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Copepoda Stock Photos and Images
RMMCTR2E–. F'g- 3- Fig- 4- Rhincahinus cornutus, nauplius stages. Fig- 5- Fig. 3. Stage V, lateral view. Fig. 4. Stage VI, lateral view. Fig. 5. Stage VI, ventral view. 1,2,3 indicate lines of division between somites dorsally. a, position of anus. Antennules (Fig. 2 A) with four apical setae, without aesthete; segments 1 and 2 not clearly jointed, each with a small seta at end. The seta of segment 1 is very small, and neither at this, nor in any later stage, has a proximal seta been seen on segment 2, although two setae on this segment is the rule among Copepoda. Antenna with large molar process on co
RM2AG30DT–. Bulletin - United States National Museum. s.With, Carl. 1915. Copepoda I. Calanoida Amphascandria. Danish Ingolf-Expedition, vol. 3, pt. 4, 260 pp., 422 figs., 1 chart, 8 pis. WOLFENOEN, RICHARD NORRIS. 1904. Notes on the Copepoda of the North Atlantic Sea and the Faroe Channel. Journ. Marine Biol. Assoc. United Kingdom, new ser., vol. 7. No. 1, pp. 110-146, pi. 9.1905a. Notes on the collection of Copepoda. The Fauna and Geography of the Maldive and Laccadive Archipelagoes, vol. 2, suppl. 1, PP 1040, pis. 90-100.1905b.17 Plankton studies, preliminary notes upon new or interesting species. Pt
RM2RGRNBG–Marine copepods from the order Calanoida, probably genus Temora. Collected from surface water off Hidra, south-western Norway in August.
RMMCTP4K–. CHAETOCEROS NO C0PEP0DA 1 5 10 15 RECORDER SECTIONS 5 10 RECORDER SECTIONS 15 HOUR AND DATE ? ? N0V.I3. § § OJ D NOV. 14. o o K in LD O NOV. 19. o o nj o O CD cvl o NOV. 20. Q ru Fig. 12. Variations in the quantities of the predominant plankton organisms on Records 23 and 24. Except for Copepoda the relative abundance of organisms is shown by a scale of + signs: +, ++, + + + .... except for a few miles at the beginning of the renewed run. Copepoda were absent from record 24 and all but absent from the dense phytoplankton zones at the beginning and end of record 23 ; they were present, howeve
![Notes on some rare and interesting marine crustacea . Photo by A. Scott. Vita o Teltwlcan Fis »-«V4»V . THE SCOTTISH SEAS. T, LL.D., F.L.S., Mem. Soc. Zool. de Franc] from the Twenty-fourth Annual Report—Pari III. of theBoard for Scotkvnd, 1905; published 21st November 1906.] [Reprinted from the Twenty-fourth Annual Report—Fart III.—of theFishery Board for Scotland. 1905; published 21st November 1906.] IX.—NOTES ON NEW AND RARE COPEPODA FROM THESCOTTISH SEAS. By Thomas Scott, LL.D., F.L.S., Mem. Soc. Zool. de France. (Plate XIV.) Preliminary Note. The following are a few notes and drawings of Stock Photo](https://c8.alamy.com/comp/2AJ9YJ3/notes-on-some-rare-and-interesting-marine-crustacea-photo-by-a-scott-vita-o-teltwlcan-fis-v4v-the-scottish-seas-t-lld-fls-mem-soc-zool-de-franc-from-the-twenty-fourth-annual-reportpari-iii-of-theboard-for-scotkvnd-1905-published-21st-november-1906-reprinted-from-the-twenty-fourth-annual-reportfart-iiiof-thefishery-board-for-scotland-1905-published-21st-november-1906-ixnotes-on-new-and-rare-copepoda-from-thescottish-seas-by-thomas-scott-lld-fls-mem-soc-zool-de-france-plate-xiv-preliminary-note-the-following-are-a-few-notes-and-drawings-of-2AJ9YJ3.jpg "Notes on some rare and interesting marine crustacea . Photo by A. Scott. Vita o Teltwlcan Fis »-«V4»V . THE SCOTTISH SEAS. T, LL.D., F.L.S., Mem. Soc. Zool. de Franc] from the Twenty-fourth Annual Report—Pari III. of theBoard for Scotkvnd, 1905; published 21st November 1906.] [Reprinted from the Twenty-fourth Annual Report—Fart III.