Quick filters:
Page 1 of 1
X 45a Stock Photos and Images
RMC5YNDD–Boeing X-45A unmanned combat air vehicle displayed in the National Air and Space Museum - Washington, DC USA
RMW0M596–A Joint Unmanned Combat Air Systems X-45A test drops of a GPS-guided munition over China Lake Warfare Center Weapons Division Range, China Lake near Ridgecrest, Calif., recently. (UPI Photo/NASA Chase)
RMHE98XR–DAYTON, Ohio - Boeing X-45A J-UCAS on display in the Cold War Gallery at the National Museum of the U.S. Air Force. (U.S. Air Force photo)
RMR0AGNB–Bai Ling - The X Files I Want To Believe Premiere at the Chinese Theatre In Los Angeles. full length over the shoulder tattooBaiLing 45A Red Carpet Event, Vertical, USA, Film Industry, Celebrities, Photography, Bestof, Arts Culture and Entertainment, Topix Celebrities fashion / Vertical, Best of, Event in Hollywood Life - California, Red Carpet and backstage, USA, Film Industry, Celebrities, movie celebrities, TV celebrities, Music celebrities, Photography, Bestof, Arts Culture and Entertainment, Topix, vertical, one person,, from the year , 2008, inquiry tsuni@Gamma-USA.com Fashion -
RM2AKPJ8P–Théâtre de monsieur Le Grand, comédien du roy . 264 LACHASSE 45éa.Ã^-î^ ^S<l&? :.î^ 4c^-&^.ç4&8 :-t^-.Ã^-£<^.&i* VAUDEVILLE. L A M O U R. X Outes les Nimphes de Diane , ^ Me regardoient comme un profane ^Mes traies leur ont livré lalïaut,Tayaut, Tayaut, Tayaut, Tayauc,Mais loin de gemir de leurs peines ,Leur cÅur trop farouche adouci ^Se plaint encor portant mes chaînes ,Davoir été trop tard puni.Et chante Allali, Allali. UNE N i M P H f. Quun vieillard près de moi foupire ^Quil me parle de fon martyre ,Je romps les chiens tout aufïi-tôt,A haut, A haut, A haut , A haut ,M
![Archive image from page 208 of Deutsche Südpolar-Expedition, 1901-1903, im Auftrage. Deutsche Südpolar-Expedition, 1901-1903, im Auftrage des Reichsamtes des Innern . deutschesdpola1311deut Year: 1911 ] Witterungs-Ubersioht. Hooh 1) 7?0 95 W. 30-35' 8, (80) TJel 1) C '0 «iT W. 6Ã' 8. 2)0 770 55' 45' (NNW,50) 2) r 760 SiT 56-60' aj C 765 15' 30-36' S) Q 760 75' iiX' ' 4) r. 70 60â55° 65-7tf° 5) C 765 Sy 36° 6) â 745 35° ZV (80| 4) 1-' 7C0 lO' O. 30-36° 6) -- 765 SCr 35° 6) x 765 7Ã' 30° 7) res 75 45' 8) n 770 HC 45' (OKO) 9) C ?'C 180° 40-45° 71 r 7« 25'0. 81 > / 7iS Stock Photo](https://c8.alamy.com/comp/W1638P/archive-image-from-page-208-of-deutsche-sdpolar-expedition-1901-1903-im-auftrage-deutsche-sdpolar-expedition-1901-1903-im-auftrage-des-reichsamtes-des-innern-deutschesdpola1311deut-year-1911-witterungs-ubersioht-hooh-1-70-95-w-30-35-8-80-tjel-1-c-0-it-w-6-8-20-770-55-45-nnw50-2-r-760-sit-56-60-aj-c-765-15-30-36-s-q-760-75-iix-4-r-70-6055-65-7tf-5-c-765-sy-36-6-745-35-zv-80-4-1-7c0-lo-o-30-36-6-765-scr-35-6-x-765-7-30-7-res-75-45-8-n-770-hc-45-oko-9-c-c-180-40-45-71-r-7-250-81-gt-7is-W1638P.jpg "Archive image from page 208 of Deutsche Südpolar-Expedition, 1901-1903, im Auftrage. Deutsche Südpolar-Expedition, 1901-1903, im Auftrage des Reichsamtes des Innern . deutschesdpola1311deut Year: 1911 ] Witterungs-Ubersioht. Hooh 1) 7?0 95 W. 30-35' 8, (80) TJel 1) C '0 «iT W. 6Ã' 8. 2)0 770 55' 45' (NNW,50) 2) r 760 SiT 56-60' aj C 765 15' 30-36' S) Q 760 75' iiX' ' 4) r. 70 60â55° 65-7tf° 5) C 765 Sy 36° 6) â 745 35° ZV (80| 4) 1-' 7C0 lO' O. 30-36° 6) -- 765 SCr 35° 6) x 765 7Ã' 30° 7) res 75 45' 8) n 770 HC 45' (OKO) 9) C ?'C 180° 40-45° 71 r 7« 25'0. 81 > / 7iS Stock Photo")
RMW1638P–Archive image from page 208 of Deutsche Südpolar-Expedition, 1901-1903, im Auftrage. Deutsche Südpolar-Expedition, 1901-1903, im Auftrage des Reichsamtes des Innern . deutschesdpola1311deut Year: 1911 ] Witterungs-Ubersioht. Hooh 1) 7?0 95 W. 30-35' 8, (80) TJel 1) C '0 «iT W. 6Ã' 8. 2)0 770 55' 45' (NNW,50) 2) r 760 SiT 56-60' aj C 765 15' 30-36' S) Q 760 75' iiX' ' 4) r. 70 60â55° 65-7tf° 5) C 765 Sy 36° 6) â 745 35° ZV (80| 4) 1-' 7C0 lO' O. 30-36° 6) -- 765 SCr 35° 6) x 765 7Ã' 30° 7) res 75 45' 8) n 770 HC 45' (OKO) 9) C ?'C 180° 40-45° 71 r 7« 25'0. 81 > / 7iS
![. Deutsche Südpolar-Expedition, 1901-1903, im Auftrage des Reichsamtes des Innern. Gauss (Ship); Scientific expeditions. Beutst m 1901â3 Nr. M4. ... Februar 1»«3 Hoch , r;< Li,-:: ») ^ 760 40 (S) WO 75" 700 45» 4) } "ff fffi* 5) O .'- 80âBS" (W,080) 5)^700 fif r.) >-' 7öö sn° bip jjff KâSO* (NW) 0 770 65 ". 40* (W.i ij 7) 3 76 â K) O 'â 'â 'â 40" (Oj . SO 1X0° 3cr â â ' Ol ^ 760 30* 30' 10) - -'.ö 8fr 11) ^ 755 107* 30" â , 110= 50-55' Meteorologi i /â â <1 WA,.v. y,/,;./ ^v Nr. ü«. 5. Februar 1903 m. N'lfe ü LÃmik .»' W ... X K -.,' -â : 1 Stock Photo](https://c8.alamy.com/comp/PF9D3R/deutsche-sdpolar-expedition-1901-1903-im-auftrage-des-reichsamtes-des-innern-gauss-ship-scientific-expeditions-beutst-m-19013-nr-m4-februar-13-hoch-rlt-li-760-40-s-wo-75quot-700-45-4-quotff-fffi-5-o-80bsquot-w080-5700-fif-r-gt-7-sn-bip-jjff-kso-nw-0-770-65-quot-40-wi-ij-7-3-76-k-o-40quot-oj-so-1x0-3cr-ol-760-30-30-10-8fr-11-755-107-30quot-110=-50-55-meteorologi-i-lt1-wav-y-v-nr-5-februar-1903-m-nlfe-lmik-w-x-k-1-PF9D3R.jpg ". Deutsche Südpolar-Expedition, 1901-1903, im Auftrage des Reichsamtes des Innern. Gauss (Ship); Scientific expeditions. Beutst m 1901â3 Nr. M4. ... Februar 1»«3 Hoch , r;< Li,-:: ») ^ 760 40 (S) WO 75" 700 45» 4) } "ff fffi* 5) O .'- 80âBS" (W,080) 5)^700 fif r.) >-' 7öö sn° bip jjff KâSO* (NW) 0 770 65 ". 40* (W.i ij 7) 3 76 â K) O 'â 'â 'â 40" (Oj . SO 1X0° 3cr â â ' Ol ^ 760 30* 30' 10) - -'.ö 8fr 11) ^ 755 107* 30" â , 110= 50-55' Meteorologi i /â â <1 WA,.v. y,/,;./ ^v Nr. ü«. 5. Februar 1903 m. N'lfe ü LÃmik .»' W ... X K -.,' -â : 1 Stock Photo")
