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RMRHE4WG–. Bonner zoologische Beiträge : Herausgeber: Zoologisches Forschungsinstitut und Museum Alexander Koenig, Bonn. Biology; Zoology. ZFMK 62717 ZFMK 62685 ZFMK 62698. M. madagascariensis M. madagascariensis M. crocea ZFMK 14196 ZFMK 62740 ZFMK 62767 Fig. 3: Hyoid elements in several studied Mantella specimens (ventral view). Within two species (M. madagascariensis and M. baroni) both extreme hyale configurations (anterior process forming/not forming complete arch) were found. Abbreviations: ant. P. Hyale = anterior process of hyale; ant. lat. Proc. = anterolateral process; post. lat. Proc. = post
RMRGFHC2–. Bulletin of the British Museum (Natural History) Zoology. REDESCRIPTION OF TILAPIA GUINASANA 31. Fig. 9. Tilapia guinasana. Lower jaw in occlusal view to show the 'horseshoe'-shaped dental arcade, the unicuspid teeth situated posteriorly in the outer tooth row of the dentary, and the anterior, lingually directed, cliff-like expansion of that bone. Specimen from RUSI lot 35865 (dark blue), 76.0 mm S.L. Magnification x 10. expanded area like that in the smaller T. guinasana, but it does not have the same inflated appearance in this species. Judging from the Tilapia material studied, a marked a
RMRGADXC–. Bulletin of the U.S. Department of Agriculture. Agriculture. BULLETIN No. 967 Conlribution from the Bureau of Entomology L. <). HOWARD, Chief. Washington, D. C. PROFESSIONAL PAPER October 14, 1921 RESULTS OF WORK ON BLISTER BEETLES IN KANSAS. F. R. MiLLiKEN, Scientific Assisfant. Truck-Crop Insect Investigations. Introduction 1 Economic importance - Injury to crops 3 I''oo<i plants 3 Classification of species studied 4 Description of Meloe sp 4 Description of Cwntlwris reticu- lata Say 5 Key to species of Epicauta and Macrobasis collected at Garden City, Kans 5 Character of additional
RMRG8WXC–. Bulletin - United States National Museum. Science. 82 U. S. NATIONAL MUSEUM BULLETIN 202 Remarks.—The dentition of this species, especially the lack of pre- maxillary and vomerine teeth, distinguishes it from others of the region and, perhaps, of the entire tropical Pacific. SCHULTZIDIA JOHNSTONENSIS (Schnltz and Wooda) FiGUBE 17 Muraenichthys johnstonensis ScHtTLTz and Woods, Joum, Washington Acad. Sci., vol. 39, p. 172, fig. 1,1949 (type locality, Johnston Island). SPECIMENS STUDIED Holotype.—U.S.'NM. No. 141268, Johnston Island, northern reef, August 28-29,1947, Schultz, 145 mm. total len
RMRG3AAK–. The Canadian field-naturalist. Natural history; Sciences naturelles. 368 The Canadian Field-Naturalist Vol. 119. 20 km IOWA Figure 1. Map of Houston and Fillmore counties of Minnesota and La Crosse County of Wisconsin showing locations of 12 woodpecker nest tree study plots in upper midwestern oak forests, 1997-1998. tree species are preferred substrates for woodpecker nest excavation (Thomas et al. 1979). The characteristics of nest trees used by woodpeck- ers have been widely studied in some regions of North America. Research on woodpecker nest site selection in the western United States i
RMRG8WDJ–. Bulletin - United States National Museum. Science. EARLY PALEOZOIC BEYOZOA OP THE BALTIC PEOVINCES. 137 Occurrence.—Tlie American types of tliis species seem to he limited to the Rliinidictya bed of the Black River (Decorah) shales of Minnesota. The Russian examples studied were found in the Was- salem beds (D3) at Uxnorm (Cat. No. 57233, U.S.N.M.). British Museum, one specimen from the Wassalem beds at Ux- norm.. Fig. 60.—Phyllodictya vaeia. a, poetion of a large zoaritjm, natural size; 6, fragment -with sub- parallel margins, NATURAL size; C, SURFACE OF THE SAME, X9; d, TWO ROWS OF APERTUR
RMRM8P6G–. Annual report. New York State Museum; Science; Science. 250 NEW YORK STATE MUSEUM Eggs. Dr Dyar has made a somewhat extensive study of the oviposition habits of various mosquitos, and has ascertained in the case of the species studied, that those with unhanded legs produce eggs which float on the surface, some in masses, as for example, C. p i p i e n s , while in others they may be deposited singly or in small groups of two or three. The ring-legged species deposit their eggs, like C. sollicitans for example, in dry places where watei' is likely to collect, a portion hatching after a wettin
RMRJDCFN–. Challenges in forage and range research. Forage plants; Rangelands. I I I II III III ± III â III â â¢â¢â¢. Use of light within a community of plants is studied in the photosynthesis laboratory, Beltsville, Md. More information on the following subjects will help us develop better grazing and management systems: ⢠Prediction of herbage production and develop- ment of improved procedures for measuring yield. ⢠Evaluation of grazing systems, including defer- ment of pasture and range. ⢠Carrying capacity and cpjality of seeded species and mixtures and native range. ⢠Importance of grazing
![. The fungi which cause plant disease . Plant diseases; Fungi. THE FUNGI WHICH CAUSE PLANT DISEASE 397 EricacejE. Cultural work and studies in infection are needed be- fore species can be properly delimited.'' E. vaccinii (Fcl.) Wor. occurs on Vaccinium vitis idaea, forming large blisters on the leaves, rarely on petioles and stems, discoloration red or purple. The fungus appears as a white bloom on the under surface of the leaf; spores narrowly fusiform, 5-8 x 1-2 n. Richards ^ who studied E. vaccinii and E. an- dromedse from inoculations concludes: "Aside from the form of the distortion Stock Photo](https://c8.alamy.com/comp/RDE5XJ/the-fungi-which-cause-plant-disease-plant-diseases-fungi-the-fungi-which-cause-plant-disease-397-ericaceje-cultural-work-and-studies-in-infection-are-needed-be-fore-species-can-be-properly-delimited-e-vaccinii-fcl-wor-occurs-on-vaccinium-vitis-idaea-forming-large-blisters-on-the-leaves-rarely-on-petioles-and-stems-discoloration-red-or-purple-the-fungus-appears-as-a-white-bloom-on-the-under-surface-of-the-leaf-spores-narrowly-fusiform-5-8-x-1-2-n-richards-who-studied-e-vaccinii-and-e-an-dromedse-from-inoculations-concludes-quotaside-from-the-form-of-the-distortion-RDE5XJ.jpg ". The fungi which cause plant disease . Plant diseases; Fungi. THE FUNGI WHICH CAUSE PLANT DISEASE 397 EricacejE. Cultural work and studies in infection are needed be- fore species can be properly delimited.'' E. vaccinii (Fcl.) Wor. occurs on Vaccinium vitis idaea, forming large blisters on the leaves, rarely on petioles and stems, discoloration red or purple. The fungus appears as a white bloom on the under surface of the leaf; spores narrowly fusiform, 5-8 x 1-2 n. Richards ^ who studied E. vaccinii and E. an- dromedse from inoculations concludes: "Aside from the form of the distortion Stock Photo")
RMRDE5XJ–. The fungi which cause plant disease . Plant diseases; Fungi. THE FUNGI WHICH CAUSE PLANT DISEASE 397 EricacejE. Cultural work and studies in infection are needed be- fore species can be properly delimited.'' E. vaccinii (Fcl.) Wor. occurs on Vaccinium vitis idaea, forming large blisters on the leaves, rarely on petioles and stems, discoloration red or purple. The fungus appears as a white bloom on the under surface of the leaf; spores narrowly fusiform, 5-8 x 1-2 n. Richards ^ who studied E. vaccinii and E. an- dromedse from inoculations concludes: "Aside from the form of the distortion
