scholarly journals STILL ANOTHER APHILANTHOPS

1896 ◽  
Vol 28 (9) ◽  
pp. 221-222
Author(s):  
T. D. A. Cockerell

Aphilanthops concinnulus, n. sp. — ♀. Length, 9 mm. Rufous, with white markings, a rather obscure broad black band extending across vertex, including most of the ocelli, its lower margin concave, mandibles darkened towards tips, mid and hind tarsi darkened. The white or yellowish-white marks consist of a small spot on each lower corner of face, a small obscure suffused spot on mandibles near base, the prothorax above, the tegulæ except extreme base, the tubercles, a large patch behind tubercles having a linear oblique projection above, the anterior margin of scutellum, a spot on each side, the postscutellum, spots at the apices of anterior and hind femora, longitudinal bands on all the tibiæ, a large patch on each side of the first three abdominal segments, a band on the fourth, a broad quadrate spot medially on the fifth. Venter immaculate. Face with the usual silvery appressed pile. General structure, wings, etc., as in quadrinotatus, but the third submarginal cell is much less produced at its apex, and the third at its base, than in quadriuotatus, this character, however, being liable to variation. The anterior tarsi present numerous gray spatulate hairs. The apex of the abdomen is of the same type as in quadrinotatus.

Zootaxa ◽  
2017 ◽  
Vol 4238 (1) ◽  
pp. 30 ◽  
Author(s):  
YAN-RONG WANG ◽  
ZHONG-LI SHA

Three species of the genus Automate De Man, 1888 are described herein, including two new species: A. anacanthopusoides sp. nov. and A. spinosa sp. nov.. Automate anacanthopusoides sp. nov. can be easily identified by the presence of a rostrum, the notch on the lower margin of the major chela, the stout minor cheliped and the cutting edge of the pollex not dentate, and by the absence of spines on the ventral margin of the propodus of the third and fourth pereiopod. Automate spinosa sp. nov. can be easily identified by the nearly straight anterior margin of the carapace, and the presence of spines on the ventral margin of the propodus of third and fourth pereiopod. A key of all species of the Automate is provided. 


1964 ◽  
Vol 96 (1-2) ◽  
pp. 148-149 ◽  
Author(s):  
Janet Sharplin

The wing folding mechanism was investigated after a detailed study of the wing base morphology had been made (Sharplin, Canad. Ent. 95: 1024; 1121). Living moths were observed with a binocular microscope equipped with a micrometer eyepiece.The first and second axillary sclerites do not move anteroposteriorly; only the distal half of the wing base is involved in wing folding. The folding muscle originates on the pleural ridge and inserts on the third axillary sclerite. The movement of the third axillary is communicated to the bases of the anterior veins through the median plates. The radial plate rotates around the ventral second axillary sclerite which lies underneath the radial bridge at point p, (Fig. 1). Bending cuticle allows the radial bridge to buckle when the wing is folded. The first median plate ( Ml ) rotates about its articulation ( f ) with the dorsal second axillary sclerite. The distal median plate (M2) passes underneath the second cubitus and is fused to the radius. This connection to the radius restricts the backward movement of the second median plate so that point e instead of following the wider arc eg of a circle with its centre at f, must follow the arc cegd drawn about pivot p. The median plates are bent upwards during wing folding and their effective length is shortened so that they can follow the shallow arc epg. When point e is in position g the posterior margin of the median plates is straight, although the anterior margin remains arched causing the median plates to be buckled, (Fig. 2).


Author(s):  
Aude Wirth-Jaillard

AbstractThe main goal of the Dictionnaire etymologique et historique des regionalismes de l’immobilier (Etymological and Historical Dictionary of Regionalisms of Real Estate) is to study regionalisms of French in a thematic perspective. Its first volume, currently in preparation, is dedicated to belgicisms and luxembourgisms. This article first presents the book in general: the broad way “real estate” has to be understood, its purpose and its intended audience. The second part of the article focuses more specifically on its general structure, the third, on its macrostructure and the fourth one on its microstructure. It concludes with some examples of articles: acte (sur terrain), additionnel, arvau, egaline, ressabler.


Author(s):  
Luis E. Chiesa

As the contributions to this two-part special issue demonstrate, Spanish and Latin American criminal theory has attained a remarkable degree of sophistication. Regrettably, Anglo-American scholars have had limited access to this rich body of literature. With this volume, the New Criminal Law Review has taken a very important first step toward rectifying this situation. Although the articles written for this special issue cover a vast range of subjects, they can be divided into four main categories: (1) the legitimacy of the criminal sanction, (2) the punishability of omissions, (3) the challenges that international criminal law and the fight against terrorism pose to criminal theory, and (4) the theory of justification and excuse. The articles pertaining to the first two categories will appear in the first half of this special issue (Volume 11, Number 3) and the pieces belonging to the third and fourth categories will be published in the upcoming second half (Volume 11, Number 4). In accordance with this general structure, in the pages that follow I will provide a brief summary and critique of the pieces contained in both parts.


The pre-optic nucleus and hypothalamic tracts of intact and hypophysectomized specimens of the European eel Anguilla anguilla L. have been studied in situ and by optical and electron microscopy. The in situ technique reveals a hitherto unsuspected degree of segregation of the neurosecretory axons which form up to five discrete tracts having separate origins and following distinct paths before converging, at the level of the anterior margin of the pituitary, to form a median tract. The structure of the pre-optic neurons, as revealed by several different techniques, is described and it is shown that their synthetic poles, identified by a prominent cap of endoplasmic reticulum, are precisely orientated towards the third ventricle and are separated from it by, at most, two or three layers of ependymal cells. Electron microscopy shows that the secretory products lie mainly in the axonal ends of the cells though in Bouin-fixed, wax-embedded material the entire perikaryon stains with neurosecretory dyes and this, and their proximity to the third ventricle, gives the impression that they secrete into the latter, as well as centripetally. This may well be so, but from the work described below it seems more likely that these neurons receive nutrients, or stimuli, or both, from the third ventricle. Two types of pre-optic neurons, separable by structural features as well as by the size of the elementary granules they contain have been identified; these probably give rise to two of the fibre types identified in the neurohypophysis of the eel by Knowles & Vollrath. Aggregations of neurosecretion, common in the fish pre-optic nucleus, and also, much rarer, colloid vesicles, are described and discussed.