RMPF9D3R–. Deutsche Südpolar-Expedition, 1901-1903, im Auftrage des Reichsamtes des Innern. Gauss (Ship); Scientific expeditions. Beutst m 1901â3 Nr. M4. ... Februar 1»«3 Hoch , r;< Li,-:: ») ^ 760 40 (S) WO 75" 700 45» 4) } "ff fffi* 5) O .'- 80âBS" (W,080) 5)^700 fif r.) >-' 7öö sn° bip jjff KâSO* (NW) 0 770 65 ". 40* (W.i ij 7) 3 76 â K) O 'â 'â 'â 40" (Oj . SO 1X0° 3cr â â ' Ol ^ 760 30* 30' 10) - -'.ö 8fr 11) ^ 755 107* 30" â , 110= 50-55' Meteorologi i /â â <1 WA,.v. y,/,;./ ^v Nr. ü«. 5. Februar 1903 m. N'lfe ü LÃmik .»' W ... X K -.,' -â : 1
RMMCNR9E–. Fig. 44. Spermatogonien von Phrynolettix im letzten Stadium der Teilung, a Telophase, b—d Ausbildung des Ruhekernes, x Geschlechtschromosom. (Nach Wenrich.) ist das Chromatinmaterial innerhalb der Bläschen am stärksten verteilt, doch sind die Konturen jedes Bläschens noch sichtbar. Wenn der Kern sich für die nächste Teilung vorbereitet, treten die 'Bläschen wieder schärfer hervor (Fig. 45a und b), und bald darauf sieht man einen ge- wundenen Faden in jedem Bläschen (Fig. 45 c). Während der Faden dicker wird (Fig. 45 d), tritt ein Längsspalt in ihm auf, der die Teilungs- ebene des Chromosoms
RMW0M591–An F-18 flies chase for a Joint Unmanned Combat Air Systems X-45A during a test drop of a GPS-guided munition over China Lake Warfare Center Weapons Division Range, China Lake near Ridgecrest, Calif., recently. (UPI Photo/NASA Chase)
RM2CRKPBA–. Röntgentechniek : therapeutische beteekenis der 'X' -stralen en der stoomen van hooge fréquentie . ie het laatste spoor van fixeerzout te onttrekken.De platen moeten minstens een uur in 5 a 6 maal ververschtwater worden gehouden. Daarna worden de platen gedroogdop een platenrek (fig. 45a) tot de film goed hard is. Versterkingsbaden. Hoofdzakelijk twee gebreken kunnenversterking van het negatief noodig maken. 1ste. Te kortebelichting. 2de. Te korte ontwikkeling. In t eerste gevalzijn de détails niet voldoende in de plaat aanwezig. Slechtszelden is zulk een plaat door versterking te redden. In
RMT1HG9J–Discovery reports (1940) Discovery reports discoveryreports19inst Year: 1940 DISCOVERY REPORTS, VOL. XIX PLATE XXI LATITUDE STATION 967 40 I0OOM ' 2000mâ 3000m⢠4000m- 5000m - 45°S 966 50 965 71 50' 964| 55 .GQ X) 70-70 *4 - -66 nt .76} 953 I 962 I cm â I50cjr- AC 60*5 961 960 959 95G The distribution of phosphate along section 14, from the ice-edge in 6ic 07'S, I53° 57' W, north of the Ross Sea, to 410 03' S, 126° 04' W, in the central part of the South Pacific Ocean. September 1932.