RMRGA7YR–. Bulletins of American paleontology. Devonian Rucosb Corals of Iowa: Sorauf 59. 6 7 Coralliie Diameter - mm Texl-tigure 37.—Disphyllum dispassiim from the Cerro Gordo Member, coralliie diameter (in mm) plotted versus the total number of septa in individuals from six colonies studied. The holotype of the species is indicated on the graph. in the outer tabularium (PI.26, figs.7,9). Where septa are thin, their path in transverse section can be irreg- ular, with septal trabeculae swollen somewhat to give a carinate-like appearance to them. In longitudinal section, corallites commonly have a mostl
RMRHR625–. The Biological bulletin. Biology; Zoology; Biology; Marine Biology. 164 ROBERT W. HEGNER. studied were of approximately the same age at the time they were examined they differed greatly in size. Those in the pond without algae being on the average approximately twice as long in both. FIG. i. A living specimen of a euglenoid of Species A showing characteristic shape, three flagella, reservoir, stigma, chromatophores and nucleus. X 1600. FIG. 2. Species A as seen when stained with iodine. X 1600. FIG. 3. Species A fixed in Schaudinn's solution and stained with iron-haemotoxylin. X 1600. FIG. 4
RMRMPD26–. Annals of the Entomological Society of America. Entomology. 404 Annals Entomological Society of America [Vol. IV, Cocoon: (Plate XXVI, fig. 2). A fine network of rather coarse brown threads, not so dark as in comptus, but the reticulations closer than in any species studied. Oval, 9-lU mm. long and 6.5 to 7 mm. wide. Pupa: (Plate XXVI, fig. 4, 5). When first formed with yellow-green head, small brownish-black eyes, yellow antenna?, legs and wing-pads paler. Abdomen dark green with a distinct pale dorsal line that extends onto prothorax but in those I have seen not onto the head. Frontal row
RMRFT6C0–. Carnegie Institution of Washington publication. '32 FOSSIL TURTLES OF NORTH AMERICA. Osteopygis gibbi Wieland. Plate it>, fig. i; plate 27, figs. I, 2; text-figs. 142-146. Osteopygis gibbi, Wieland, Anier. Jour. Sci. (4), XVII, 1904, p. 118, plates v-viii and text-figs. 3-7. The type of this species is No. 783 of the Marsh collection of Yale University. It was obtained from the upper bed of Cretaceous greensand, at Barnesboro, Gloucester County, New Jersey, in 1870. It was originally studied by Dr. George Baur (Zool. Anzeiger, mi, 1889, p. 42), who determined from it that Cope had been in
RMRPEGC8–. The American entomologist. Entomology. Explanation of Figure 145—(a) Larva from a side view, enlarged, the hair-line above showing natural size; (6) same, from a back view; (c) pupa, venti-al view, enlarged; (rf) same, dorsal view; (c)pupal pouch, enlarged, the hair- line showing natural size-—After Verdat. Several excellent observers have studied the natural history of this genus, wMch, except in a U'w doubtful points, may be considered as fairly fhiiidated. The following account has been prepared by comparing- my own obsei-vations, made upon a species which I found in the envi- rons of Was
RMREKC8W–. Circular. Insect pests; Insect pests. FiG. 2. -Tcrmi'K JIavipes: a, head of winged female viewed from above; '», saiiK; I'rom below, witli moutli-parts opened out—greatly enlarged (original). men becoming many hundred times its original size. She would practically lose the power of locomotion and become a mere egg- laying machine of enormous capacity. Allied species whose habits have been studied in this particular indicate an egg-laying rate of no per minute, or something like 80,000 per day. In the absence of a (pieen, however, white ants are able to develop from a very young larva or a ny
RMRG2YYN–. The Canadian entomologist. Entomology. THE CANADIAN IvNTOMOLOGIST. 96 A XlvW SI'I-X'Il'.S OI- WILLI.MSOXIA ( OIJOXA'IW-COKDL'LI I XAEj :y 1;. 1;. VJL1JA.IS(>X, Mluffton, Ind. Last AiiijUNt Dr. .l(.-|)iinnpeciincn of this t^tnus collected near Ottawa, Canada. As I had heretofore seen only a sini^Ie female of //''. linincri, studied years ago for Mr. Davis, and as Dr. Howe had promised me a specimen of that species, the specimens sent hy Dr. Mc- Dunnouj^li were set aside for later study. In Octoher Dr. I fowe kindly com- plied with his earlier promise and sent me a male of liiihicri co
RMRG2RJH–. The Canadian field-naturalist. 1978 McNeill and Cody: Species Diversity, St. Lawrence Islands 11 CORNWALL, • PETERBOROUGH. ST. LAWRENCE RIVER ISLANDS 1 ADELAIDE 10 GRENADIER 2 AUBREY 11 MALLORYTOWN 3 BEAURIVAGE 12 McDonald 4 CAMELOT 13 mermaid 5 CEDAR 14 MILTON 6 CONSTANCE 15 MULCASTER 7 ENDYMION 16 SQUAW 8 GEORGINA 17 STOVIN 9 GORDON 18 THWARTWAY Figure 1. Map of the upper portion of the St. Lawrence River showing the positions of the areas whose species composition was studied. The inset map shows the position in relation to Lake Ontario and to the Lake Ontario islands studied by Hainauh (
RMRG8RBF–. Bulletin - United States National Museum. Science. EAELY PALEOZOIC BEYOZOA OF THE BALTIC PROVINCES. 223. Kuckers shale (C2), Baron Toll's estate, near Jewe, and from Reval, Esthonia. Plesioty'2)e.—Cat. No. 57302, U.S.N.M. British Museum, one thin section from the Kuckers shale, Baron Toll's estate. STELLIPORA CONSTELLATA Dybowski. Plate 4, figs. 9, 9a. StelUpora constellata Dybowski, Die Chaetetiden der Ostbaltisclien Silur-For- mation, 1877, p. 48, pi. 3, figa. 9, 9a. I have not encountered this species in the collections studied and must therefore Hmit my remarks to Dybowski's description
RMRGDHM4–. Bulletin of the Natural History Museum Zoology. REVISION OF S1MOCEPHALUS DAPHNIIDAE 31. O S. exspinosus (J s. victoriensis & S. exspinosus O S. brehmi • s. acutirostracus f) S. acutirostratus &S. exspinosus © S. obtusatus ©S. viccoriensis © S. exspinosus & S. congener © S. daphnoides © S. rostratus (D undescribed species of S. (acutirostratus) group Fig. 32 Locations, where studied material of S. (Echinocaudus) was collected. 5. brehmi Gauthier, 1939 stat. nov. Fig. 37 Simosa acutirostrata brehmi Gauthier, 1939: acutifrons Johnson, 1954: 954 syn. nov. 144; Simocephalus TYPE MATER
RMRGBK6H–. Bulletin of the U.S. Department of Agriculture. Agriculture; Agriculture. UNITED STATES DEPARTMENT OF AGRICULTURE NwJb BULLETIN No. 967 mMr'^'^fSr' Contribution from the Bureau of Entomotogy ^^'^^ L. O. HOWARD. Chief ^^H^U-t.. Washington, D. C. PROFESSIONAL PAPER October 14, 1921 RESULTS OF WORK ON BLISTER BEETLES EN KANSAS. F. B. MiLLiKEx. Scie)i1ifi<- J^•.v/^^///^ TiKik-Croij Insect Inv€stigati(/ns. CONTENTS. Page. Introduction 1 I'2couomic importanco 2 Injury to crops 3 Food plants 3 Classification of species studied 4 Description of ilrlnr sp 4 Description of CantJujris reticu- lata S
RMRHMN8B–. The Biological bulletin. Biology; Zoology; Biology; Marine Biology. 364 JAMES M. MOULTON 7- 6- 5- > t |»tr M'tt s s .2 .3 .4 SECONDS. SECONDS FIGURE 9. Toothplate stridulation of Diodon hystrix in aquarium. FIGURE 10. Toothplate stridulation of Sphcroidcs spcngleri in aquarium. were recorded as a pair of black angelfishes butted several times against a pair of cowfish, Lactophrys tricornis (L.), approximately 6 feet from the hydrophone. No sounds were recorded from the single species of butterflyfish studied, Chaetodon striatus L., nor were sounds recorded from an immature specimen (4-inc
