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Apodemes Stock Photos and Images
RM2D9HKT9–Aphonopelma Chalcodes or the Western Desert Tarantula, Arizona Blond Tarantula (male) or Mexican Blond Tarantula (about 5” across)
RM2AN22K9–Smithsonian miscellaneous collections . nvaginations of the tergal, pleural, andsternal regions of each segment, and these apodemes are termed theendotergites, the endopleurites, and the endosternites respectively. Thesclerotized tendons and some small invaginations are part of the endo-skeleton but are not considered here. The endotergites (fig. 5 A) are found typically only in the meso-thorax and metathorax. In the prothorax the endotergites are repre-sented only by a rather indefinite group of processes on the hypomerain the region of the coxal cavity and the trochantin. These bear alarge m
![Embryology of insects and myriapods; Embryology of insects and myriapods; the developmental history of insects, centipedes, and millepedes from egg desposition [!] to hatching embryologyofinse00joha Year: 1941 238 EMBRYOLOGY OF INSECTS AND MYRIAPODS splm a pair of deep medially directed invaginations arises just behind the mandi- bles which fuse with the T-shaped invaginations to form the tentorium. The dorsal tentorial arms arise afterward as outgrowths from the anterior tentorial arms. The mandibular apodemes arise at the 90-hour stage as a pair of deep invagina- tions near the middle of Stock Photo](https://c8.alamy.com/comp/RWT9DA/embryology-of-insects-and-myriapods-embryology-of-insects-and-myriapods-the-developmental-history-of-insects-centipedes-and-millepedes-from-egg-desposition-!-to-hatching-embryologyofinse00joha-year-1941-238-embryology-of-insects-and-myriapods-splm-a-pair-of-deep-medially-directed-invaginations-arises-just-behind-the-mandi-bles-which-fuse-with-the-t-shaped-invaginations-to-form-the-tentorium-the-dorsal-tentorial-arms-arise-afterward-as-outgrowths-from-the-anterior-tentorial-arms-the-mandibular-apodemes-arise-at-the-90-hour-stage-as-a-pair-of-deep-invagina-tions-near-the-middle-of-RWT9DA.jpg "Embryology of insects and myriapods; Embryology of insects and myriapods; the developmental history of insects, centipedes, and millepedes from egg desposition [!] to hatching embryologyofinse00joha Year: 1941 238 EMBRYOLOGY OF INSECTS AND MYRIAPODS splm a pair of deep medially directed invaginations arises just behind the mandi- bles which fuse with the T-shaped invaginations to form the tentorium. The dorsal tentorial arms arise afterward as outgrowths from the anterior tentorial arms. The mandibular apodemes arise at the 90-hour stage as a pair of deep invagina- tions near the middle of Stock Photo")
RMRWT9DA–Embryology of insects and myriapods; Embryology of insects and myriapods; the developmental history of insects, centipedes, and millepedes from egg desposition [!] to hatching embryologyofinse00joha Year: 1941 238 EMBRYOLOGY OF INSECTS AND MYRIAPODS splm a pair of deep medially directed invaginations arises just behind the mandi- bles which fuse with the T-shaped invaginations to form the tentorium. The dorsal tentorial arms arise afterward as outgrowths from the anterior tentorial arms. The mandibular apodemes arise at the 90-hour stage as a pair of deep invagina- tions near the middle of
RMMCRGH7–. Fig. 8. Reconstruction of front part of Gigantocypris from the level of the adductor tendon viewed from behind to show the body retractor system and its relation to the endoskeletal system. The anterior hypostomal apodemes lie in the plane of the paper. The antenno-labral apodemes which are at right angles to the latter are thus mainly hidden by the adductor tendon. The setal armature of the mouthparts has been omitted. a. 1, antennule; a.2, antenna; a.h.a. anterior hypostomal apodeme; a.La. antenno-labral apodeme; a.t. adductor tendon; gn. gnathobase of mandible; lab. labrum; m. mouth; m.ad
RMRN4JRM–Aphonopelma Chalcodes or the Western Desert Tarantula, Arizona Blond Tarantula or Mexican Blond Tarantula (about 5” across)
RM2AND31H–A text-book of entomology, including the anatomy, physiology, embryology and metamorphoses of insects, for use in agricultural and technical schools and colleges as well as by the working entomologist . inesosternum ; 3./, epistermmi; 3.A,epiiiicriun ; 3..v, incrtifurca or entothorax. panded into two broad plates, to which the muscles of the pos-terior legs are attached. Graber also notices in the mole cricketbetween the apodemes of the meso- and metathorax, a flattenedspine (Fig. 98, do) with twoperforations through whichpass the commissures con-necting the ganglia. Besidesthese processes the
RMT1HPMG–Discovery reports (1940) Discovery reports discoveryreports19inst Year: 1940 GIGANTOCYPR1S MtJLLERI 2II tures separate, and this accounts for the incorrect position which I gave to the f sclerite in Doloria (1931, p. 442, fig. 2). The function of this backward extension would appear to be to give extra stability to the main support of the vibratory plate of the maxilla. Fig. 8. Reconstruction of front part of Gigantocypris from the level of the adductor tendon viewed from behind to show the body retractor system and its relation to the endoskeletal system. The anterior hypostomal apodemes
RMRN4JRN–Aphonopelma Chalcodes or the Western Desert Tarantula, Arizona Blond Tarantula or Mexican Blond Tarantula (about 5” across)
RM2AND3EX–A text-book of entomology, including the anatomy, physiology, embryology and metamorphoses of insects, for use in agricultural and technical schools and colleges as well as by the working entomologist . Fro. 97. —A, under surface of pro thorax, orprostcriMim, oiDyticuscircwmjlevis: .;/, pn>-Kterrnmi; i.f, (•pi>l»riiiiin; Ui, cpinurum; 2.«,antciiirca or entothorax. THE APODEMES 93 The medifurca is a pair of flat processes which diverge andbridge the commissure, while the postfurca is situated under thecommissure. In beetles (Dyticus) Newport states that it is ex-.