![. Deutsche Südpolar-Expedition, 1901-1903, im Auftrage des Reichsamtes des Innern. Gauss (Ship); Scientific expeditions. ] Witterungs-Ubersioht. Hooh 1) ^ 7?0 95* W. 30-35" 8, (80) TJel 1) C "0 «iT W. 6Ã' 8. 2)0 770 55' 45" (NNW,50) 2) r 760 SiT 56-60' aj C 765 15' 30-36' S) Q 760 75' iiX" " 4) r. 7*0 60â55° 65-7tf° 5) C 765 Sy 36° 6) â ^ 745 35° ZV (80| 4) 1-' 7C0 lO" O. 30-36° 6) --^ 765 SCr 35° 6) x^ 765 7Ã' 30° 7) ^ res 75* 45' 8) n 770 HC 45' (OKO) 9) C ?'C 180° 40-45° 71 r^ 7« 25'0. 81 > / 7iS 27° 9) f-i 760 6(r 10) O 75.1 90" 11 Stock Photo](https://c8.alamy.com/comp/PF9CTC/deutsche-sdpolar-expedition-1901-1903-im-auftrage-des-reichsamtes-des-innern-gauss-ship-scientific-expeditions-witterungs-ubersioht-hooh-1-70-95-w-30-35quot-8-80-tjel-1-c-quot0-it-w-6-8-20-770-55-45quot-nnw50-2-r-760-sit-56-60-aj-c-765-15-30-36-s-q-760-75-iixquot-quot-4-r-70-6055-65-7tf-5-c-765-sy-36-6-745-35-zv-80-4-1-7c0-loquot-o-30-36-6-765-scr-35-6-x-765-7-30-7-res-75-45-8-n-770-hc-45-oko-9-c-c-180-40-45-71-r-7-250-81-gt-7is-27-9-f-i-760-6r-10-o-751-90quot-11-PF9CTC.jpg ". Deutsche Südpolar-Expedition, 1901-1903, im Auftrage des Reichsamtes des Innern. Gauss (Ship); Scientific expeditions. ] Witterungs-Ubersioht. Hooh 1) ^ 7?0 95* W. 30-35" 8, (80) TJel 1) C "0 «iT W. 6Ã' 8. 2)0 770 55' 45" (NNW,50) 2) r 760 SiT 56-60' aj C 765 15' 30-36' S) Q 760 75' iiX" " 4) r. 7*0 60â55° 65-7tf° 5) C 765 Sy 36° 6) â ^ 745 35° ZV (80| 4) 1-' 7C0 lO" O. 30-36° 6) --^ 765 SCr 35° 6) x^ 765 7Ã' 30° 7) ^ res 75* 45' 8) n 770 HC 45' (OKO) 9) C ?'C 180° 40-45° 71 r^ 7« 25'0. 81 > / 7iS 27° 9) f-i 760 6(r 10) O 75.1 90" 11 Stock Photo")
RMPF9CTC–. Deutsche Südpolar-Expedition, 1901-1903, im Auftrage des Reichsamtes des Innern. Gauss (Ship); Scientific expeditions. ] Witterungs-Ubersioht. Hooh 1) ^ 7?0 95* W. 30-35" 8, (80) TJel 1) C "0 «iT W. 6Ã' 8. 2)0 770 55' 45" (NNW,50) 2) r 760 SiT 56-60' aj C 765 15' 30-36' S) Q 760 75' iiX" " 4) r. 7*0 60â55° 65-7tf° 5) C 765 Sy 36° 6) â ^ 745 35° ZV (80| 4) 1-' 7C0 lO" O. 30-36° 6) --^ 765 SCr 35° 6) x^ 765 7Ã' 30° 7) ^ res 75* 45' 8) n 770 HC 45' (OKO) 9) C ?'C 180° 40-45° 71 r^ 7« 25'0. 81 > / 7iS 27° 9) f-i 760 6(r 10) O 75.1 90" 11