RMRGDXCR–. Bulletin of the Museum of Comparative Zoology at Harvard College. Zoology. Figure 3. Types of gubernacula in Paracanthonchus. a—P. strandensis (after Schuiz, 1932); b—P. coecus (after Timm, 1952); c—P. cochlearis (after Gerloch, 1957); d—P. platypus n. sp. tioiial Collection of Nematodes, Entomology Research Institute, Ottawa, Collection Num- ber 4073, Type slide No. 76. Type locality, M-8, Biscayne Bay. Representation in samples studied.—M-8, Bisca>ne Bay. PARACYATHOLAIMUS Micoletzky, 1921 Type species.—Cyaf/io/a/mus dubiosus BUt- schli, 1874: 284, pi. 7, fig. 31, a, b. This genus is cha
RMRE58YD–. Cryptogamic plants of the USSR. (Flora sporovykh rastenii SSSR). Plants. Among other floristic works,the more extensive lists of fungi are by P. Nagor- nyi(1911-1916), N. Voronikhin (1911), O.Treboux (1912), V. Siemaszko (1913), G. Spagorov(1916), A. Sokolov (191 6), S. Shembel' (1915, 1918), etc.. F.V.BUCHOLTZ 14 In Belorussia and Lithuania the parasitic fungi were studied by F. Blonski (1888,1889,1896), in whose lists up to 40 species of rust fungi are mentioned, K.Rouppert and Namysfowski (l 909), A.Sutulov (l 912), V.Siemaszko (l 914,1924), and others. Reliable lists were published by Ka
RMRDA31P–. Fresh-water biology. Freshwater biology. THE WATER-MITES (HYDRACARINA) 873 62 (63) Medial margin of ep. IV reduced to merely a medial angle which forms a common angle with the medio-posterior angle of ep. Ill; leg segs. IV 5 and IV 6 of male modified. Tiphys Koch 1837.. Rather small mites, in length from 0.54 to i mm., with swimming-hairs and the hind leg of the male strikingly modified. Few North American species, rare, in our northern lakes, as yet not studied. Fig.1350. Tiphys liUaceus (Miiller), the most common European species. Ventral surface, female. X 28. Outer side, right palpus, fe
RMRGH94P–. Bulletin of the British Museum (Natural History), Geology. Hattopsis paucituberculatus sp. nov. PI. 9, figs 9-11; PI. 10, figs 3, 6; PI. 11, fig. 9; Figs 24, 25A, 26A, 27B Types. Holotype EE3683, paratypes, EE3682, EE3678, EE3688, EE3684-85. Material studied. There are 22 specimens in addition to the types. Biometric data is based on the following speci- mens: BMNH EE3672, EE3675, EE3678-79, EE3682-85, EE3688. Occurrence. This species was found at the following locali- ties and horizons: Jebel Faiyah, section 1: bed 2 (12). Jebel Buhays section 1: in scree derived from lowest beds of the Sim
RMRHDX0X–. Bonner zoologische Beiträge : Herausgeber: Zoologisches Forschungsinstitut und Museum Alexander Koenig, Bonn. Biology; Zoology. Fig. 6: Baculum (D, RL) of (a) N. woodi (NM.60543); (b) N. woodi (NM.60545); (c) N. woodi (NM.60547). — Scale = 1 mm.. Fig. 7: Baculum (D, RL) of (a) N. thebaica (HZM.123.5314); (b) A^. thebaica (HZM.125.5340); (c) TV. gambiensis (BM.56.35); (d) N. gambiensis (MNHN.1984—1294). — Scale = 1 mm. The baculum of A^. woodi is the most simple of all the Nycteris studied. It clearly distinguishes this species from N. macrotis, the baculum of which has a trifid tip. This sug
![. Bulletin of the Southern California Academy of Sciences. Science; Natural history; Natural history. Bi:i.i,uri., !Su. Cai.ii. At akkmv ok SVikiNCK.s Vol. 50. Part 2, 1951 broad ;m(l (ipni ami the petals sdiiicw hat rcHcxcd, rccallin;^ tin- Ihidlrya (plalr 'J i. This plani sii^,m'sts lliat the luliriil is at least partially t'eiliK'. Dr. I 111 has studied tniir cnlK-ctidns ot" the Inhrid troin Torrey Pines ( '///", .^(h(l. MdJ, Ml)7A) and one from' Del Mar {^M7). Just as in each ot' the parental species, the ha])loid ihidiuosonie number is 17. lie reports that meiosis, microspore Stock Photo](https://c8.alamy.com/comp/RGCKTW/bulletin-of-the-southern-california-academy-of-sciences-science-natural-history-natural-history-biiiuri-!su-caiii-at-akkmv-ok-svikincks-vol-50-part-2-1951-broad-ml-ipni-ami-the-petals-sdiiicw-hat-rchcxcd-rccallin-tin-ihidlrya-plalr-j-i-this-plani-siimsts-lliat-the-luliriil-is-at-least-partially-teilik-dr-i-111-has-studied-tniir-cnlk-ctidns-otquot-the-inhrid-troin-torrey-pines-quot-hl-mdj-ml7a-and-one-from-del-mar-m7-just-as-in-each-ot-the-parental-species-the-ha-loid-ihidiuosonie-number-is-17-lie-reports-that-meiosis-microspore-RGCKTW.jpg ". Bulletin of the Southern California Academy of Sciences. Science; Natural history; Natural history. Bi:i.i,uri., !Su. Cai.ii. At akkmv ok SVikiNCK.s Vol. 50. Part 2, 1951 broad ;m(l (ipni ami the petals sdiiicw hat rcHcxcd, rccallin;^ tin- Ihidlrya (plalr 'J i. This plani sii^,m'sts lliat the luliriil is at least partially t'eiliK'. Dr. I 111 has studied tniir cnlK-ctidns ot" the Inhrid troin Torrey Pines ( '///", .^(h(l. MdJ, Ml)7A) and one from' Del Mar {^M7). Just as in each ot' the parental species, the ha])loid ihidiuosonie number is 17. lie reports that meiosis, microspore Stock Photo")
RMRGCKTW–. Bulletin of the Southern California Academy of Sciences. Science; Natural history; Natural history. Bi:i.i,uri., !Su. Cai.ii. At akkmv ok SVikiNCK.s Vol. 50. Part 2, 1951 broad ;m(l (ipni ami the petals sdiiicw hat rcHcxcd, rccallin;^ tin- Ihidlrya (plalr 'J i. This plani sii^,m'sts lliat the luliriil is at least partially t'eiliK'. Dr. I 111 has studied tniir cnlK-ctidns ot" the Inhrid troin Torrey Pines ( '///", .^(h(l. MdJ, Ml)7A) and one from' Del Mar {^M7). Just as in each ot' the parental species, the ha])loid ihidiuosonie number is 17. lie reports that meiosis, microspore
RMRGBRAD–. Bulletin of the U.S. Department of Agriculture. Agriculture; Agriculture. s^'^su. f&Z'&su Washington, D. C. PROFESSIONAL PAPER. October 8, 1917 IMPORTANT RANGE PLANTS: THEIR LIFE HISTORY AND FORAGE VALUE. By Arthur W. Sampson, Plant Ecologist, Forest Service. CONTENTS. Page. Object of the study 1 Character of the range and forage studied 2 General morphology of grasses 4 Important species 4 Grasses 4 Key to tribes and genera 5 Mountain bunch grass 6 Porcupine grass 9 Mountain timothy 10 Slender reed-grass 11 Alpine redtop 12 Pine s*rass 13 Bluejbint 15 Tufted hair-grass 16 Slender ha
RMRMP9KF–. Annals. Entomology. 404 Annals Entomological Society of America [Vol. IV, Cocoon: (Plate XXVI, fig. 2). A fine network of rather coarse brown threads, not so dark as in comptus, but the reticulations closer than in any species studied. Oval, 9-10 mm. long and 6.5 to 7 mm. wide. Pupa: (Plate XXVI, fig. 4, 5). When first formed with yellow-green head, small brownish-black eyes, yellow antennae, legs and ^^nng-pads paler. Abdomen dark green with a distinct pale dorsal line that extends onto prothorax but in those I have seen not onto the head. Frontal row of hairs rather distant from margin; ce
RMRGNMC7–. Bulletin du Jardin botanique de Buitenzorg. Plants -- Indonesia; Plants. DOCTERS VAN Leeuwen : Some galls from Hongkong. 273 the gall, were studied by Dr. Karny, who discovered the following species: Cryptotlirips nov. spec. (vie. nigripes); Gynaikothrips iizeli ZiMM.; Leptofhrips constrictus Karny and Mesot/irips Jora'ani ZiMM. Hongkong, along roadsides, 6 Nov. 1920. No. 4912. New-Territory, near the railway station of Sha-Tin. 10 Nov. 1920. No. 4947. Literature: D. v. L. Java. il. No. 41. No. 14. Ficus rctusa L. A leaf-gali caused by a gallmidge. Small light green fiât swellings on both si