RM2D9HMTK–Fangs - Aphonopelma Chalcodes or the Western Desert Tarantula, Arizona Blond Tarantula (male) or Mexican Blond Tarantula
![Embryology of insects and myriapods; Embryology of insects and myriapods; the developmental history of insects, centipedes, and millepedes from egg desposition [!] to hatching embryologyofinse00joha Year: 1941 a pair of deep medially directed invaginations arises just behind the mandi- bles which fuse with the T-shaped invaginations to form the tentorium. The dorsal tentorial arms arise afterward as outgrowths from the anterior tentorial arms. The mandibular apodemes arise at the 90-hour stage as a pair of deep invagina- tions near the middle of the inner side of the mandibular base. The lowe Stock Photo](https://c8.alamy.com/comp/RWT9DB/embryology-of-insects-and-myriapods-embryology-of-insects-and-myriapods-the-developmental-history-of-insects-centipedes-and-millepedes-from-egg-desposition-!-to-hatching-embryologyofinse00joha-year-1941-a-pair-of-deep-medially-directed-invaginations-arises-just-behind-the-mandi-bles-which-fuse-with-the-t-shaped-invaginations-to-form-the-tentorium-the-dorsal-tentorial-arms-arise-afterward-as-outgrowths-from-the-anterior-tentorial-arms-the-mandibular-apodemes-arise-at-the-90-hour-stage-as-a-pair-of-deep-invagina-tions-near-the-middle-of-the-inner-side-of-the-mandibular-base-the-lowe-RWT9DB.jpg "Embryology of insects and myriapods; Embryology of insects and myriapods; the developmental history of insects, centipedes, and millepedes from egg desposition [!] to hatching embryologyofinse00joha Year: 1941 a pair of deep medially directed invaginations arises just behind the mandi- bles which fuse with the T-shaped invaginations to form the tentorium. The dorsal tentorial arms arise afterward as outgrowths from the anterior tentorial arms. The mandibular apodemes arise at the 90-hour stage as a pair of deep invagina- tions near the middle of the inner side of the mandibular base. The lowe Stock Photo")
RMRWT9DB–Embryology of insects and myriapods; Embryology of insects and myriapods; the developmental history of insects, centipedes, and millepedes from egg desposition [!] to hatching embryologyofinse00joha Year: 1941 a pair of deep medially directed invaginations arises just behind the mandi- bles which fuse with the T-shaped invaginations to form the tentorium. The dorsal tentorial arms arise afterward as outgrowths from the anterior tentorial arms. The mandibular apodemes arise at the 90-hour stage as a pair of deep invagina- tions near the middle of the inner side of the mandibular base. The lowe
RMRN4JRE–Close Up of the Face of a Aphonopelma Chalcodes or the Western Desert Tarantula, Arizona Blond Tarantula or Mexican Blond Tarantula (about 5” across)
RM2AN43HW–Smithsonian miscellaneous collections . edeagal apodemes (E, Apa) are short butbroad at their bases. The endophallus (F) has the usual structure,but has characteristic features. The phallotreme sclerites {o, q) are 82 SMITHSONIAN MISCELLANEOUS COLLECTIONS VOL. 94 very slender; those of the dorsal pair are united by an arched bridge(t) in the dorsal wall of the meatus; each sclerite of the ventral pairbears a large, thin, oval plate (v) in the lateral wall of the phallotremecleft. The ejaculatory sac (ejs) is relatively large and is separatedfrom the spermatophore sac (sps) by strong gonopore p
RMRN4JRH–Aphonopelma Chalcodes Fangs - also Western Desert Tarantula, Arizona Blond Tarantula or Mexican Blond Tarantula (about 5” across)
RM2AND3R8–A text-book of entomology, including the anatomy, physiology, embryology and metamorphoses of insects, for use in agricultural and technical schools and colleges as well as by the working entomologist . Fro. 96. — Sternal view of pro-, meso-, andmetathorax of Furtieitln tipitiatu : j>*t. pra-ster-num, divided into 4 pit-ci.; xt, pro-, «/, meso-,at, metasternum ; ex, coxa; not, notum. processes, or apodemes, which pass inward and also form attach-ments for the muscles. Those passing up from the sternumform the entothorax of Audouin,and the process of each thoracicsegment is called respective
RM2AG4CB7–. Smithsonian miscellaneous collections. or muscle of the leg base (fig. 11, /) retains its connection withthe subcoxa in the more generalized pterygote insects, being insertedon the trochantinal sclerite of the subcoxa (Tn) except when thetrochantin is lost, the muscle then having its insertion on the anteriorangle of the coxal base. The remotor muscle (J), which may be repre-sented by several fiber bundles, is always inserted on the coxa or oncoxal apodemes. The anterior and posterior sternal muscles (K, L)arise on the sterna or the sternal apophysis, or on the spinasternum. i6 SMITHSONIAN M