—of theFishery Board for Scotland. 1905; published 21st November 1906.] IX.—NOTES ON NEW AND RARE COPEPODA FROM THESCOTTISH SEAS. By Thomas Scott, LL.D., F.L.S., Mem. Soc. Zool. de France. (Plate XIV.) Preliminary Note. The following are a few notes and drawings of Stock Photo")
RM2AJ9YJ3–Notes on some rare and interesting marine crustacea . Photo by A. Scott. Vita o Teltwlcan Fis »-«V4»V . THE SCOTTISH SEAS. T, LL.D., F.L.S., Mem. Soc. Zool. de Franc] from the Twenty-fourth Annual Report—Pari III. of theBoard for Scotkvnd, 1905; published 21st November 1906.] [Reprinted from the Twenty-fourth Annual Report—Fart III.—of theFishery Board for Scotland. 1905; published 21st November 1906.] IX.—NOTES ON NEW AND RARE COPEPODA FROM THESCOTTISH SEAS. By Thomas Scott, LL.D., F.L.S., Mem. Soc. Zool. de France. (Plate XIV.) Preliminary Note. The following are a few notes and drawings of
RM2RGRNBC–The surface-dwelling calanoid copepod Acartia longiremis collected from the surface water off Hidra, south-western Norway in August.
RMMCTP4J–. ? HOUR.o » a 10 iz 16 ia 20 RECORDER SECTIONS ? ? A A A OOGI SS9I 0091 0 m OJ 0 0 a 0 Fig. 10. Variations in the numbers of the predominant plankton organisms, Copepoda continuous line and Euphausiacea juv. broken line, on Record 13 taken between four stations off the north-east coast of South Georgia along a total distance of 30-6 miles. Record 13 Date: 3. iii. 26. Times: 1400-0000 (see Fig. 10). Position: 15-4 to 46 miles N 46° E of Jason Light, South Georgia. Distance: 30-6 miles. This record is taken under coastal rather than oceanic conditions, being run between four stations off the no
RM2AJKDXD–Contributions to Canadian biology . Atlantic waters of Can., pp. 173-320. 1920. Marine Copepoda. Rept. Can. Arc. Exp., 1913-18. Vol. 7, Crus- tacea, Part K, pp. 1-46. 1920. The Economic History of Copepods. Trans. Amer. Fish. Soc, Vol. L., pp. 320-325. 1921. Arctic Copepoda in Passamaquoddy Bay. Proc. Amer. Acad. Arts and Sci., Vol. 56, No. 5, Boston, 1921, pp. 185-196.Willey, A. and Huxtsmax, A. G. 1921. Faunal Notes from, the Atlantic Biological Station. Canadian Field Nat., Vol. 35, pp. 1-7.WlLSON, C. B. 1912. Parasitic Copepods from. Nanaimo, British Columbia, including eight species new t
RM2RH6GCB–Marine copepod (lateral view) sampled from surface water of south-western Norway in August.
RMMCTPJ5–. METRIDIA GERLACHEI AVERAGE OF S STATIONS 6 STAT IONS DAY NIGHT METRIDIA LUCEN5 AVERAGE OF 4 STATIONS 10 STATIONS DAY NIGHT 0 10 SCALE Imiliiiilinili 20 % PER 50m. DEPTH Fig. 115. Chart showing the vertical distribution of four deep-water Copepoda expressed as average per- centages per 50 m. haul with the closing N 70 V nets used in a series of six hauls from 1000 m. to the surface (1000-750 m., 750-500 m., 500-250 in., 250-100 m., 100-50 m., and 50-0 m.) at day and night stations. Table XL The depth distribution of Euphausia frigida furcilia as shown by the N 70 V nets for stations of 500 m.