![. 75' 70° S5° 60" 55* SO' 45' 40" 35° 30 Fig. 42. The distribution of Chaetoceros neglectus in the Scotia Sea, February-March 1931. es° 60' 55° 50° 45° 40° 35° â X^ /-^ -^ -â / / SCALE â 0 -10,000 N «r ( / / â 10.000 -100.000 B 100.000 â1.000.000 â ^^ )/â , â / H1.OQODOO-10,000.000 / / / oN ^^^isW- ,,^â L % / / m^^^ ' i 55 ^ i â 1 / '^ U 1 / ^ ^ / ^ ° / ^ / / ' / / ^ / 55 â 60 /I '.I ..rift' â / / / 7S' 70" 65' 60' 55° SO* â¢ts' 4-0' 35' 30° 25" Fig. 43. The distribution of Chaetoceros atlanticus in the Scotia Sea, February-March 1931. Stock Photo](https://c8.alamy.com/comp/MCTW9M/75-70-s5-60quot-55-so-45-40quot-35-30-fig-42-the-distribution-of-chaetoceros-neglectus-in-the-scotia-sea-february-march-1931-es-60-55-50-45-40-35-x-scale-0-10000-n-r-10000-100000-b-100000-1000000-h1oqodoo-10000000-on-isw-l-m-i-55-i-1-u-1-55-60-i-i-rift-7s-70quot-65-60-55-so-ts-4-0-35-30-25quot-fig-43-the-distribution-of-chaetoceros-atlanticus-in-the-scotia-sea-february-march-1931-MCTW9M.jpg ". 75' 70° S5° 60" 55* SO' 45' 40" 35° 30 Fig. 42. The distribution of Chaetoceros neglectus in the Scotia Sea, February-March 1931. es° 60' 55° 50° 45° 40° 35° â X^ /-^ -^ -â / / SCALE â 0 -10,000 N «r ( / / â 10.000 -100.000 B 100.000 â1.000.000 â ^^ )/â , â / H1.OQODOO-10,000.000 / / / oN ^^^isW- ,,^â L % / / m^^^ ' i 55 ^ i â 1 / '^ U 1 / ^ ^ / ^ ° / ^ / / ' / / ^ / 55 â 60 /I '.I ..rift' â / / / 7S' 70" 65' 60' 55° SO* â¢ts' 4-0' 35' 30° 25" Fig. 43. The distribution of Chaetoceros atlanticus in the Scotia Sea, February-March 1931. Stock Photo")
RMMCTW9M–. 75' 70° S5° 60" 55* SO' 45' 40" 35° 30 Fig. 42. The distribution of Chaetoceros neglectus in the Scotia Sea, February-March 1931. es° 60' 55° 50° 45° 40° 35° â X^ /-^ -^ -â / / SCALE â 0 -10,000 N «r ( / / â 10.000 -100.000 B 100.000 â1.000.000 â ^^ )/â , â / H1.OQODOO-10,000.000 / / / oN ^^^isW- ,,^â L % / / m^^^ ' i 55 ^ i â 1 / '^ U 1 / ^ ^ / ^ ° / ^ / / ' / / ^ / 55 â 60 /I '.I ..rift' â / / / 7S' 70" 65' 60' 55° SO* â¢ts' 4-0' 35' 30° 25" Fig. 43. The distribution of Chaetoceros atlanticus in the Scotia Sea, February-March 1931.