RM2AJ1C32–Entomology : with special reference to its biological and economic aspects . e of the internal organs.The tentorium of the head has al-ready been referred to. In thethorax three kinds of chitinous in-growths may be distinguished ac-cording to their positions : (i) phrag-mas, or dorsal projections; (2)apodemes, lateral; (3) apophyses,ventral. The phragmas (Fig. 59)are commonly three large plates,pertaining to the meso- and meta-thorax, and serving for the originof indirect muscles of flight inLepidoptera, Diptera, Hymenopteraand other strong-winged orders. Theapodemes are comparatively small in
RM2AN4727–Smithsonian miscellaneous collections . malegenitalia between this species and the last are in details of form andrelative size of the parts (fig. 29). The epiphallus (B, C, Epph) hasthe usual shape; the basal fold (C, hf) forms a large hoodlike cover-ing over the base of the aedeagus. The four large apical processesof the aedeagus, in the retracted condition, project dorsally from thesupporting proximal part {m) of the dorsal lobe; the ventral lobe{vl) projects like a trough beneath the latter. The endophallus islarge (D), but its lateral plates {11) with their apodemes (w) andgonopore proces
RM2AN443T–Smithsonian miscellaneous collections . imal part (in) bears a pairof short but very wide lateral apodemes (D, E, Apa). The endophal-lus is relatively small, but the anterior apodemes (iv) of its lateralplates are large and widely divergent (E). Schistocerca amcricana (Drury).—-The elongate subgenital plate ofthe ninth abdominal sternum of this species has a broad, deeply emargi- NO. 6 GRASSHOPPER ABDOMEN SNODGRASS iiate extension projecting far beyond the origin of the palhum from itsdorsal lamella (fig. 35 A, B, IXSL). The exposed part of the pallium(Pal) forms a thick, transversely corrugat
RM2AN4D9E–Smithsonian miscellaneous collections . rtions on the smallmedian apodeme of the anterior intervalvula. The posterior inter-valvular muscles consist of a single pair of muscles (B, C, 2^4)arising on the bases of the lateral apodemes, and converging pos-teriorly to their insertions on the posterior intervalvula (piv). There NO. 6 GRASSHOPPER ABDOMEN SNODGRASS 43 are no tergal muscles in Acrididae corresponding with those insertedon the intervalvulae in Gryllidae. (See Abdomen, Part II, Smith-sonian Misc. Coll., vol. 89, no. 8, fig. 17 E, H, 5, 8.) The second valvulae are provided with a pair of
RM2AN435W–Smithsonian miscellaneous collections . 36.—Male abdomen of Mclaiwfliis differentialis (Cyrtacanthacrinae).A, entire abdomen. B, end of abdomen, lateral view. C, same, dorsal view. floor of the genital chamber. The basal fold {hf) is bilobed. Thedorsal lobe of the aedeagus is distinctly divided into a proximal part(A, B, 77z) bearing the aedeagal apodemes (B, Apa), and a large cylin-drical distal part (r). The ventral lobe (A, vl) is relatively small.From the distal end of the aedeagus there projects only one pair ofapical processes (A, B, C, D, n), which are the usual anterior dorsalprocesses
RMRGDYNC–. Bulletin of the Museum of Comparative Zoology at Harvard College. Zoology. PARSONS: THORAX OF GELASTOCORIS 303 margin of the protliorax (Fig. 5). The latter forms a tight collar around the postocciput. Two short tendons extend from the mid- dorsal region of the cervical membrane into the thorax. From the posterior margin of the postocciput, two pairs of apodemes project into the thorax, providing points of attachment for muscles. The longer of these, the occipital condyles (0), extends dorsally from the ventrolateral regions of the postocciput. Dorsal to them are the much shorter lateral apo
![. Embryology of insects and myriapods; the developmental history of insects, centipedes, and millepedes from egg desposition [!] to hatching. Embryology -- Insects; Embryology -- Myriapoda. 238 EMBRYOLOGY OF INSECTS AND MYRIAPODS splm. a pair of deep medially directed invaginations arises just behind the mandi- bles which fuse with the T-shaped invaginations to form the tentorium. The dorsal tentorial arms arise afterward as outgrowths from the anterior tentorial arms. The mandibular apodemes arise at the 90-hour stage as a pair of deep invagina- tions near the middle of the inner side of the Stock Photo](https://c8.alamy.com/comp/REYJCJ/embryology-of-insects-and-myriapods-the-developmental-history-of-insects-centipedes-and-millepedes-from-egg-desposition-!