RMGYKDT5–ostracods (shell-covered crustaceans), seed shrimps (Ostracoda), swimming between cyclopses
![Transactions of the Natural History Society of Northumberland, Durham, and Newcastle-upon-Tyne . .A^^ ^ ?•>s<^^ i«*i ? J.V^- ... / •Hf ?^i:^ ?4 : * ^?y- r^ t %k :k^--. LO]!^DO]S: WILLIAMS & NORGATE, 14, HENRIETTA ST., COYENT GARDEN; AND 20, SOUTH FREDERICK STREET, EDINBURGH. NEWCASTLE-ON-TYNE: F. & W. DODSWORTH. -^1903. , ALL EIGHTS RESERVED. ERRATUM. Page 196, line 9 from bottom :—For 1890 and 1891, read1900 and 1901. CONTENTS. CONTENTS OF YOL. XIY. PAGE I.—Natural History Society, Annual Report for 1897-98 r n.— „ „ „ for 1898-99 29 III.—On Copepoda and other Crustacea taken in Irelan Stock Photo](https://c8.alamy.com/comp/2AN96NF/transactions-of-the-natural-history-society-of-northumberland-durham-and-newcastle-upon-tyne-a-gtslt-ii-jv-hf-i-4-y-r-t-k-k-lo-!do-s-williams-norgate-14-henrietta-st-coyent-garden-and-20-south-frederick-street-edinburgh-newcastle-on-tyne-f-w-dodsworth-1903-all-eights-reserved-erratum-page-196-line-9-from-bottom-for-1890-and-1891-read1900-and-1901-contents-contents-of-yol-xiy-page-inatural-history-society-annual-report-for-1897-98-r-n-for-1898-99-29-iiion-copepoda-and-other-crustacea-taken-in-irelan-2AN96NF.jpg "Transactions of the Natural History Society of Northumberland, Durham, and Newcastle-upon-Tyne . .A^^ ^ ?•>s<^^ i«*i ? J.V^- ... / •Hf ?^i:^ ?4 : * ^?y- r^ t %k :k^--. LO]!^DO]S: WILLIAMS & NORGATE, 14, HENRIETTA ST., COYENT GARDEN; AND 20, SOUTH FREDERICK STREET, EDINBURGH. NEWCASTLE-ON-TYNE: F. & W. DODSWORTH. -^1903. , ALL EIGHTS RESERVED. ERRATUM. Page 196, line 9 from bottom :—For 1890 and 1891, read1900 and 1901. CONTENTS. CONTENTS OF YOL. XIY. PAGE I.—Natural History Society, Annual Report for 1897-98 r n.— „ „ „ for 1898-99 29 III.—On Copepoda and other Crustacea taken in Irelan Stock Photo")
RM2AN96NF–Transactions of the Natural History Society of Northumberland, Durham, and Newcastle-upon-Tyne . .A^^ ^ ?•>s<^^ i«*i ? J.V^- ... / •Hf ?^i:^ ?4 : * ^?y- r^ t %k :k^--. LO]!^DO]S: WILLIAMS & NORGATE, 14, HENRIETTA ST., COYENT GARDEN; AND 20, SOUTH FREDERICK STREET, EDINBURGH. NEWCASTLE-ON-TYNE: F. & W. DODSWORTH. -^1903. , ALL EIGHTS RESERVED. ERRATUM. Page 196, line 9 from bottom :—For 1890 and 1891, read1900 and 1901. CONTENTS. CONTENTS OF YOL. XIY. PAGE I.—Natural History Society, Annual Report for 1897-98 r n.— „ „ „ for 1898-99 29 III.—On Copepoda and other Crustacea taken in Irelan
RMMAAMKP–. Dr. Johannes Leunis Synopsis der thierkunde. Ein handbuch für höhere lehranstalten und für alle, welche sich wissenschaftlich mit der naturgeschichte der thiere beschäftigen wollen . ms- fi57. Cyclops coronätus, Q; Pergrößert. a' crfter, a2 3ipeiter5ü^ter; b @ier= fädfc^en. 1) K'J t<i)t,^ Copepöda SHuberfüger. 2) pd^o; ^icfer^ aroaa 9}Junb. 3) Cyclops- ä^nlit^c. 4) xuxXtü^' runbaugig, Stjclop, g(^miebe!ne(it)t be§ 3?nltan im Sletna. 5) mit einer Ätonc (Corona). 6) gctennjei(^net. 7) braun. 8) tenüis bünn, cornu gü^ler. 9) n?ei§li(^. 10) brevis turj, cornu 5ül)ter. 11) grün.