RM2CDGHPG–. Graphical and mechanical computation . Fig. 45a. Fig. 456. coincides with AX and BT is either parallel to or coincides with A Y,(Figs. 45a, b). Draw two parallel index lines, one meeting AX and A Y,and the other meeting BZ and BT in 11, v, w, and q respectively, so that 88 NOMOGRAPHIC OR ALIGNMENT CHARTS Chap. IV Au = x, Av = y, Bw = z, and Bq = t. Then, in the similar trianglesuAv and wBt, we have x : y = z : t. Hence if AX, A Y, BZ, BT carrythe scales x = mi/i(w), y = nhftiv), z = ra3/3(w), / = ra4/4(g),respectively, where m : m% = m3 : ra4, then x : y = z : t becomes fi(u) : /a(i>) =
RMT22ND5–Archive image from page 95 of Discovery reports (1934) Discovery reports discoveryreports08inst Year: 1934 75' 70° S5° 60' 55* SO' 45' 40' 35° 30 Fig. 42. The distribution of Chaetoceros neglectus in the Scotia Sea, February-March 1931. es° 60' 55° 50° 45° 40° 35° â X /- - -â / / SCALE â 0 -10,000 N «r ( / / â 10.000 -100.000 B 100.000 â1.000.000 â )/â , â / H1.OQODOO-10,000.000 / / / oN isW- ,,â L / / m ' i 55 i â 1 / ' U 1 / / ° / / / ' / / / 55 â 60 /I '.I ..rift' â / / / 7S' 70' 65' 60' 55° SO* â¢ts' 4-0' 35' 30° 25' Fig. 43. The distribution o
RM2CDGHM2–. Graphical and mechanical computation . Fig. 45a. Fig. 456. coincides with AX and BT is either parallel to or coincides with A Y,(Figs. 45a, b). Draw two parallel index lines, one meeting AX and A Y,and the other meeting BZ and BT in 11, v, w, and q respectively, so that 88 NOMOGRAPHIC OR ALIGNMENT CHARTS Chap. IV Au = x, Av = y, Bw = z, and Bq = t. Then, in the similar trianglesuAv and wBt, we have x : y = z : t. Hence if AX, A Y, BZ, BT carrythe scales x = mi/i(w), y = nhftiv), z = ra3/3(w), / = ra4/4(g),respectively, where m : m% = m3 : ra4, then x : y = z : t becomes fi(u) : /a(i>) =
RMRHB8MG–. Boston fish pier feasibility study. Buildings; Fisheries; Land use; Piers; Traffic Circulation; Waterfronts. David W. Davis Massachusetts Port Authority ; ^ /X Francis M. Byrnes Fish Pier T^arv^s^Group Association. r> Ld2. -.—aca^ley 0-45a^ Represei^aty^^re of the Boat Owners lei^aty,. 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 resemble the original work.. Mintz Associates; Fish Pier Tenants Group Association; Massachusetts Port Authority.
RMRGHN7J–. Bulletin of the British Museum (Natural History), Geology. . Fig. 45 Siliquimya plicata (Portlock). Upper Visean. Fig. 45a, Lowick, Northumberland; SM E2817, left side, trace of posterior adductor clearly visible (TPA). Figs 45b-c, near Keswick, Cumbria; BM PL2760; Fig. 45b, right side of steinkern; Fig. 45c, left side. All x 1.. 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 resemble the original work.. British Museum (Natural History). London : BM
![. Chimæroid fishes and their development. Fishes; Chimaeridae. *."⢠^ V '' ^^ ^ ^'^'^ ^ â 0 â ^^* Fig. 44.âDetail of late (ertilizalion stage, showing male nucleus in the process of approaching the egg nucleus. A club-shaped centrosome surrounded by astral rays appears at (right) side of nuclear membrane. X 475. Fig. 45.âDetail of section similar to the last. A well-marked vacuole (artifact?) appears at one end of nucleus. Fig. 45A.--Sperm nucleus with aster from section similar to the preceding. Fig 45B.âSperm nucleus from stage similar lo foregoing. The center of aster is to be found Stock Photo](https://c8.alamy.com/comp/RJ6TAX/chimroid-fishes-and-their-development-fishes-chimaeridae-quot-v-0-fig-44detail-of-late-ertilizalion-stage-showing-male-nucleus-in-the-process-of-approaching-the-egg-nucleus-a-club-shaped-centrosome-surrounded-by-astral-rays-appears-at-right-side-of-nuclear-membrane-x-475-fig-45detail-of-section-similar-to-the-last-a-well-marked-vacuole-artifact-appears-at-one-end-of-nucleus-fig-45a-sperm-nucleus-with-aster-from-section-similar-to-the-preceding-fig-45bsperm-nucleus-from-stage-similar-lo-foregoing-the-center-of-aster-is-to-be-found-RJ6TAX.jpg ". Chimæroid fishes and their development. Fishes; Chimaeridae. *."