RMRGWCTB–. Bulletin. Natural history; Natural history. 140 Illinois Natural History Survey Bulletin Vol. 26, Art. 1 Paratypes.—Same ilata as for allotype, 2(J. Specimens dry, on pins. Nv.MFHS.—Illinois.—Edovville: Lusk Creek. May lb-17. 1947. B. D. Burks. 2 N. Wolf Lake. Hutchins Creek: April 3. 1946, Burks & Sanderson, 10 N; May 12. 1939. Burks 5c Rietiel, 1 N. 5. Pseudocloeon veteris McDunnough Psrudoclofon vflfris McDunnough (1924fl:8). As McDunnoujih remarked when describ- ing this species, he based his description on old, faded specimens. Recently collected specimens, which could be studied wh
RMRDA31J–. Fresh-water biology. Freshwater biology. Rather small mites, in length from 0.54 to i mm., with swimming-hairs and the hind leg of the male strikingly modified. Few North American species, rare, in our northern lakes, as yet not studied. Fig.1350. Tiphys liUaceus (Miiller), the most common European species. Ventral surface, female. X 28. Outer side, right palpus, female. X 123. (Modified from Piersig.) 63 (62) Medial margin of ep. IV not reduced, and, owing to the angle on the posterior margin, ep. IV more or less clearly five-sided. Fiona Koch 1837. Oval or elliptical forms of various sizes
![. Asiatic herpetological research. Reptiles -- Asia Periodicals; Amphibians -- Asia Periodicals. SVL 1 - y = 1 3761 ⦠1 8869x R*2 = 0 939 US RCR^ â ^ TR ^^ "RC PM â t - ?- ^^NKJ â» 1 ' * 1 0 2 0 4 0 6 log SVL 0 8 FIG. 2. Relationship between snout-vent length (SVL) and the ratio of weight to cube of snout-vent length (Wt/cube SVL) in the species studied. 2.1. Untransformed data; 2.2. Log-transformed data. Species abbreviations as in Table 1. ratios have been erroneous, although subsequent workers have demonstrated that the evidence is, in many cases, quite strong on examination of fresh Stock Photo](https://c8.alamy.com/comp/RJYWPK/asiatic-herpetological-research-reptiles-asia-periodicals-amphibians-asia-periodicals-svl-1-y-=-1-3761-1-8869x-r2-=-0-939-us-rcr-tr-quotrc-pm-t-nkj-1-1-0-2-0-4-0-6-log-svl-0-8-fig-2-relationship-between-snout-vent-length-svl-and-the-ratio-of-weight-to-cube-of-snout-vent-length-wtcube-svl-in-the-species-studied-21-untransformed-data-22-log-transformed-data-species-abbreviations-as-in-table-1-ratios-have-been-erroneous-although-subsequent-workers-have-demonstrated-that-the-evidence-is-in-many-cases-quite-strong-on-examination-of-fresh-RJYWPK.jpg ". Asiatic herpetological research. Reptiles -- Asia Periodicals; Amphibians -- Asia Periodicals. SVL 1 - y = 1 3761 ⦠1 8869x R*2 = 0 939 US RCR^ â ^ TR ^^ "RC PM â t - ?- ^^NKJ â» 1 ' * 1 0 2 0 4 0 6 log SVL 0 8 FIG. 2. Relationship between snout-vent length (SVL) and the ratio of weight to cube of snout-vent length (Wt/cube SVL) in the species studied. 2.1. Untransformed data; 2.2. Log-transformed data. Species abbreviations as in Table 1. ratios have been erroneous, although subsequent workers have demonstrated that the evidence is, in many cases, quite strong on examination of fresh Stock Photo")
RMRJYWPK–. Asiatic herpetological research. Reptiles -- Asia Periodicals; Amphibians -- Asia Periodicals. SVL 1 - y = 1 3761 ⦠1 8869x R*2 = 0 939 US RCR^ â ^ TR ^^ "RC PM â t - ?- ^^NKJ â» 1 ' * 1 0 2 0 4 0 6 log SVL 0 8 FIG. 2. Relationship between snout-vent length (SVL) and the ratio of weight to cube of snout-vent length (Wt/cube SVL) in the species studied. 2.1. Untransformed data; 2.2. Log-transformed data. Species abbreviations as in Table 1. ratios have been erroneous, although subsequent workers have demonstrated that the evidence is, in many cases, quite strong on examination of fresh
![. Bulletin of the British Museum (Natural History). A REVISION OF CERTAIN BARBUS SPECIES FROM AFRICA 191 Lectotype. A specimen 66 mm. S.L. from Bunjako, Lake Victoria (B.M. [N.H.] reg. No. 1906.5.30.125). Description. Based principally on the lectotype and seven paratypes, 56-66 mm. S.L., all from the same locality. Data on certain characters, such as variability of head profile and coloration are derived from numerous specimens studied in the field. All measurements are expressed as percentages of the standard length. Depth of body 26-8-32-2 (M = 30-0), length of head 22-0-24-8 (M = 23-5) ; d Stock Photo](https://c8.alamy.com/comp/RGJHPK/bulletin-of-the-british-museum-natural-history-a-revision-of-certain-barbus-species-from-africa-191-lectotype-a-specimen-66-mm-sl-from-bunjako-lake-victoria-bm-nh-reg-no-1906530125-description-based-principally-on-the-lectotype-and-seven-paratypes-56-66-mm-sl-all-from-the-same-locality-data-on-certain-characters-such-as-variability-of-head-profile-and-coloration-are-derived-from-numerous-specimens-studied-in-the-field-all-measurements-are-expressed-as-percentages-of-the-standard-length-depth-of-body-26-8-32-2-m-=-30-0-length-of-head-22-0-24-8-m-=-23-5-d-RGJHPK.jpg ". Bulletin of the British Museum (Natural History). A REVISION OF CERTAIN BARBUS SPECIES FROM AFRICA 191 Lectotype. A specimen 66 mm. S.L. from Bunjako, Lake Victoria (B.M. [N.H.] reg. No. 1906.5.30.125). Description. Based principally on the lectotype and seven paratypes, 56-66 mm. S.L., all from the same locality. Data on certain characters, such as variability of head profile and coloration are derived from numerous specimens studied in the field. All measurements are expressed as percentages of the standard length. Depth of body 26-8-32-2 (M = 30-0), length of head 22-0-24-8 (M = 23-5) ; d Stock Photo")
RMRGJHPK–. Bulletin of the British Museum (Natural History). A REVISION OF CERTAIN BARBUS SPECIES FROM AFRICA 191 Lectotype. A specimen 66 mm. S.L. from Bunjako, Lake Victoria (B.M. [N.H.] reg. No. 1906.5.30.125). Description. Based principally on the lectotype and seven paratypes, 56-66 mm. S.L., all from the same locality. Data on certain characters, such as variability of head profile and coloration are derived from numerous specimens studied in the field. All measurements are expressed as percentages of the standard length. Depth of body 26-8-32-2 (M = 30-0), length of head 22-0-24-8 (M = 23-5) ; d