-to-hatching-embryology-insects-embryology-myriapoda-238-embryology-of-insects-and-myriapods-splm-a-pair-of-deep-medially-directed-invaginations-arises-just-behind-the-mandi-bles-which-fuse-with-the-t-shaped-invaginations-to-form-the-tentorium-the-dorsal-tentorial-arms-arise-afterward-as-outgrowths-from-the-anterior-tentorial-arms-the-mandibular-apodemes-arise-at-the-90-hour-stage-as-a-pair-of-deep-invagina-tions-near-the-middle-of-the-inner-side-of-the-REYJCJ.jpg ". Embryology of insects and myriapods; the developmental history of insects, centipedes, and millepedes from egg desposition [!] to hatching. Embryology -- Insects; Embryology -- Myriapoda. 238 EMBRYOLOGY OF INSECTS AND MYRIAPODS splm. a pair of deep medially directed invaginations arises just behind the mandi- bles which fuse with the T-shaped invaginations to form the tentorium. The dorsal tentorial arms arise afterward as outgrowths from the anterior tentorial arms. The mandibular apodemes arise at the 90-hour stage as a pair of deep invagina- tions near the middle of the inner side of the Stock Photo")
RMREYJCJ–. Embryology of insects and myriapods; the developmental history of insects, centipedes, and millepedes from egg desposition [!] to hatching. Embryology -- Insects; Embryology -- Myriapoda. 238 EMBRYOLOGY OF INSECTS AND MYRIAPODS splm. a pair of deep medially directed invaginations arises just behind the mandi- bles which fuse with the T-shaped invaginations to form the tentorium. The dorsal tentorial arms arise afterward as outgrowths from the anterior tentorial arms. The mandibular apodemes arise at the 90-hour stage as a pair of deep invagina- tions near the middle of the inner side of the
RMRHMK2N–. The Biological bulletin. Biology; Zoology; Biology; Marine Biology. 662 RICHARD B. YULES C. Electrophysiology All recordings were made from the PDO nerve fibers in the meropodite (see Figure 2). The propodite and carpodite were immobilized on the side of a Petri dish in a vertical position with modeling clay (F), the dactylopodite remain- ing above the clay and thereby moveable, and the meropodite remaining below the clay. The exoskeleton of the meropodite and the two apodemes and their attached muscles were removed, allowing the nerve bundle to float free in Pantin's (1934) crustacean Ringe
RMRGJXF1–. Bulletin of the British Museum (Natural History) Entom Supp. A REVISION OF THE ETHIOPIAN DREPANIDAE (LEPIDOPTERA) n which have heavily sclerotized, curved, basal spines ; the curious pouch-like diaphragma which extends anteriorly over the saccus ; and the eighth sternum which has more slender apodemes than in strandi and shorter posterior arms. The remaining group, seydeli, possesses peculiar invaginate sacs in the uncus, an almost flat diaphragma, thickly setose valves, a truncate saccus, a distinctively shaped aedeagus, and a most unusual, asymmetric arrangement of sclerites in the eighth
![. Embryology of insects and myriapods; the developmental history of insects, centipedes, and millepedes from egg desposition [!] to hatching. Embryology -- Insects; Embryology -- Myriapoda. a pair of deep medially directed invaginations arises just behind the mandi- bles which fuse with the T-shaped invaginations to form the tentorium. The dorsal tentorial arms arise afterward as outgrowths from the anterior tentorial arms. The mandibular apodemes arise at the 90-hour stage as a pair of deep invagina- tions near the middle of the inner side of the mandibular base. The lower flexor mandibular m Stock Photo](https://c8.alamy.com/comp/REYJCH/embryology-of-insects-and-myriapods-the-developmental-history-of-insects-centipedes-and-millepedes-from-egg-desposition-!-to-hatching-embryology-insects-embryology-myriapoda-a-pair-of-deep-medially-directed-invaginations-arises-just-behind-the-mandi-bles-which-fuse-with-the-t-shaped-invaginations-to-form-the-tentorium-the-dorsal-tentorial-arms-arise-afterward-as-outgrowths-from-the-anterior-tentorial-arms-the-mandibular-apodemes-arise-at-the-90-hour-stage-as-a-pair-of-deep-invagina-tions-near-the-middle-of-the-inner-side-of-the-mandibular-base-the-lower-flexor-mandibular-m-REYJCH.jpg ". Embryology of insects and myriapods; the developmental history of insects, centipedes, and millepedes from egg desposition [!] to hatching. Embryology -- Insects; Embryology -- Myriapoda. a pair of deep medially directed invaginations arises just behind the mandi- bles which fuse with the T-shaped invaginations to form the tentorium. The dorsal tentorial arms arise afterward as outgrowths from the anterior tentorial arms. The mandibular apodemes arise at the 90-hour stage as a pair of deep invagina- tions near the middle of the inner side of the mandibular base. The lower flexor mandibular m Stock Photo")