RM2AGET4C–. Outlines of zoology. Fig. 156.—CypriSy side view, after removal of one valve.— After Zenker.-I., Eye; A.i., first antennae; A,2^ second antennse; MN., mandibles; J7tx.i, first maxilla ; vix.z, second maxilla; y./, /.s^ thoracic legs; Ab.i rudimentary abdomen.. Fig. 157.—Cj/f/tJ/^j type. I A.i first antenna; II A.^ second antenna; £?K, ovary; R.S^t receptaculum seminis ; OS., ovisac ; /., caudal fork. // f i ENTOMOSTRACA. 303 Order 3. Copepoda.—Elongated Crustaceans, usually with distinct seg-ments. There is no dorsal shell. There are five pairs of biramosethoracic appendages, but the last ma
RM2WXAENX–Marine copepod nauplius larvae (dorsal view) sampled from surface water, south-western Norway in March.
![. Fig. I a. vS 5d GO* so- 40- jo- io- 10- 1 K 1 X ^ 828- ^ f ^ ixy^^^ i> y/ / / / /X ^/C â¢"V V .^yX 'x( N/V S /W &f / ^ / C V ^ * ⢠Vb30 1 .635 / /^^ patâ 14 -825 / -823 1 .822 VT 1 â¢B20 819. 1 sia. / u "'â VAi ) so- ao* TO- feo- 50' 40* 30* 20- 10- O* 10' Fig. I h. Charts showing stations taken by the R.R.S. 'Discovery II' in the Falkland Sector of the Antarctic in the season 1931-2. Only those stations have been numbered at which the Copepoda were examined. a. November 1931 to mid-January 1932. b. Mid-January 1932 to February 19 Stock Photo](https://c8.alamy.com/comp/MCWY3E/fig-i-a-vs-5d-go-so-40-jo-io-10-1-k-1-x-828-f-ixy-igt-y-x-c-quotv-v-yx-x-nv-s-w-ampf-c-v-vb30-1-635-pat-14-825-823-1-822-vt-1-b20-819-1-sia-u-quot-vai-so-ao-to-feo-50-40-30-20-10-o-10-fig-i-h-charts-showing-stations-taken-by-the-rrs-discovery-ii-in-the-falkland-sector-of-the-antarctic-in-the-season-1931-2-only-those-stations-have-been-numbered-at-which-the-copepoda-were-examined-a-november-1931-to-mid-january-1932-b-mid-january-1932-to-february-19-MCWY3E.jpg ". Fig. I a. vS 5d GO* so- 40- jo- io- 10- 1 K 1 X ^ 828- ^ f ^ ixy^^^ i> y/ / / / /X ^/C â¢"V V .^yX 'x( N/V S /W &f / ^ / C V ^ * ⢠Vb30 1 .635 / /^^ patâ 14 -825 / -823 1 .822 VT 1 â¢B20 819. 1 sia. / u "'â VAi ) so- ao* TO- feo- 50' 40* 30* 20- 10- O* 10' Fig. I h. Charts showing stations taken by the R.R.S. 'Discovery II' in the Falkland Sector of the Antarctic in the season 1931-2. Only those stations have been numbered at which the Copepoda were examined. a. November 1931 to mid-January 1932. b. Mid-January 1932 to February 19 Stock Photo")
RMMCWY3E–. Fig. I a. vS 5d GO* so- 40- jo- io- 10- 1 K 1 X ^ 828- ^ f ^ ixy^^^ i> y/ / / / /X ^/C â¢"V V .^yX 'x( N/V S /W &f / ^ / C V ^ * ⢠Vb30 1 .635 / /^^ patâ 14 -825 / -823 1 .822 VT 1 â¢B20 819. 1 sia. / u "'â VAi ) so- ao* TO- feo- 50' 40* 30* 20- 10- O* 10' Fig. I h. Charts showing stations taken by the R.R.S. 'Discovery II' in the Falkland Sector of the Antarctic in the season 1931-2. Only those stations have been numbered at which the Copepoda were examined. a. November 1931 to mid-January 1932. b. Mid-January 1932 to February 19