![. Animal biology. Zoology; Biology. Mouth Uasfax Sfomach Yolk gr/ar!cf± Ovary Ov/c/ucf Contfacf/'/e ves/c/e Foot. -Dor^(^^ fee/er Eye spof Musc/es F/a/ve cell Cuf/cu/a Fxcrefory c?luct Jnfesf/yje C/oaca C/oaca/ openm^ •Toes Fig. 93. Fig. 94. Fig. 93.—Philodina roseola Ehrenberg. Not a typical rotifer, but one of the first types studied by microscopists; the ciliated disks on the head of the organism suggested the name rotifer. It both creeps and swims. A common American species. {From Jennings, in Ward and Whipple, "Fresh-water Biology,'' after Weber, by courtesy of John Wiley & Sons, Stock Photo](https://c8.alamy.com/comp/RN5MHT/animal-biology-zoology-biology-mouth-uasfax-sfomach-yolk-grar!cf-ovary-ovcucf-contfacfe-vesce-foot-dor-feeer-eye-spof-musces-fave-cell-cufcua-fxcrefory-cluct-jnfesfyje-coaca-coaca-openm-toes-fig-93-fig-94-fig-93philodina-roseola-ehrenberg-not-a-typical-rotifer-but-one-of-the-first-types-studied-by-microscopists-the-ciliated-disks-on-the-head-of-the-organism-suggested-the-name-rotifer-it-both-creeps-and-swims-a-common-american-species-from-jennings-in-ward-and-whipple-quotfresh-water-biology-after-weber-by-courtesy-of-john-wiley-amp-sons-RN5MHT.jpg ". Animal biology. Zoology; Biology. Mouth Uasfax Sfomach Yolk gr/ar!cf± Ovary Ov/c/ucf Contfacf/'/e ves/c/e Foot. -Dor^(^^ fee/er Eye spof Musc/es F/a/ve cell Cuf/cu/a Fxcrefory c?luct Jnfesf/yje C/oaca C/oaca/ openm^ •Toes Fig. 93. Fig. 94. Fig. 93.—Philodina roseola Ehrenberg. Not a typical rotifer, but one of the first types studied by microscopists; the ciliated disks on the head of the organism suggested the name rotifer. It both creeps and swims. A common American species. {From Jennings, in Ward and Whipple, "Fresh-water Biology,'' after Weber, by courtesy of John Wiley & Sons, Stock Photo")
RMRN5MHT–. Animal biology. Zoology; Biology. Mouth Uasfax Sfomach Yolk gr/ar!cf± Ovary Ov/c/ucf Contfacf/'/e ves/c/e Foot. -Dor^(^^ fee/er Eye spof Musc/es F/a/ve cell Cuf/cu/a Fxcrefory c?luct Jnfesf/yje C/oaca C/oaca/ openm^ •Toes Fig. 93. Fig. 94. Fig. 93.—Philodina roseola Ehrenberg. Not a typical rotifer, but one of the first types studied by microscopists; the ciliated disks on the head of the organism suggested the name rotifer. It both creeps and swims. A common American species. {From Jennings, in Ward and Whipple, "Fresh-water Biology,'' after Weber, by courtesy of John Wiley & Sons,
RMRJYWT8–. Asiatic herpetological research. Reptiles -- Asia Periodicals; Amphibians -- Asia Periodicals. Uperodon tystorna (13 0 gm) Microhyla ornaia (0 362 gm). Rana htiadacryla (99 64 gm) FIG. 1. Shapes and masses of the species studied. Figures in brackets are mean weights. Microhyla ornaia (4.1 mm), M. rubra (7.2 mm), Tomopterna rolandae (10.9 mm), Uperodon systoma (12.4 mm), Polypedates maculatus (20.9 mm), /?a/za cyanophlyctis (16.1 mm), fl. crassa (22.9 mm) and R. hexadactyla (33.4 mm). Abbreviations used include SVL (snout- vent length), HW (head width at the angle of the jaws, perhaps better
![. Animal biology. Zoology; Biology. . -Dors^f/ fee/er Eye spot A/fa3c/es Flcume ce/l Cuf/cu/a Fxcrefory cfucf C/oaccf Cewe/r/' ^/a/^c/s •Toes Fig. 100. Fig. 99. Fig. 99.—Philodina roseola Ehrenberg. Not a typical rotifer, but one of the first types studied by microscopists; the ciliated discs on the head of the organism suggested the name rotifer. It both creeps and swims. A common American species. {From Jennings, in Ward and Whipple, ''Fresh-water Biology," after Weber, by courtesy of John Wiley & Sons, Inc.) X 300. Fig. 100.—Diagram of a rotifer in section to show internal structu Stock Photo](https://c8.alamy.com/comp/RN5K8M/animal-biology-zoology-biology-dorsf-feeer-eye-spot-afa3ces-flcume-cel-cufcua-fxcrefory-cfucf-coaccf-cewer-acs-toes-fig-100-fig-99-fig-99philodina-roseola-ehrenberg-not-a-typical-rotifer-but-one-of-the-first-types-studied-by-microscopists-the-ciliated-discs-on-the-head-of-the-organism-suggested-the-name-rotifer-it-both-creeps-and-swims-a-common-american-species-from-jennings-in-ward-and-whipple-fresh-water-biologyquot-after-weber-by-courtesy-of-john-wiley-amp-sons-inc-x-300-fig-100diagram-of-a-rotifer-in-section-to-show-internal-structu-RN5K8M.jpg ". Animal biology. Zoology; Biology. . -Dors^f/ fee/er Eye spot A/fa3c/es Flcume ce/l Cuf/cu/a Fxcrefory cfucf C/oaccf Cewe/r/' ^/a/^c/s •Toes Fig. 100. Fig. 99. Fig. 99.—Philodina roseola Ehrenberg. Not a typical rotifer, but one of the first types studied by microscopists; the ciliated discs on the head of the organism suggested the name rotifer. It both creeps and swims. A common American species. {From Jennings, in Ward and Whipple, ''Fresh-water Biology," after Weber, by courtesy of John Wiley & Sons, Inc.) X 300. Fig. 100.—Diagram of a rotifer in section to show internal structu Stock Photo")
RMRN5K8M–. Animal biology. Zoology; Biology. . -Dors^f/ fee/er Eye spot A/fa3c/es Flcume ce/l Cuf/cu/a Fxcrefory cfucf C/oaccf Cewe/r/' ^/a/^c/s •Toes Fig. 100. Fig. 99. Fig. 99.—Philodina roseola Ehrenberg. Not a typical rotifer, but one of the first types studied by microscopists; the ciliated discs on the head of the organism suggested the name rotifer. It both creeps and swims. A common American species. {From Jennings, in Ward and Whipple, ''Fresh-water Biology," after Weber, by courtesy of John Wiley & Sons, Inc.) X 300. Fig. 100.—Diagram of a rotifer in section to show internal structu
RMRG8TFB–. Bulletin - United States National Museum. Science. Figure 79.—Color mark below eye in certain species of Apogon: a, A. savayensis Giinther; b, A. iiubilus Garman. (Sketches by author.) APOGON NUBILUS Garman Figure 79, &; Plate 35, 0 Apogon nubilus Garman, Bull. Mus. Comp. Zool., vol. 39, pp. 229-230, pi. 1, fig. 1, 1903 (type locality, Suva, Fiji Islands). SPECIMENS STUDIED Bikini Atoll: 12 stations, 86 specimens, 13 to 72 mm. standard length. Eniwetok Atoll: 4 stations, 177 specimens, 9 to 73 mm. Rongelap Atoll: 6 stations, 34 specimens, 16 to 66 mm. Rongerik Atoll: 4 stations, 9 specim
RMRG7HRN–. Bulletin - United States National Museum. Science. 88 BULLETIN 214, UNITED STATES NATIONAL MUSEUM predorsal scales instead of 6 or 7 which places formosus in a different subgenus. I have studied several specimens in lots from the following localities: Guam, 2 lots; Marshalls, 5; Sumatra, 1; Raroia Atoll, 7; Kapinga- marangi Atoll, 7; and Philippines, 2. Scarus marshalli, new species Figure 24 Holotype BM 1955.11.4.5, Mersa Sheikh Sa'ad, Red Sea, collected by Norman B. Marshall, standard length 280 mm. Paratypes BM 1955.11.4.6, same data as holotype, 320 and 265 mm. Precision measurements wer
![. Bulletin of the British Ornithologists' Club. Birds. Michel Louette et al. 35 Bull. B.O.C. 2000 120(1) -r— 28 CONGO. 0- UGANDA RWANDA ^cv- " • ! • • •ten oN o 1 •1 1 1 BURUNDI 5 o b 100 km Figure 1. Localities of specimens examined and the delimitation of the five geographical populations studied (filled circles); j; johnstoni,b: bredoi, V: Virunga area, N: Nyungwe, I: Itombwe. In order to complete the world range of the species, the records from Burundi (Gaugris 1976) and Uganda (Short et al. 1990; Francis & Penford 1993) are added as open circles.. Please note that these images ar Stock Photo](https://c8.alamy.com/comp/RGK275/bulletin-of-the-british-ornithologists-club-birds-michel-louette-et-al-35-bull-boc-2000-1201-r-28-congo-0-uganda-rwanda-cv-quot-!-ten-on-o-1-1-1-1-burundi-5-o-b-100-km-figure-1-localities-of-specimens-examined-and-the-delimitation-of-the-five-geographical-populations-studied-filled-circles-j-johnstonib-bredoi-v-virunga-area-n-nyungwe-i-itombwe-in-order-to-complete-the-world-range-of-the-species-the-records-from-burundi-gaugris-1976-and-uganda-short-et-al-1990-francis-amp-penford-1993-are-added-as-open-circles-please-note-that-these-images-ar-RGK275.jpg ". Bulletin of the British Ornithologists' Club. Birds. Michel Louette et al. 35 Bull. B.O.C. 2000 120(1) -r— 28 CONGO. 0- UGANDA RWANDA ^cv- " • ! • • •ten oN o 1 •1 1 1 BURUNDI 5 o b 100 km Figure 1. Localities of specimens examined and the delimitation of the five geographical populations studied (filled circles); j; johnstoni,b: bredoi, V: Virunga area, N: Nyungwe, I: Itombwe. In order to complete the world range of the species, the records from Burundi (Gaugris 1976) and Uganda (Short et al. 1990; Francis & Penford 1993) are added as open circles.. Please note that these images ar Stock Photo")