1893 ◽  
Vol 25 (1) ◽  
pp. 20-22
Author(s):  
D. W. Coquillett

Anisopogon ludius, n. sp. ♂.—Black, the tibiæ and tarsi dark reddish brown. Face gently convex, white pilose, bristles of lower part black; first joint of antennæ slightly longer than the second, the third joint tapering to the tip, three times as long as the second, the style slender, seven-eights as long as the third antennal joint; pile of occiput, thorax, pleura, coxæ and venter white; upper side of each front tarsal joint with a dense covering of appressed white hairs; upper side of middle femora toward its apex with a dense covering of short appressed black hairs, which, however, leave a large elliptical naked space between the apex and the middle; middle tibiae white pilose in front, and above the middle ornamented with a large patch of appressed black hairs and bristles, which form an inner and an outer fringe; inner side of hind tibiae near the tip, and also of the hind metatarsi, densely bright yellow pubescent; wings smoky brown, lightest at the apex and along the hind margin; all posterior and the anal cell open.


Zootaxa ◽  
2011 ◽  
Vol 3096 (1) ◽  
pp. 27 ◽  
Author(s):  
PATRICK C. REYGEL ◽  
WIM R. WILLEMS ◽  
TOM J. ARTOIS

Seven species of eukalyptorhynch flatworms from the Galapagos Islands are reported. Six of them belong to the taxon Koinocystididae Meixner, 1924, three of which are new to science. Two of these new species can be attributed to the genus Itaipusa Marcus, 1949 based on the construction of the prostate vesicle and the general structure of the female system. Itaipusa biglandula n. sp. is characterised by a very short, muscular, unarmed penis papilla, whereas I. renei n. sp. is characterised by the presence of a cirrus armed with minute scales, and two large, blunt hooks in the male atrium. The third new species cannot be placed in any existing taxon and therefore a new genus is erected: Galapagetula annikae n. gen. n. sp.. It is characterised by a straight and rather long cirrus, armed with small spines, and a clearly bipartite bursa in the female system. Additional morphological information is given for the three known species of Koinocystididae: I. divae Marcus, 1949; I. variodentata (Karling, Mack-Fira & Dörjes, 1972) Karling, 1978 and Utelga heinckei (Attems, 1897) Karling, 1954. For I. divae a new locality from Curaçao is also mentioned. The seventh species is a species of Gnathorhynchidae: Prognathorhynchus eurytuba Ax & Armonies, 1987, for which new morphological information on the organisation of the genital system is given.


1924 ◽  
Vol 15 (1) ◽  
pp. 35-36 ◽  
Author(s):  
B. P. Uvarov

♂. Pale greyish stramineous. Antennae clothed with short hairs, and with indefinite brownish rings. Face smooth. Fastigium of vertex cylindrical, sulcate above, with the apex rounded, and slightly inflated, viewed in profile almost truncate. Pronotum callosely rugulose; its discovery feebly saddle-shaped, with the median carina scarcely perceptible near the hind margin, which is roundly truncate; the two transverse sulci deep, the anterior one feebly bisinuate, the posterior one broadly arched; anterior margin rounded; lateral lobes sloping, somewhat longer than broad, with the anterior angle obtuse, the posterior one very obtuse and rounded, and the hind margin strongly sinuate, with a deep humeral sinus. Elytra nearly twice as long as the abdomen, with the veinlets whitish green. Prosternum armed with two not long, pointed, somewhat divergent spines. Mesosternal lobes small, rounded; metasternal lobes forming together an equilateral triangle with the angles broadly rounded. Front and middle femora armed with 0–3 small black spinules on the inner lower margin (hind legs missing in the type). Cerci (fig. 1, C) round, feebly incurved, with the apex attenuate, distinctly incurved, pointed. Subgenital plate (fig. 1, A, B) very long and narrow, slightly recurved; the lower surface almost flat, with an incomplete median ridge and two more distinct sublateral ridges running throughout the plate to the bases of the styli; the latter short, cylindrical; hind margin of the plate acutely and deeply excised between the styli.


1931 ◽  
Vol 63 (10) ◽  
pp. 240-244
Author(s):  
R. H. Beamer

General ground color yellowish white to semihyaline. Color markings orange to red. Vertex with three white spots more or less surrounded with bands of color. Pronotum with almost rectangular median band touching pasterior margin and semblance of vitta from each anterior corner toward anterior margin, usual marks behind each eye. Scutellum with spot at tip, basal angles yellow more or less bordered with red or orange.


1932 ◽  
Vol 64 (1) ◽  
pp. 21-22
Author(s):  
G. Stuart Walley

Length, apex of head to tips of wings 5.75 mm.; width of wing at apex of clavus 1.75 mm.Vertex broad, transverse, resembling pini, median length distinctly less than half as great as width at middle of posterior margin; anterior margin very broadly arcuate, posterior margin scarcely less so. Frons almost twice as long at middle as is clypeus, slightly transversely elevated just before lower margin; greatest width equal to median length. Pronotum with posterior margin slightly obtusely angulate at middle. Mesonotum tricarinate, median carina well defined anteriorly but obsolescent at apex, lateral carinae entire, distinctly divergent posteriorly.


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