RM2AJ9RW7–Notes on some rare and interesting marine crustacea . Mary J: Rathbun, SOME ADDITIONAL NOTES ON COPEPODA FROMTHE SCOTTISH SEAS. By THOMAS SCOTT LL.D., F.L.S.Mbm. Soc. Zool. de France. (Reprinted from the TweiUy-ffth 4nn^(d Report^ of the FisheryBoard for Scotland, Year 1906.—Part III.). GLASGOW: PRINTED BY JAMES HEDDERWICK & SONS LIMITED, At the Citizen Press, St. Vincent Place. 50—Wt. 2246—2/1908. ®i>4 Co. >M»te. Us of th OMa s 280 v/cr SCO LL. D. ABEn °££Af. III.—SOME ADDITIONAL NOTES ON COPEPODA FROMTHE SCOTTISH SEAS. By Thomas Scott, LL.D., F.L.S., Mem. Soc. Zool. de France. (Plates
![. 1500 1000 500 4500 4000 3500 3000 2500 2000 -1500 000 500 2 3 4 5 H0UR o o en 1 1 1 1 1 1 1 rz—ri 1 1 T7—ri 1 1 1 1 1 1 1 r 6 7 8 9 10 II 12 13 [14] 15 16 17 [l8j 19 20 21 22 23 24 25 26 C0N5ECUTIVE INDICATOR HAUL5 I mile EACH ? ? ? ? o o CU o o o CJ o o CM a a n OJ Fig. 30. Histograms showing the total phytoplankton and total Copepoda taken in the same series of consecutive Indicator samples referred to in Figs. 28 and 29. Samples 14 and 18, indicated by asterisks, were unfortunately lost before analysis. give results to be compared exactly with those from the Recorder for the latter was Stock Photo](https://c8.alamy.com/comp/MCTP5D/1500-1000-500-4500-4000-3500-3000-2500-2000-1500-000-500-2-3-4-5-h0ur-o-o-en-1-1-1-1-1-1-1-rzri-1-1-t7ri-1-1-1-1-1-1-1-r-6-7-8-9-10-ii-12-13-14-15-16-17-l8j-19-20-21-22-23-24-25-26-c0n5ecutive-indicator-haul5-i-mile-each-o-o-cu-o-o-o-cj-o-o-cm-a-a-n-oj-fig-30-histograms-showing-the-total-phytoplankton-and-total-copepoda-taken-in-the-same-series-of-consecutive-indicator-samples-referred-to-in-figs-28-and-29-samples-14-and-18-indicated-by-asterisks-were-unfortunately-lost-before-analysis-give-results-to-be-compared-exactly-with-those-from-the-recorder-for-the-latter-was-MCTP5D.jpg ". 1500 1000 500 4500 4000 3500 3000 2500 2000 -1500 000 500 2 3 4 5 H0UR o o en 1 1 1 1 1 1 1 rz—ri 1 1 T7—ri 1 1 1 1 1 1 1 r 6 7 8 9 10 II 12 13 [14] 15 16 17 [l8j 19 20 21 22 23 24 25 26 C0N5ECUTIVE INDICATOR HAUL5 I mile EACH ? ? ? ? o o CU o o o CJ o o CM a a n OJ Fig. 30. Histograms showing the total phytoplankton and total Copepoda taken in the same series of consecutive Indicator samples referred to in Figs. 28 and 29. Samples 14 and 18, indicated by asterisks, were unfortunately lost before analysis. give results to be compared exactly with those from the Recorder for the latter was Stock Photo")
RMMCTP5D–. 1500 1000 500 4500 4000 3500 3000 2500 2000 -1500 000 500 2 3 4 5 H0UR o o en 1 1 1 1 1 1 1 rz—ri 1 1 T7—ri 1 1 1 1 1 1 1 r 6 7 8 9 10 II 12 13 [14] 15 16 17 [l8j 19 20 21 22 23 24 25 26 C0N5ECUTIVE INDICATOR HAUL5 I mile EACH ? ? ? ? o o CU o o o CJ o o CM a a n OJ Fig. 30. Histograms showing the total phytoplankton and total Copepoda taken in the same series of consecutive Indicator samples referred to in Figs. 28 and 29. Samples 14 and 18, indicated by asterisks, were unfortunately lost before analysis. give results to be compared exactly with those from the Recorder for the latter was