RMREYJCH–. Embryology of insects and myriapods; the developmental history of insects, centipedes, and millepedes from egg desposition [!] to hatching. Embryology -- Insects; Embryology -- Myriapoda. a pair of deep medially directed invaginations arises just behind the mandi- bles which fuse with the T-shaped invaginations to form the tentorium. The dorsal tentorial arms arise afterward as outgrowths from the anterior tentorial arms. The mandibular apodemes arise at the 90-hour stage as a pair of deep invagina- tions near the middle of the inner side of the mandibular base. The lower flexor mandibular m
![. Bulletin of the British Museum (Natural History) Entom Supp. A REVISION OF THE ETHIOPIAN DREPANIDAE (LEPIDOPTERA) 23 The shape of the uncus, valves, and apodemes of the eighth sternum in the male genitalia readily separate the two species however. Individual variation in coloration is as striking as in andersoni. The ground- colour of the upper surface of the wings may be dark or light greyish brown, very. Figs. 20-22, Epicampoptera tamsi, o" genitalia. 20, <$ ; 21, aedeagus ; 22, eighth abdominal sternite.. Please note that these images are extracted from scanned page images that ma Stock Photo](https://c8.alamy.com/comp/RGJXAC/bulletin-of-the-british-museum-natural-history-entom-supp-a-revision-of-the-ethiopian-drepanidae-lepidoptera-23-the-shape-of-the-uncus-valves-and-apodemes-of-the-eighth-sternum-in-the-male-genitalia-readily-separate-the-two-species-however-individual-variation-in-coloration-is-as-striking-as-in-andersoni-the-ground-colour-of-the-upper-surface-of-the-wings-may-be-dark-or-light-greyish-brown-very-figs-20-22-epicampoptera-tamsi-oquot-genitalia-20-lt-21-aedeagus-22-eighth-abdominal-sternite-please-note-that-these-images-are-extracted-from-scanned-page-images-that-ma-RGJXAC.jpg ". Bulletin of the British Museum (Natural History) Entom Supp. A REVISION OF THE ETHIOPIAN DREPANIDAE (LEPIDOPTERA) 23 The shape of the uncus, valves, and apodemes of the eighth sternum in the male genitalia readily separate the two species however. Individual variation in coloration is as striking as in andersoni. The ground- colour of the upper surface of the wings may be dark or light greyish brown, very. Figs. 20-22, Epicampoptera tamsi, o" genitalia. 20, <$ ; 21, aedeagus ; 22, eighth abdominal sternite.. Please note that these images are extracted from scanned page images that ma Stock Photo")
RMRGJXAC–. Bulletin of the British Museum (Natural History) Entom Supp. A REVISION OF THE ETHIOPIAN DREPANIDAE (LEPIDOPTERA) 23 The shape of the uncus, valves, and apodemes of the eighth sternum in the male genitalia readily separate the two species however. Individual variation in coloration is as striking as in andersoni. The ground- colour of the upper surface of the wings may be dark or light greyish brown, very. Figs. 20-22, Epicampoptera tamsi, o" genitalia. 20, <$ ; 21, aedeagus ; 22, eighth abdominal sternite.. Please note that these images are extracted from scanned page images that ma
RMRHJYHH–. The biology of marine animals. Marine animals; Physiology, Comparative. SKELETONS, SHELTERS AND SPECIAL DEFENCES 641 cuticle lining the fore- and hindgut, in apodemes and in the eggshell. It appears to be universally present in arthropods and has also been identified in members of certain other phyla, a survey of which is presented in Table 15.4. Chitin forms a substantial proportion of the crustacean cuticle, from 60-80 % of total organic matter. Protein, representing the remainder of organic matter, is present in two forms, a water-soluble arthropodin, and a water-insoluble sclerotin. The
RMREFH7E–. Comparative anatomy and physiology. 300 COMPARATIVE ANATOMY AND PHYSIOLOGY. example, four apodemes are well developed between every two thoracic somites ; the inner pair unite above and below so as to form a closed canal, the ster- nal canal; with these, on either side, one of the outer apodemes becomes con- nected, and, as it also becomes connected with the apodemes behind it, the several parts are united into a continuous and substantial in- ternal support- ing and protec- tive mass, which, in addition to its other functions, affords attach- ment to mus- cles. The skeleton may gain in pro-
