monica, the oldest name for the southernmost species, as Polydesllws dissectus Wood is referrable to Xystocheir Cook. The bioluminescence is a continuous, neon-white glow of the entire dorsal surface including the antennae and legs. Its visibility at night suggests a warning function analogous to aposematic coloration. The phenomenon may observe a circadian rhythm, and controlled photoperiod experimentation may be productive.
The following changes in nomenclature of some species of Amblyeems Thunberg, 1815, are proposed: A) Elevated to new taxonomic status- A. insuturatus (pic, 1902) from (Spennophagus subflavidus var.insuturatus); A. luteolineatus (pic, 1929) from (Spennophagus luteonotatus var .luteolineatus);A. paulonotatus (pic, 1906) from (Spennophagus luteonotatus var.paulonotatus). B) New synonymy-A. dispar(Sharp, 1885)(=Spermophagus longissimus Pic, 1902; =S. earyoborifonnis Pic, 1910; =S. guyanensis Pic, 1917; S.pieeosuturalis Pic, 1927; =S. earaeasensis Pic, 1954); A. gounellei (pic. 1902)(=S. eurtus Pic, 1911; =S. basipennis Pic, 1936); A. insuturatus (pic, 1902)(=A. woleotti Kingsolver, 1970;A.jatayensis (Pic, 1902)(=S.jatayensis var. bieolorieeps Pic, 1955; =S.jatayensis var. hahnelli Pic, 1955; A. IIwltimaculatus (pic, 1902)( =S. minasensis Pic, 1918); A. perfectus (Sharp, 1885)(=S. maeulatopygus Pic, 1927); A. reticulatus (Jekel, 1855)(=S. rufotestaeeus Pic, 1912);A.luteolineatus (pic, 1929)(=S. multisignatus Pic, 1954). C). Lectotype/s and paralectotype/s are designated for: S. luteonotatus Pic, 1902; S. multimaeulatus Pic, 1902; S. maeulatopygus Pic, 1927; S. subflavidus Pic, 1902; S. trisignatus Sharp, 1885; S.jatayensis Pic, 1902; S. longissimus Pic, 1902; S. earyoborifonnis Pic, 1910; S. dispar Sharp, 1885; S. subflavidusvar. insuturatus Pic, 1902. For all species listed in this paper, we provide a bibliography, label data on type material, sex of types and their repository.
Thirty four species of Zethus are enumerated from Venezuela, providing known and new locality records. Six new species are described: Z. rubioi and Z. vincenti in the subgenus Zethusculus, Z. carpenteri and Z. milleri in the subgenus Zethoides, and Z. bolivarensis and Z. yepezi in the nominate subgenus. A key to the species of Venezuela is provided. The distribution patterns of Zethus are discussed.
Six species of the genus Polyplectropns are recorded from the People's Republic of China. All the species are new to science. A key to the males is given. The larva of Polyplectropns nanjingensis sp. nov. is illustrated. The phylogenetic relationships among these species and with Polyplectropns species of the New World are discussed.
The phylogenetic relationships of the species of Padunielia are analyzed based on characters of larvae, pupae, and adults (mainly male genitalia). The genus is monophyletic and most closely related to Psychomyia, and Metalype in the subfamily Psychomyiinae. Nine species groups are suggested. Eight species, including six new to science, are reported from the People's Republic of China for the first time.
The species of Gigantombra and Angulopis encountered in the Caca ulandia area of central Rondonia, Brazil, are reviewed. These include ten species (all new) of Gigantombra (G. microserrata, G. dl:vergens, G. quadramacula, G. ampla, G. fuscafascia, G. silva, G. rondonia, G. obscura, G. pelplexa, G. pUlpura) and one new species of Angulo pis (A. tenuis). Thecla sangala Hewitson (1868) is recognized as having priority over Theela autoelea Hewitson (1863-1878 [1877]), new synonym. Rondonia continues to appear as a center ofthecline endemism and to provide abundant examples of sibling species diversity.