![Natural history . UUirllr |-|,. Mai iun •up.ill.l jil. I. fal.mus propiriisimillim• •] itis i tU i . 1O). Antarctic (Discovery) Ep. Marlon jiuila pi. II. Faroella amaivtioa (1-4). Microcalanus pusillus (5).Khinocalamis yramlis (6). COPEPODA. 45 EXPLANATION OF THE PLATES. PLATE I. Citlinus jiriipim/Kim, hg. 1. Whole animal, 9- Oc. 3, obj. 2 in.„ „ fig. 2. Whole animal, $ . Oc. 3, obj. 2 in. „ „ fig. 3 and 3a, $ . 5th pair of feet. Oc. 3, obj. i in. „ „ fig. 4. 9- Basal joint of 5th foot. Oc. 3, obj. i in. fig. 5. Whole animal, 9 • Oc. 3, obj. 2 in. fig. (1. Basal joint of 5th foot. Oc. 3, ob Stock Photo](https://c8.alamy.com/comp/2AWFK4P/natural-history-uuirllr-mai-iun-upilll-jil-i-falmus-propiriisimillim-itis-i-tu-i-1o-antarctic-discovery-ep-marlon-jiuila-pi-ii-faroella-amaivtioa-1-4-microcalanus-pusillus-5khinocalamis-yramlis-6-copepoda-45-explanation-of-the-plates-plate-i-citlinus-jiriipimkim-hg-1-whole-animal-9-oc-3-obj-2-in-fig-2-whole-animal-oc-3-obj-2-in-fig-3-and-3a-5th-pair-of-feet-oc-3-obj-i-in-fig-4-9-basal-joint-of-5th-foot-oc-3-obj-i-in-fig-5-whole-animal-9-oc-3-obj-2-in-fig-1-basal-joint-of-5th-foot-oc-3-ob-2AWFK4P.jpg "Natural history . UUirllr |-|,. Mai iun •up.ill.l jil. I. fal.mus propiriisimillim• •] itis i tU i . 1O). Antarctic (Discovery) Ep. Marlon jiuila pi. II. Faroella amaivtioa (1-4). Microcalanus pusillus (5).Khinocalamis yramlis (6). COPEPODA. 45 EXPLANATION OF THE PLATES. PLATE I. Citlinus jiriipim/Kim, hg. 1. Whole animal, 9- Oc. 3, obj. 2 in.„ „ fig. 2. Whole animal, $ . Oc. 3, obj. 2 in. „ „ fig. 3 and 3a, $ . 5th pair of feet. Oc. 3, obj. i in. „ „ fig. 4. 9- Basal joint of 5th foot. Oc. 3, obj. i in. fig. 5. Whole animal, 9 • Oc. 3, obj. 2 in. fig. (1. Basal joint of 5th foot. Oc. 3, ob Stock Photo")
RM2AWFK4P–Natural history . UUirllr |-|,. Mai iun •up.ill.l jil. I. fal.mus propiriisimillim• •] itis i tU i . 1O). Antarctic (Discovery) Ep. Marlon jiuila pi. II. Faroella amaivtioa (1-4). Microcalanus pusillus (5).Khinocalamis yramlis (6). COPEPODA. 45 EXPLANATION OF THE PLATES. PLATE I. Citlinus jiriipim/Kim, hg. 1. Whole animal, 9- Oc. 3, obj. 2 in.„ „ fig. 2. Whole animal, $ . Oc. 3, obj. 2 in. „ „ fig. 3 and 3a, $ . 5th pair of feet. Oc. 3, obj. i in. „ „ fig. 4. 9- Basal joint of 5th foot. Oc. 3, obj. i in. fig. 5. Whole animal, 9 • Oc. 3, obj. 2 in. fig. (1. Basal joint of 5th foot. Oc. 3, ob
RM2WWHCNY–Two copepod nauplius larva and one cirripedia larvae (Balanus sp., bottom left) sampled from surface water, south-western Norway in March.
RM2CEFK7W–. Remarks on some copepoda from the Falkland Islands collected by Mr. Rupert Valletin. SCOTT. Ann. § Mag. Nat. Hist. S. v. Vol. XIII. PI. XVI.