RMRHK4J6–. The biology of spiders. Spiders; Insects. 50 THE BIOLOGY OF SPIDERS to the anterior of the three abdominal apodemes. Muscles from the lung-books and reproductive orifices are also. Fig. 34.—Leg-muscles. 1, Extensor ; 2, moves trochanter ; 3, flexor ; 4, flexor of femur, and extensor of patella ; 5, flexor of patella; 6, lateral movement of tibia ; 7, flexor of metatarsus ; 8, extensor of metatarsus ; 9, extensor of tarsus ; 10, flexor of tarsus; 11, 12, claw- muscles.. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability -
RMRHK4HP–. The biology of spiders. Spiders; Insects. Fig. 34.—Leg-muscles. 1, Extensor ; 2, moves trochanter ; 3, flexor ; 4, flexor of femur, and extensor of patella ; 5, flexor of patella; 6, lateral movement of tibia ; 7, flexor of metatarsus ; 8, extensor of metatarsus ; 9, extensor of tarsus ; 10, flexor of tarsus; 11, 12, claw- muscles.. Fig. 35.—Abdominal Apodemes. After Schimkewitsch. attached to this apodeme. Another series of longitudinal muscles run to the spinnerets from the posterior apodeme.. Please note that these images are extracted from scanned page images that may have been digitally
RMRGHJME–. Bulletin of the British Museum (Natural History) Entomology. 231. Figs 230-234 Counter tympanal hoods and pleural pouches. The apodemes from St2 and the post- spiracular bars are shaded. 230, anterior view, RHS, Thysanoplusia orichalcea. 231, lateral view, RHS, Thysanoplusia orichalcea. 232, anterior view, LHS, Panchrysia. 233, anterior view, RHS, Stictoptera. 234, anterior view, RHS, Calophasia.. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resem
RMRGJ4T6–. Bulletin of the British Museum (Natural History) Entomology. . Figs 32-34 Apochrysa leptalea. 32, fore wing (from Kimmins); 33, apex of 6 abdomen, lateral; 34, 6 genitalia, ventral. small; S: microtholi absent; sternite 8+9 fused, short broad, indented apically; apodemes weakly sclerotized, very short. Genitalia 6 (Fig. 34). Tignum, gonapsis, median plate absent; gonosaccus short; gonosetae few, very short in lateral clump; gonocristae and spinellae absent. Genitalia 9. Unknown. Remarks. The wing venation of Apochrysa has two apomorphies which help to distinguish the genus. The gradates are
![. The Biological bulletin. Biology; Zoology; Biology; Marine Biology. 452 J- J O'BRIEN ET AL.. FIGURE 1. Muscles (bottom) removed from propoda and dactyls of autotomized chelae of two G. lateralis following 4 h at 0°C. Muscles have also separated from the apodemes which are visible inside the exoskeletal "gloves" (top). RESULTS Cold-induced apolysis of the epithelium of the chelae in G. lateralis required 3 to 4 h (Fig. 1). Separation of the integumentary tissues occurred in both intact whole animals (Fig. 2A; Table I) and those dying following ganglionectomy when chilled at 0°C (dat Stock Photo](https://c8.alamy.com/comp/RHMYXE/the-biological-bulletin-biology-zoology-biology-marine-biology-452-j-j-obrien-et-al-figure-1-muscles-bottom-removed-from-propoda-and-dactyls-of-autotomized-chelae-of-two-g-lateralis-following-4-h-at-0c-muscles-have-also-separated-from-the-apodemes-which-are-visible-inside-the-exoskeletal-quotglovesquot-top-results-cold-induced-apolysis-of-the-epithelium-of-the-chelae-in-g-lateralis-required-3-to-4-h-fig-1-separation-of-the-integumentary-tissues-occurred-in-both-intact-whole-animals-fig-2a-table-i-and-those-dying-following-ganglionectomy-when-chilled-at-0c-dat-RHMYXE.jpg ". The Biological bulletin. Biology; Zoology; Biology; Marine Biology. 452 J- J O'BRIEN ET AL.. FIGURE 1. Muscles (bottom) removed from propoda and dactyls of autotomized chelae of two G. lateralis following 4 h at 0°C. Muscles have also separated from the apodemes which are visible inside the exoskeletal "gloves" (top). RESULTS Cold-induced apolysis of the epithelium of the chelae in G. lateralis required 3 to 4 h (Fig. 1). Separation of the integumentary tissues occurred in both intact whole animals (Fig. 2A; Table I) and those dying following ganglionectomy when chilled at 0°C (dat Stock Photo")
RMRHMYXE–. The Biological bulletin. Biology; Zoology; Biology; Marine Biology. 452 J- J O'BRIEN ET AL.. FIGURE 1. Muscles (bottom) removed from propoda and dactyls of autotomized chelae of two G. lateralis following 4 h at 0°C. Muscles have also separated from the apodemes which are visible inside the exoskeletal "gloves" (top). RESULTS Cold-induced apolysis of the epithelium of the chelae in G. lateralis required 3 to 4 h (Fig. 1). Separation of the integumentary tissues occurred in both intact whole animals (Fig. 2A; Table I) and those dying following ganglionectomy when chilled at 0°C (dat