⢠^ V '' ^^ ^ ^'^'^ ^ â 0 â ^^* Fig. 44.âDetail of late (ertilizalion stage, showing male nucleus in the process of approaching the egg nucleus. A club-shaped centrosome surrounded by astral rays appears at (right) side of nuclear membrane. X 475. Fig. 45.âDetail of section similar to the last. A well-marked vacuole (artifact?) appears at one end of nucleus. Fig. 45A.--Sperm nucleus with aster from section similar to the preceding. Fig 45B.âSperm nucleus from stage similar lo foregoing. The center of aster is to be found Stock Photo")
RMRJ6TAX–. Chimæroid fishes and their development. Fishes; Chimaeridae. *."⢠^ V '' ^^ ^ ^'^'^ ^ â 0 â ^^* Fig. 44.âDetail of late (ertilizalion stage, showing male nucleus in the process of approaching the egg nucleus. A club-shaped centrosome surrounded by astral rays appears at (right) side of nuclear membrane. X 475. Fig. 45.âDetail of section similar to the last. A well-marked vacuole (artifact?) appears at one end of nucleus. Fig. 45A.--Sperm nucleus with aster from section similar to the preceding. Fig 45B.âSperm nucleus from stage similar lo foregoing. The center of aster is to be found
RMRGHXR4–. Bulletin of the Department of Geology. Geology. 45c Figs. 45o-45c, 46-48. Canis?, Smilodon?, and Felis?, sp. Canine and incisor teeth, X 1. Fig. 45a, Canis?, upper canine, no. 24019; fig. 456, Canis?, upper canine, no. 24020; fig. 45c, Canis?, lower canine, no. 24021; fig. 46, Smilodon?, sp., 1-, no. 24024; Felis?: fig. 47, upper canine, no. 24022; fig. 48, upper canine, no. 24023. Eden beds, California.. 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 perfect
![. Bolgiano's capitol city seeds : 1948 ... established 1889. Nurseries (Horticulture) Catalogs; Bulbs (Plants) Catalogs; Vegetables Catalogs; Garden tools Catalogs; Seeds Catalogs. Sanitary—Waste-Proof—Perch- I>roof—Large capacity—Sturdy Construction No. 45A. I he legs of sturdy ' j-iii. angle iron support the Feeder 18 in. above the ground, which gives the fowls use of entire space under Feeder. Perches are c-onstructed in one piece, of 1 x 3 in. "." quality lumber and are strong enough to support the weight of a full-grown person. Length 5 ft. Capacity 1 '-j bus. Fee<ling sp Stock Photo](https://c8.alamy.com/comp/RHEXCM/bolgianos-capitol-city-seeds-1948-established-1889-nurseries-horticulture-catalogs-bulbs-plants-catalogs-vegetables-catalogs-garden-tools-catalogs-seeds-catalogs-sanitarywaste-proofperch-igtrooflarge-capacitysturdy-construction-no-45a-i-he-legs-of-sturdy-j-iii-angle-iron-support-the-feeder-18-in-above-the-ground-which-gives-the-fowls-use-of-entire-space-under-feeder-perches-are-c-onstructed-in-one-piece-of-1-x-3-in-quotquot-quality-lumber-and-are-strong-enough-to-support-the-weight-of-a-full-grown-person-length-5-ft-capacity-1-j-bus-feeltling-sp-RHEXCM.jpg ". Bolgiano's capitol city seeds : 1948 ... established 1889. Nurseries (Horticulture) Catalogs; Bulbs (Plants) Catalogs; Vegetables Catalogs; Garden tools Catalogs; Seeds Catalogs. Sanitary—Waste-Proof—Perch- I>roof—Large capacity—Sturdy Construction No. 45A. I he legs of sturdy ' j-iii. angle iron support the Feeder 18 in. above the ground, which gives the fowls use of entire space under Feeder. Perches are c-onstructed in one piece, of 1 x 3 in. "." quality lumber and are strong enough to support the weight of a full-grown person. Length 5 ft. Capacity 1 '-j bus. Fee<ling sp Stock Photo")