RMRGK275–. Bulletin of the British Ornithologists' Club. Birds. Michel Louette et al. 35 Bull. B.O.C. 2000 120(1) -r— 28 CONGO. 0- UGANDA RWANDA ^cv- " • ! • • •ten oN o 1 •1 1 1 BURUNDI 5 o b 100 km Figure 1. Localities of specimens examined and the delimitation of the five geographical populations studied (filled circles); j; johnstoni,b: bredoi, V: Virunga area, N: Nyungwe, I: Itombwe. In order to complete the world range of the species, the records from Burundi (Gaugris 1976) and Uganda (Short et al. 1990; Francis & Penford 1993) are added as open circles.. Please note that these images ar
![. The Biological bulletin. Biology; Zoology; Biology; Marine Biology. 248 D. J. QUINN AND C E. LANE RESULTS AND DISCUSSION The oxygen consumption of Crustacea is influenced by osmotic stress and varies with the ionic regulatory ability of the species studied. For example, in Eriocheir sinensis there is no change in oxygen consumption when whole animals are studied in fresh water and in full strength sea water (Schwabe, 1933). In stenohaline 6.0 r 5.0 I- CL O 5 O o> E 4.0 3.0 (VI X O O "^ 2.0 1.0 - NaCI A - CHOLINE CHLORIDE. 0 120 240 360 480 CONCN. OF NaCI OR CHOLINE CHLORIDE FIGURE 3. Stock Photo](https://c8.alamy.com/comp/RHNRKX/the-biological-bulletin-biology-zoology-biology-marine-biology-248-d-j-quinn-and-c-e-lane-results-and-discussion-the-oxygen-consumption-of-crustacea-is-influenced-by-osmotic-stress-and-varies-with-the-ionic-regulatory-ability-of-the-species-studied-for-example-in-eriocheir-sinensis-there-is-no-change-in-oxygen-consumption-when-whole-animals-are-studied-in-fresh-water-and-in-full-strength-sea-water-schwabe-1933-in-stenohaline-60-r-50-i-cl-o-5-o-ogt-e-40-30-vi-x-o-o-quot-20-10-naci-a-choline-chloride-0-120-240-360-480-concn-of-naci-or-choline-chloride-figure-3-RHNRKX.jpg ". The Biological bulletin. Biology; Zoology; Biology; Marine Biology. 248 D. J. QUINN AND C E. LANE RESULTS AND DISCUSSION The oxygen consumption of Crustacea is influenced by osmotic stress and varies with the ionic regulatory ability of the species studied. For example, in Eriocheir sinensis there is no change in oxygen consumption when whole animals are studied in fresh water and in full strength sea water (Schwabe, 1933). In stenohaline 6.0 r 5.0 I- CL O 5 O o> E 4.0 3.0 (VI X O O "^ 2.0 1.0 - NaCI A - CHOLINE CHLORIDE. 0 120 240 360 480 CONCN. OF NaCI OR CHOLINE CHLORIDE FIGURE 3. Stock Photo")
RMRHNRKX–. The Biological bulletin. Biology; Zoology; Biology; Marine Biology. 248 D. J. QUINN AND C E. LANE RESULTS AND DISCUSSION The oxygen consumption of Crustacea is influenced by osmotic stress and varies with the ionic regulatory ability of the species studied. For example, in Eriocheir sinensis there is no change in oxygen consumption when whole animals are studied in fresh water and in full strength sea water (Schwabe, 1933). In stenohaline 6.0 r 5.0 I- CL O 5 O o> E 4.0 3.0 (VI X O O "^ 2.0 1.0 - NaCI A - CHOLINE CHLORIDE. 0 120 240 360 480 CONCN. OF NaCI OR CHOLINE CHLORIDE FIGURE 3.
RMRGDXDG–. Bulletin of the Museum of Comparative Zoology at Harvard College. Zoology. ^ a=^ &<:.. cF=y. (r^ Figure 1. Gubernacula of several species of Enop/oides. a—E. hirsutus: b—E. brunettii; c—E. vecfis; d—E. harpax; e—£. amphioxi; f—E. labrostriatus; g—E. cepho/ophorus; hi—E. sp/cu/ohomofus; i—E. b/su/cus; k—E. gryphus. All gubernacula copied from original descriptions of respective species. mology Research Institute, Ottawa, Collec- tion Number 4067, Type slide No. 62. Type locality, M-2, Key Biscayne. Representation in samples studied.—M- 2, Key Biscayne. Enoploides gryphus new species Pl
![. Asiatic herpetological research. Reptiles -- Asia Periodicals; Amphibians -- Asia Periodicals. Vol. 6, p. 42 Asiatic Herpetological Research June 1995. SVL 1 - y = 1 3761 ⦠1 8869x R*2 = 0 939 US RCR^ â ^ TR ^^ "RC PM â t - ?- ^^NKJ â» 1 ' * 1 0 2 0 4 0 6 log SVL 0 8 FIG. 2. Relationship between snout-vent length (SVL) and the ratio of weight to cube of snout-vent length (Wt/cube SVL) in the species studied. 2.1. Untransformed data; 2.2. Log-transformed data. Species abbreviations as in Table 1. ratios have been erroneous, although subsequent workers have demonstrated that the evidenc Stock Photo](https://c8.alamy.com/comp/RJYWRA/asiatic-herpetological-research-reptiles-asia-periodicals-amphibians-asia-periodicals-vol-6-p-42-asiatic-herpetological-research-june-1995-svl-1-y-=-1-3761-1-8869x-r2-=-0-939-us-rcr-tr-quotrc-pm-t-nkj-1-1-0-2-0-4-0-6-log-svl-0-8-fig-2-relationship-between-snout-vent-length-svl-and-the-ratio-of-weight-to-cube-of-snout-vent-length-wtcube-svl-in-the-species-studied-21-untransformed-data-22-log-transformed-data-species-abbreviations-as-in-table-1-ratios-have-been-erroneous-although-subsequent-workers-have-demonstrated-that-the-evidenc-RJYWRA.jpg ". Asiatic herpetological research. Reptiles -- Asia Periodicals; Amphibians -- Asia Periodicals. Vol. 6, p. 42 Asiatic Herpetological Research June 1995. SVL 1 - y = 1 3761 ⦠1 8869x R*2 = 0 939 US RCR^ â ^ TR ^^ "RC PM â t - ?- ^^NKJ â» 1 ' * 1 0 2 0 4 0 6 log SVL 0 8 FIG. 2. Relationship between snout-vent length (SVL) and the ratio of weight to cube of snout-vent length (Wt/cube SVL) in the species studied. 2.1. Untransformed data; 2.2. Log-transformed data. Species abbreviations as in Table 1. ratios have been erroneous, although subsequent workers have demonstrated that the evidenc Stock Photo")
RMRJYWRA–. Asiatic herpetological research. Reptiles -- Asia Periodicals; Amphibians -- Asia Periodicals. Vol. 6, p. 42 Asiatic Herpetological Research June 1995. SVL 1 - y = 1 3761 ⦠1 8869x R*2 = 0 939 US RCR^ â ^ TR ^^ "RC PM â t - ?- ^^NKJ â» 1 ' * 1 0 2 0 4 0 6 log SVL 0 8 FIG. 2. Relationship between snout-vent length (SVL) and the ratio of weight to cube of snout-vent length (Wt/cube SVL) in the species studied. 2.1. Untransformed data; 2.2. Log-transformed data. Species abbreviations as in Table 1. ratios have been erroneous, although subsequent workers have demonstrated that the evidenc
RMRGH8EG–. Bulletin of the British Museum (Natural History), Geology. 186 A.B. SMITH 'Globator' bleicheri (Gauthier, 1889) PI. 20, figs 1-10; Figs 46, 47A, B, F-I, 48A 1889 Pyrina bleicheri Gauthier: 51, pi. 3, figs 15-18. 1895 Pyrina orientalis Cotteau & Gauthier: 68, pi. 11, figs 1-8. 1897 Pyrina zumoffeni de Loriol: 158, pi. 7, fig. 1. 1967 Pyrina ovulum Agassiz; Devries: 177, pi. 5, figs 19-21. 1987 Pseudopyrina bleicheri (Thomas & Gauthier); Zhagbib-Turki: 167. 1989 Globator orientalis (Cotteau & Gauthier); Ali: 403, fig. 5 (4-5). Material studied. This is a common species in the lower