RMRHDR5N–. Bonner zoologische Beiträge : Herausgeber: Zoologisches Forschungsinstitut und Museum Alexander Koenig, Bonn. Biology; Zoology. 328 Bonner zoologische Beiträge 53 (2004) Thorax: Anepisternum 2 with maximum 6 setae in up- per half. Legs: Fore tibia with anteroapical depression bearing comb of some 15 stiff setae (Fig. 6). Hind tibia with subapical comb of some 15 stiff setae (Fig. 7). Terminalia: Gonocoxites (Fig. 10) ventrally with wide, V-shaped emargination, below emargination largely membranous and non-setose, with setae of various lengths elsewhere; gonocoxal apodemes broad and strong. G
RMRGT60E–. Bulletin. Insects; Insect pests; Entomology; Insects; Insect pests; Entomology. 124 PAPERS OX CEREAL AND FORAGE INSECTS. approximate each other, owing to 2 posteriorly directed, narrow lobes, leaving between them a narrow, dorsal, median, semitransparent area which widens an-. Fig. G3.—The smoky crane-fly : a, Larva, left side ; &, clypeo-labral part of head, dorsal aspect; c, ventral aspect of head, showing also position of front edge of prothorax; (I, maxilla; e, dorsal view of head; /, left mandible and its muscle apodemes, ventral aspect; gs left mandible, dorsal aspect; li, mental l
RMRGHK5W–. Bulletin of the British Museum (Natural History) Entomology. . Figs 388-393 Kostka nacaratus. 388, fore wing (from Kimmins); 389, apex of 2 abdomen, lateral; 390, apex of 2 abdomen, lateral; 391, 3 genitalia, lateral; 392, 2 spermatheca, lateral; 393, 2 subgenitale, ventral. apodemes absent; atria large; ectoprocts rounded basally, not hinged; ?: apex of sternite 7 slightly convex. Genitalia 6 (Fig. 391). Tignum, gonapsis and median plate absent; entoprocessus very long, broad; arcessus long, narrow, tapering, trifurcate apically; pseudopenis absent; gonarcus long, narrow; gonosaccus very sh
RMRGTWJ9–. Bulletin. Insects; Insect pests; Entomology; Insects; Insect pests; Entomology. 124 PAPERS ON CEREAL AND FORAGE INSECTS. approximate each other, owing to 2 posteriorly directed, narrow lobes, leaving between them a narrow, dorsal, median, semitransparent area which widens an-. Fig. 63.—The smoky crane-fly : a> Larva, left side ; &, clypeo-labral part of head, dorsal aspect; c, ventral aspect of head, showing also position of front edge of prothorax; d, maxilla ; e, dorsal view of head ; /, left mandible and its muscle apodemes, ventral aspect; g, left mandible, dorsal aspect; h, menta
RMRGHJK7–. Bulletin of the British Museum (Natural History) Entomology. THE GREEN LACEWINGS OFTHE WORLD: A GENERIC REVIEW (NEUROPTERA: CHRYSOPIDAE) 263. Figs 573-578 Chrysaloysia somalica 6. 573, fore wing; 574, apex of abdomen, dorsal view; 575, sternite 8 + 9, ventral view (stippling indicates apodemes); 576, ectoproct + tergite 9, lateral view; 577, gonarcus and arcessus, caudal view; 578, arcessus, lateral view. times longer than c,; 1A unforked; dec open at wing margin, very broad. Abdomen (Figs 562, 563) extensively marked brown; setae very short and sparse; trichobothria 20-25; ectoprocts not fu
RMRGW7GD–. Bulletin. Natural history; Natural history. August, 1944 Ross: Caddis Flies of Illinois 253 males, taken May 18 to August 20, and many larvae, taken May 16 to June 12, are from Antioch, Channel Lake, Fox Lake, Grass Lake, Grayslake, Pistakee Lake, Richmond, Round Lake, Urbana, Wilming- ton, Zion. Triaenodes species a Female.—Length 9 mm. Color tawny with the brown and cream pattern typical of the tarda group. Female genitalia, fig. 857: apex of ninth sternite not greatly produced, typical in general form of the tarda group; tenth tergite without conspicu- ous apodemes; bursa copulatrix with
RMRGH9WM–. Bulletin of the British Museum (Natural History) Entomology. 184 S. J. BROOKS & P. C. BARNARD. Figs 215-219 Turnerochrysa mirifica. 215, fore wing (from Kimmins); 216, apex of 6 abdomen, lateral; 217, 6 gonarcus complex, lateral; 218, 6 hypandrium internum, dorsal; 219, 3 paramere, lateral. very short, dense (longer on ectoprocts); micro- tholi present on sternites 3-8; callus cerci ovate; trichobothria 22; ectoprocts with slight dorsal invagination, fused with tergite 9; sternite 8+9 fused, short; apodemes short, narrow, straight; atria large. Genitalia 6 (Figs 217-219). Tignum, gonapsi