Twenty-two species of Strymon are known from the vicinity of Cacaulandia in Rondonia, Brazil, of which 14 are new species. These belong to 5 species groups: the "oreala" group [Strymon megarus (Godart)]; the "ziba" group [Strymon ziba (Hewitson), Strymon thulia (Hewitson), Strymon spinatus new species, Strymon latamaculus new species, Strymon pallidulus new species, Stlymon tholus new species]; "valentina" group [Strymon rotundum new species]; "crossoea" group [Strymon crossoea (Hewitson), Strymon crambusa (Hewitson), Stlymon germana new species, Strymon novasignum new species, Strymon clavus new species, Strymon implexus new species, Strymon inmirum new species, Strymon incanus new species, Strymon faunalia (Hewitson), Strymon halos new species, Strymon conspergus new species, Strymon bazochii (Godart), Strymon diagonalis new species]; and "eurytulus" group [Strymon bubastus (Stoll)]. Tentative subgroups of species are suggested for the "crossoea" group as they occur in Rondonia. A neotype is designated for Tmolus basilides and the name synonymized with Strymon megarus. The "basilides" group of Johnson et al. (1990) is renamed the "ziba" group. Based on lectotype designations and superficial and genital differences, S. ziba and S. thu.lia are elevated to specific status.
The sting apparatus and pygidium are described for eight of 20 Lordomyrma species and one of five Mayriella species. The apparatus of L. epinotaiis is distinctly different from that of other Lordomyrma species. Comparisons with other genera suggest affinities of species of Lordomyrma to species of Cyphoidris and Lachnomyrmex, while Mayriella abstinens Forel shares unusual features with those of Proatta butteli.
The endomychid beetle genera Anidrytus Gerstaecker and Epopterus Chevrolat have been confused for many years. This paper discusses the similarities and differences of these genera, describes new species, makes some nomenclatural changes, and illustrates the genitalia for many species. New species described: Epopterus picticollis, E. bioculatus, E. confusus, E. gracilis, E. loretensis, E. anomalus, E. aravacus, E. atriventris, E. crypticus, E. quechuanus, E. callerianus, E. flavonotatus, E. submaculatus, E. parvus, Anidrytus nimbiferus, A. parki, A. compactus, A. gibbosus, A. circumcinctus, A. bechyneorum, A. batesi, A. mexicanus, A. trinitatis, A. major, A. humerosus, A. grandis, A. cardiosoma. New synonymies: E. vacuus Gerstaecker (= E. scalaris Gorham); E. decempunctatus Gerstaecker (= E. bifasciatus Pic); E. variegatus Erichson (= E. decoratus Kirsch); A. contractus Gerstaecker (= A. dolosus Gorham); A. helvolus Gerstaecker (= Ephebus ignobilis Gorham); A. parallelus Gerstaecker (= Ephebus depressus Gorham). Changes in nomenclatural status or combination: Epopterus kirshi Strohecker is reduced to a subspecies of E. partitus Gerstaecker; E. angustatus Strohecker is reduced to a subspecies of E. fasciatus (Fabricius); E. fuliginosus Guerin-Meneville is transferred to Anidrytus.
The shape of the facial carina in Altastreplia is discussed. Although taxonomically useful, the protrudent form probably occurs by convergence in different species groups. Two species groups in which the carina is usually produced are revised. The belljamini species group includes: belljamini Lima (from southeastern Brazil), gigantea Stone (from Panama), magna, n. sp. (from Colombia and Venezuela), and superj1ua Stone (from Panama). Host data for this group are limited to only one record of benjamilli from a species of Pouteria (Sapotaceae). The pallidipennis complex, which is included in the pseudoparallela species group, is recognized to include: amnis Stone (from southern Brazil and possibly Trinidad), curitis Stone (from Colombia, Peru, and northern Brazil), pallida, n. sp. (from Panama), pallidipennis Greene (from Colombia and Venezuela), and vele::i, n. sp. (from Colombia). These species breed in fruit of Passij10ra (Passifloraceae) (P. ambigua Hems., ligularis Juss., Idtida H.B.K., quadrallgularis L., and seemannii Griseb.). The relationships of these Anastrepliaspecies are discussed, and diagnoses and ill ustrations are provided to permit their identification. A neotype is designated for A. consobrina (Loew), and the identity of this species is clarified.
The Nearctic members of the genus Oetophorus Foerster are revised. There are four species, 0. pleuralis (Cresson), and 0. obscurus, O. clavatus, and O. maculatus, new species. The name Oetophorus stretchii (Cresson) is placed in synonymy with the name Oetophol'us pleuralis (Cresson). Relationships of the genus with others in the tribe Perilissini and relationships of the species included in the genus are briefly discussed.