![. Bulletin of the Museum of Comparative Zoology at Harvard College. Zoology. Bembidion Systematics ⢠Maddison 241 c 0) E o a> o. 0) .Q E C 10 - 5 - 1 J 0 1 â .â â .â â . â â â ."â â¢.â ⢠â -I-I. 0.10 0.20 0.30 0.40 0.50 0.60 0.70 0.80 0.90 1.00 9th interval width/8th interval width Other Bembidion Pseudoperyphus //a Ochthedromus â â â â â .â ".â %â ' Bracteon (= Chrysobracteon) B. striatum and relatives (= Bracteon of authors) Odontium s. str. Cylindrobracteon Figure 2. Histogram of ratio (interval 9 width)/(interval 8 width) of studied Bembidion species. Two or three specimens Stock Photo](https://c8.alamy.com/comp/RGEYW2/bulletin-of-the-museum-of-comparative-zoology-at-harvard-college-zoology-bembidion-systematics-maddison-241-c-0-e-o-agt-o-0-q-e-c-10-5-1-j-0-1-quot-i-i-010-020-030-040-050-060-070-080-090-100-9th-interval-width8th-interval-width-other-bembidion-pseudoperyphus-a-ochthedromus-quot-bracteon-=-chrysobracteon-b-striatum-and-relatives-=-bracteon-of-authors-odontium-s-str-cylindrobracteon-figure-2-histogram-of-ratio-interval-9-widthinterval-8-width-of-studied-bembidion-species-two-or-three-specimens-RGEYW2.jpg ". Bulletin of the Museum of Comparative Zoology at Harvard College. Zoology. Bembidion Systematics ⢠Maddison 241 c 0) E o a> o. 0) .Q E C 10 - 5 - 1 J 0 1 â .â â .â â . â â â ."â â¢.â ⢠â -I-I. 0.10 0.20 0.30 0.40 0.50 0.60 0.70 0.80 0.90 1.00 9th interval width/8th interval width Other Bembidion Pseudoperyphus //a Ochthedromus â â â â â .â ".â %â ' Bracteon (= Chrysobracteon) B. striatum and relatives (= Bracteon of authors) Odontium s. str. Cylindrobracteon Figure 2. Histogram of ratio (interval 9 width)/(interval 8 width) of studied Bembidion species. Two or three specimens Stock Photo")
RMRGEYW2–. Bulletin of the Museum of Comparative Zoology at Harvard College. Zoology. Bembidion Systematics ⢠Maddison 241 c 0) E o a> o. 0) .Q E C 10 - 5 - 1 J 0 1 â .â â .â â . â â â ."â â¢.â ⢠â -I-I. 0.10 0.20 0.30 0.40 0.50 0.60 0.70 0.80 0.90 1.00 9th interval width/8th interval width Other Bembidion Pseudoperyphus //a Ochthedromus â â â â â .â ".â %â ' Bracteon (= Chrysobracteon) B. striatum and relatives (= Bracteon of authors) Odontium s. str. Cylindrobracteon Figure 2. Histogram of ratio (interval 9 width)/(interval 8 width) of studied Bembidion species. Two or three specimens
![. Discovery reports. Discovery (Ship); Scientific expeditions; Ocean; Antarctica; Falkland Islands. THE FOOD OF WHALES 361 FOOD The food of whales is principally the concern of the ships employed in the investi- gations, for it is only by operations at sea that it can be effectively studied. A certain amount of information, however, is to be had from the examination of the stomach contents of the whales at the whaling stations. The species which constitute the whale's food can be determined, and a rough idea can be formed of the fluctuations in abundance and types of "krill" which oc Stock Photo](https://c8.alamy.com/comp/RCDB5C/discovery-reports-discovery-ship-scientific-expeditions-ocean-antarctica-falkland-islands-the-food-of-whales-361-food-the-food-of-whales-is-principally-the-concern-of-the-ships-employed-in-the-investi-gations-for-it-is-only-by-operations-at-sea-that-it-can-be-effectively-studied-a-certain-amount-of-information-however-is-to-be-had-from-the-examination-of-the-stomach-contents-of-the-whales-at-the-whaling-stations-the-species-which-constitute-the-whales-food-can-be-determined-and-a-rough-idea-can-be-formed-of-the-fluctuations-in-abundance-and-types-of-quotkrillquot-which-oc-RCDB5C.jpg ". Discovery reports. Discovery (Ship); Scientific expeditions; Ocean; Antarctica; Falkland Islands. THE FOOD OF WHALES 361 FOOD The food of whales is principally the concern of the ships employed in the investi- gations, for it is only by operations at sea that it can be effectively studied. A certain amount of information, however, is to be had from the examination of the stomach contents of the whales at the whaling stations. The species which constitute the whale's food can be determined, and a rough idea can be formed of the fluctuations in abundance and types of "krill" which oc Stock Photo")
RMRCDB5C–. Discovery reports. Discovery (Ship); Scientific expeditions; Ocean; Antarctica; Falkland Islands. THE FOOD OF WHALES 361 FOOD The food of whales is principally the concern of the ships employed in the investi- gations, for it is only by operations at sea that it can be effectively studied. A certain amount of information, however, is to be had from the examination of the stomach contents of the whales at the whaling stations. The species which constitute the whale's food can be determined, and a rough idea can be formed of the fluctuations in abundance and types of "krill" which oc
![. Discovery reports. Discovery (Ship); Scientific expeditions. THE FOOD OF WHALES 361 FOOD The food of whales is principally the concern of the ships employed in the investi- gations, for it is only by operations at sea that it can be effectively studied. A certain amount of information, however, is to be had from the examination of the stomach contents of the whales at the whaling stations. The species which constitute the whale's food can be determined, and a rough idea can be formed of the fluctuations in abundance and types of "krill" which occur on the whaling grounds. The whale Stock Photo](https://c8.alamy.com/comp/RCDTDW/discovery-reports-discovery-ship-scientific-expeditions-the-food-of-whales-361-food-the-food-of-whales-is-principally-the-concern-of-the-ships-employed-in-the-investi-gations-for-it-is-only-by-operations-at-sea-that-it-can-be-effectively-studied-a-certain-amount-of-information-however-is-to-be-had-from-the-examination-of-the-stomach-contents-of-the-whales-at-the-whaling-stations-the-species-which-constitute-the-whales-food-can-be-determined-and-a-rough-idea-can-be-formed-of-the-fluctuations-in-abundance-and-types-of-quotkrillquot-which-occur-on-the-whaling-grounds-the-whale-RCDTDW.jpg ". Discovery reports. Discovery (Ship); Scientific expeditions. THE FOOD OF WHALES 361 FOOD The food of whales is principally the concern of the ships employed in the investi- gations, for it is only by operations at sea that it can be effectively studied. A certain amount of information, however, is to be had from the examination of the stomach contents of the whales at the whaling stations. The species which constitute the whale's food can be determined, and a rough idea can be formed of the fluctuations in abundance and types of "krill" which occur on the whaling grounds. The whale Stock Photo")
RMRCDTDW–. Discovery reports. Discovery (Ship); Scientific expeditions. THE FOOD OF WHALES 361 FOOD The food of whales is principally the concern of the ships employed in the investi- gations, for it is only by operations at sea that it can be effectively studied. A certain amount of information, however, is to be had from the examination of the stomach contents of the whales at the whaling stations. The species which constitute the whale's food can be determined, and a rough idea can be formed of the fluctuations in abundance and types of "krill" which occur on the whaling grounds. The whale