RM2JD3P2R–Marine copepod (Oithona sp., O. helgolandiga?) collected from surace water of south-western Norway.
RM2CEFK8F–. Remarks on some copepoda from the Falkland Islands collected by Mr. Rupert Valletin. Ann. cv Map. Nat. Hist. S. 8. Vol. XIII. PI. XV. SCOTT. Ann. § Mag. Nat. Hist. S. v. Vol. XIII. PI. XVI
RM2JD3P30–Marine copepod from the genus Calanus. Collected from coastal surface waters of south-western Norway in May 2011.
RM2CEFKBD–. Remarks on some copepoda from the Falkland Islands collected by Mr. Rupert Valletin. SCOTT. Ann. S- May. Nat. Hist. S. v. Vol. XIII. PL XIV. Ann. cv Map. Nat. Hist. S. 8. Vol. XIII. PI. XV
RM2CE5JP8–. Transactions of the Zoological Society of London . G.S.Erady del.Parker & Percy-litfi. Coo.Wo.rt & Sons MATLIKE COPEPODA OF NEW ZEALAND. &ran6. %ol. Joe. %£.W MM.. CVS.Brady del.Parker S: Percy litk. MAHINE COPEPODA OF NEW ZEALAND. Goo. W«»t 1c Sons i t/ranA %oi, Soo. %t.XV. MMi
RM2CE5JWG–. Transactions of the Zoological Society of London . G.S.Bra,dy del.Parker fc Percy hth. Goo Wert & Sons imp MARINE COPEPODA OT NEW ZEALAND. <3W %ol. Joe. %£.WMH. G.S.Erady del.Parker & Percy-litfi. Coo.Wo.rt & Sons MATLIKE COPEPODA OF NEW ZEALAND. &ran6. %ol. Joe. %£.W MM.
RM2CE5JXD–. Transactions of the Zoological Society of London . (VS.Bva.dy del.Piwl»r & Percy 1-itk. CWVSfcjfc & Sons mj? MARINE COPEPODA OF NBW Zi^Ai^AND. DmziA f&ol. Joe. %£.XVM.X.. G.S.Bra,dy del.Parker fc Percy hth. Goo Wert & Sons imp MARINE COPEPODA OT NEW ZEALAND. <3W %ol. Joe. %£.WMH
RM2CDDH5B–. www.flickr.com/photos/internetarchivebookimages/tags/book... . atonce dispose of the Eurypteridae and the Xiphosuridae. SECT, xv CLASSIFICATION OF CRUSTACKA 255 From the Trilobitcs, however, we arc inclined todeduce at least a part of one important group ofmodern Crustacea, the Ostracoda. Yc think it Limiting Ostracoda Cirripedia Copepoda si pus Phylopoda Malactistraca Crustacean -Inn el id. Ceratiocaris Hy rnenocarisadult EnrypUridtz Jfl Pruposecl genealogy of ihe Crustacea. It will be seen from the text that though wehave here given only one root for the Ostracoda it is probable that they
RM2CDYDYR–. A final report on the Crustacea of Minnesota, included in the orders Cladocera and Copepoda, together with a synopsis of the described species in North America, and keys to the known species of the more important genera . tomerousCladocera are expressed in the accompanying table. This table isto be considered a projection of a portion of a genealogical tree,seen from below, in which the genus Moina forms the arbitrarilychosen fixed point. The heavy dotted line is imagined as directeddownward vertically. That branch rising toward the top of the STATE GEOLOGIST. 15 page is growing obliquely up
RM2CDYCGT–. A final report on the Crustacea of Minnesota, included in the orders Cladocera and Copepoda, together with a synopsis of the described species in North America, and keys to the known species of the more important genera . PLATE I. Camptocercus rectirostris^ post-abdomen of female. do. post-abdomeu of male. do. male. Camptocercus biserratus, head. Camptocercus latirostris, head of male. do., head of female, Camptocercus lilUjehorgii^ head. do., post-abdomeu of female. Acroperus leucocephalus, post-abdomen of male. Acroperus angustatus, ^ Alona temiicaudis, post-abdomen. Alona dentata, post-ab
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