RMRH2BWT–. British journal of entomology and natural history. Natural history; Entomology. Figs 3-5. Dorsal aspect of female genitalia of British Panorpa species. 3. P. cognata Rambur (a, Folkestone, East Kent, lO.viii. 1895, in J. C. Dale coll. at National Museum of Wales; b, tips of anterior apodemes of a second specimen, data the same as for a; c, Therfield Heath, Hertfordshire, 29.viii.1987, in author's collection.). 4. P. communis L. (a, Wyre Forest NNR, Worcestershire, 21.vii.1987; b, Teneral specimen- tips of anterior apodemes, Dunmow, North Essex, 17.V.1989; c, apparently mature specimen—tips o
RMRGHDD8–. Bulletin of the British Museum (Natural History) Entomology. 268 L. LYNEBORG short and broad. Phallus in lateral view (Text-fig. 232) short and rather suddenly curved for less than 90 degrees; in dorsal view (Text-fig. 233) of almost the same shape as in nuba. The same is true of the dorsal, ventral and ejaculatory apodemes. Tergite 8: Text-fig. 235. Sternite 8 (Text-fig. 234) without incision on posterior margin. Total length 9-0-9-4 mm. 9. Unknown. Remarks. The species was described from two male specimens from Socotra. They are in the BMNH and are labelled 'Socotra, Homhil, 2500 ft., 26.1
RMRGJ542–. Bulletin of the British Museum (Natural History) Entomology. 9t+ep ent arc. Figs 2-6 2, 3, diagrammatic representation of apex of abdomen and genitalia of male chrysopid; (2) lateral view, (3) caudal view, ap = apodemes, arc = arcessus, cc = callus cerci, ent = entoprocessus, gc = gonarcus, gcr = gonocristae, gps = gonapsis, gsc = gonosaccus, gst = gonosetae, hp = hypandrium internum, mt = microtholi, mu = median plate, pm = parameres, ti = tignum, 7s = 7th sternite,7t-8t = 7th - 8th abdominal tergites, 8+9s = 8th + 9th fused sternites, 9t+ep = 9th tergite plus ectoproct. 4, typical female c
RMRGHJM6–. Bulletin of the British Museum (Natural History) Entomology. THE GREEN LACEWINGSOFTHE WORLD: A GENERIC REVIEW (NEUROPTERA: CHRYSOPIDAE) 261 561. Figs 561-566 Pimachrysa. 561, P. nigra; 562-566, P. fusca. 561, fore wing; 562, apex of 3 abdomen, lateral; 563, apex of 9 abdomen, lateral; 564, 6 genitalia, dorsal; 565, 9 spermatheca, lateral; 566, 9 subgenitale, ventral. not fused with sternite 9; 6: microtholi absent; sternite 8+9 fused; apodemes absent; 9: spiracle on segment 8 opens on sternite; sternite 7 straight apically. GENTALIA 6 (Figs 557, 558). Tignum, gonapsis and median plate absent
RMRGTD7M–. Bulletin biologique de la France et de la Belgique. Biology; Natural history. ÉTUDE MORPHOLOGIQUE ET BIOLOGIQUE DU SYCOSOTER LAVAGNEI 467 lesquelles elles s'unissent limitant ainsi latéralement la cavité buccale (Fig. XXII et XXIII), par des apodèmes sur lesquels viennent s'insérer de nombreux muscles. La portion inférieure de la bouche est une plaque pas plus fortement chitinisée que le reste du tégument céphalique. On peut y distinguer trois parties dont les deux latérales représentent ce que les auteurs ont convenu de considérer comme des mâchoires. Ces deux parties latérales portent deux
RMRGEXP5–. Bulletin of the Museum of Comparative Zoology at Harvard College. Zoology. VI - 1,2 V - 0,1-3 V - 0,1,2 IV - 0,1-3 Iv - 1,2 III - 1,3 11 - 1,2 Figure 7. Fragiscutum rhytium n. gen., n. sp. Two cranidia showing notation (after Tripp, 1957, 1962) of glabellar tubercles. A) Original of Plate 12, figure 15. B) Original of Plate 12, figure 1. Abbreviatons: Oa, la, 2a, positions of occipital, first and second apodemes; ap, anterior pit; pgf, preglabellar furrow. short, blunt spine. Apodeme (Pi. 11, fig. 3; PI. 12, figs. 13, 17) is curved inward and downward, and situated a short distance in trom t
RMRGEXPN–. Bulletin of the Museum of Comparative Zoology at Harvard College. Zoology. 0 111 1)1. VI - 1,2 V - 0,1-3 V - 0,1,2 IV - 0,1-3 Iv - 1,2 III - 1,3 11 - 1,2 Figure 7. Fragiscutum rhytium n. gen., n. sp. Two cranidia showing notation (after Tripp, 1957, 1962) of glabellar tubercles. A) Original of Plate 12, figure 15. B) Original of Plate 12, figure 1. Abbreviatons: Oa, la, 2a, positions of occipital, first and second apodemes; ap, anterior pit; pgf, preglabellar furrow. short, blunt spine. Apodeme (Pi. 11, fig. 3; PI. 12, figs. 13, 17) is curved inward and downward, and situated a short distanc
RMRC5N5M–. The embryology of the honey bee. Honeybee; Bees. RAP '-—2 Ten. Fig. 69. A, side view of the head of an embryo, Stage XI, drawn in outline, showing two of the four invaginations which form the tentorium (iTen, 2Ten), and also the one of two invaginations which form the mandibular apodemes (RAp), x 243. B, ventral view of the head of a larva about three days old, treated with caustic potash, showing the form and relations of the tentorium (iTen, 2Tcn), x 200.. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration
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