RMRCE083–. Discovery reports. Discovery (Ship); Scientific expeditions; Ocean; Antarctica; Falkland Islands. LILJEBORGIIDAE 143 The difference between the three varieties lies in the epistome. It is admittedly very slight, but it exists, and on the material at hand from three different localities it is im- possible to say whether it is a constant or variable feature. In the following species the epistome, while varying slightly as do all parts of an animal when several examples are studied, yet preserves its essential characteristic shape. The institution of three varietal names will perhaps be excused
RMRCD2P2–. Discovery reports. Discovery (Ship); Scientific expeditions; Ocean; Antarctica; Falkland Islands. 64 DISCOVERY REPORTS of the identities of Sars's two species because of their frequent association in these northern waters. Agalma okenii Eschscholtz, 1825. Plethosoma cristalloides Lesson 1826; 1838. (For synonymy see Bigelow 191 lb.) Kawamura (1911a) studied specimens at Misaki in the winter. He observed, described and figured specimens of what he considered to be two separate species, Agalma okenii Eschscholtz and Crystallomia polygonata Dana. Specialists for the last forty years have though
RMRCDWCA–. Discovery reports. Discovery (Ship); Scientific expeditions; Ocean; Antarctica; Falkland Islands. PHOTOPHORES OF DECAPOD CRUSTACEA 343 The foregoing information elicited from a study of serial sections renders intelligible the appearance of the carapace photophores in superficial view. In all three species studied the organs are readily visible in specimens stored in formalin, and since those of H. typiis were most clearly defined in my specimens in this view they will be described as a typical example of the organs. In this species the organs have the form of five short amber-coloured strea
RMRCCX3D–. Distribution of mammals in Colorado. Mammals. 1972 ARMSTRONG: COLORADAN MAMMALS 139 those inhabited by Cynomys leucurus farther north. Cynomys gunnisoni is the smallest of Colo- radan prairie dogs. Superficially, Gunnison's prairie dog and the white-tailed prairie dog are similar, but they differ in average size, color, and cranial details, as well as in habitat preferences and details of social organization (see Lechleitner, 1969). Burnett and McCampell (1926a) discussed the natural history of the southwestern sub- species, C. g. zuniensis. Longhurst (1944) studied ecology of the nominate r
RMRCEHA6–. Diptera Nematocera (excluding Chironomidæ and Culicidæ). Diptera. 235 Australasia, South or Central Africa, or Asia, apart from those described comparently receutly from India. Life-Jiistory. The larva? live in fungi or rotting vegetable matter. The images inhabit similar situations to those in which Psychoda is found. The life-history of a European species (Pericoma canescens, Mg.) has been studied. The larva is about 8 millim. in length, 11-segmented, cylindrical, but tapering at each end. Head small, free moving, with well- developed mouth parts. Thoracic segments distinct ; the abdominal
RMRCCX0R–. Distribution of mammals in Colorado. Mammals. 238 MONOGRAPH MUSEUM OF NATURAL HISTORY NO. 3 and (to a lesser extent) M. pennsylvanicus. Microtus montanus is allopatric with the prai- rie vole. Cruzan (1968) studied interactions among the species of Microtus in the Front Range. Typical habitat of the montane vole is moist meadows, but grassy sites well above standing water also are occupied. Runways and burrows frequently are encountered at the bases of aspens (Populus tremuloides). As a generalization, M. montanus has a broader range of ecological tolerance in Colorado than does M. pennsylva
RMRCDCRE–. Diptera danica : genera and species of flies hitherto found in Denmark. Diptera -- Denmark. Fig. 114. Wing of A. pygmaea $. Female. Similar; the third abdominal tergite narrowed, much narrower than the second, roundly excised at the sides and with the hind margin narrower than the front margin; also the following segments a little narrowed, the fourth rectangular in shape (fig. 115); hind femora with the hairs below as in the male. Length 1,3 to about 2 mm. Remarks: I have studied Zetterstedt's types and found them identical with the present species; there are several specimens of both sexes
RMRCJFG4–. Elements of geology : a text-book for colleges and for the general reader. Geology. Fig. 383.—Limulus before hatching, Trilobite Stage: a, Bide view ; b, dorsal view (after Packard). teen wide. Parodoxides (Figs. 289 and 290, p. 301), of the earliest Primordial, attained a length of twenty-two inches. On account of their great abundance and fine preservation, their embryonic develop- ment has been carefully studied by Barrande, who has described and figured twenty steps in the development of some species. According. Please note that these images are extracted from scanned page images that ma
RMRCEJRW–. Diptera Danica: genera and species of flies hitherto found in Denmark. Diptera. Fig. 114. Wing of A. pygmaea $. Female. Similar; the third abdominal tergite narrowed, much narrower than the second, roundly excised at the sides and with the hind margin narrower than the front margin; also the following segments a little narrowed, the fourth rectangular in shape (fig. 115); hind femora with the hairs below as in the male. Length 1,3 to about 2 mm. Remarks: I have studied Zetterstedt's types and found them identical with the present species; there are several specimens of both sexes, labelled &
RMRCDD00–. Diptera Danica: genera and species of flies hitherto found in Denmark. Diptera. Chalarus. 59 but otherwise I think my synonymy correct, while further syno- nyms are still uncertain. I have also myself studied Zetterstedt's types. P. nigrituliis is not rare in Denmark, Charlottenlund (Stseger), Ermelund, 0rholm, Geel Skov, Ruderhegn, Nordskoven at Jsegers- pris (Schlick), Rorvig, Bogo south of Sealand (the author), on Lol- land at Faaborg and in Aase Skov (Schlickj, on Funen at Odense and in Jutland in Grejsdal at Vejle and at Frederikshavn, and on Bornholm at Renne (H. J. Hansen); the dates
RMRCCX24–. Distribution of mammals in Colorado. Mammals. 194 MONOGRAPH MUSEUM OF NATURAL HISTORY NO. 3. Fig. 66. Distribution of Peromyscus crinitus auri- pectus in Colorado. For explanation of symbols, see p. 9. elevations up to about 8000 feet. Little is known of the natural history of the species in Colorado. Geographic variation in P. crinitus was studied by Hall and Hoffmeister (1942) and by Goin (1944). Brown and Welser (1968) studied serum albumin polymorphisms in canyon mice, including a sample from southwestern Colorado. Peromyscus crinitus auripectus (J. A. Allen) Sitomys auripectus J. A. All
RMRCEJ43–. Diptera danica : genera and species of flies hitherto found in Denmark. Diptera -- Denmark. Chalarus. 59 but otherwise I think my synonymy correct, while further syno- nyms are still uncertain. 1 have also myself studied Zetterstedt's types. P. nigrituliis is not rare in Denmark, Charlottenlund (Stæger), Ermelund, Ørholm, Geel Skov, Ruderhegn, Nordskoven at Jægers- pris (SchHck), Rørvig, Bogø south of Sealand (the author), on Lol- land at Faaborg and in Aasø Skov (Schlick), on Funen at Odense and in Jutland in Grejsdal at Vejle and at Frederikshavn, and on Bornholm at Rønne (H. J. Hansen); t
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