RMRHEXCM–. Bolgiano's capitol city seeds : 1948 ... established 1889. Nurseries (Horticulture) Catalogs; Bulbs (Plants) Catalogs; Vegetables Catalogs; Garden tools Catalogs; Seeds Catalogs. Sanitary—Waste-Proof—Perch- I>roof—Large capacity—Sturdy Construction No. 45A. I he legs of sturdy ' j-iii. angle iron support the Feeder 18 in. above the ground, which gives the fowls use of entire space under Feeder. Perches are c-onstructed in one piece, of 1 x 3 in. "." quality lumber and are strong enough to support the weight of a full-grown person. Length 5 ft. Capacity 1 '-j bus. Fee<ling sp
RMRGH77P–. Bulletin of the British Museum (Natural History). Geology.. . Figs 44-^7 Plagioecia orhifera (Canu & Bassler). Fig. 44, BM(NH) D55106; 44A, colony encrusting a sponge, x 17; 44B, autozooecia, x 90. Fig. 45, BM(NH) 50781; 45A. x 36; 45B, growth margin, x 93. Fig. 46. BM(NH) D55104, long peristomes preserved in a hollow on the substrate, x 53. Fig. 47, USNM 69901, holotype, autozooecia and two gynozooecia, x 32; see also Fig. 43.. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these i
RMRGJ4P2–. Bulletin of the British Museum (Natural History), Geology. LECLERCQJA SPORES AND THE A. L1NDLARENSIS MORPHON 135. Fig. 8 Leclercqia complexa from Blenheim-Gilboa, scanning electron photomicrographs of in situ spores; (a-d) Type III; (e) Type IV; (f) Type V; all figures X 1,000, except (f) , X 500. (a) Part of a sporangial mass showing spores with small curvatural spinae and distal coni. 45A, tilt 90°. (b) Detail of spores from another sporangium showing sculpture of grana and coni, 181 A, tilt 0°. (c-d) Specimens showing larger distal sculpture borne by mural ridges or separated by lacunae,
RMRGJ38T–. Bulletin of the British Museum (Natural History). Geology.. 4 5a 45b 46a. 48 49 50 Fig. 43 Howellella cortazari Carls, 1969. a, b, BB 70944, dorsal and posterior views of internal mould of brachial valve, x 3. Figs 44-47 Cyrtospirifer verneuili (Muxcson, 1840). Fig. 44, B 21542, internal mould of pedicle valve, x 1-5: fig. 45a, b, B 21521, dorsal and posterior views of internal mould of brachial valve, figured Salter 1864: pi. 17, fig. 11 as Spirifer antiquissimus (of which it is the lectotype, here selected), x 1-5; Fig. 46a-c, B 24470, posterior, lateral and dorsal views of brachial val
RMRK1KM3–. Arthur and Fritz Kahn Collection 1889-1932. Kahn, Fritz 1888-1968; Kahn, Arthur David 1850-1928; Natural history illustrators; Natural history. ^ Vtf TiTI IM11 VUfüp^^Si^^Iz:j3Â¥' ⢠io «?:â **? i . â :>â¢-«)⢠W., and vicinitv , Xtl. Souto and sonth- ^l} east of Oreeuland... VII. Aztires and vicluity VIU. Lat. 26»-85» N., lon86*-45»W IX. Exceptlonal Storni .......«..â¢â¢... Total j o 64 ».10 181 . y t^'V^ if, 7 X- X *. rr- . Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability
![. Bulletin of the Department of Geology. Geology. Vol. 6] Merriam: Virgin Valley and Thousand Creek. 269. 45a 45c Figs. 41 to 45c. Uoroyus(l), various species. X V ». Virgin Valley Beds. Fig. 41, High Rock Cafion. Figs. 42 to 44, Virgin Valley. Figs. 45a to 45c, Little High Eoek Canon. Fig. 41. Calcaneum, superior view. No. 18405. Posterior end incomplete. Fig. 42. Astragalus, superior view. No. 19404. Fig. 43. Fused phalanges 1 and 2, superior view. No. 19400. Figs. 44a and 44b. Terminal phalange. No. 10723. Fig. 44a, lateral view; fig. 446, superior view. Figs. 45a, 456, and 45c. Terminal ph Stock Photo](https://c8.alamy.com/comp/RGFJ4M/bulletin-of-the-department-of-geology-geology-vol-6-merriam-virgin-valley-and-thousand-creek-269-45a-45c-figs-41-to-45c-uoroyusl-various-species-x-v-virgin-valley-beds-fig-41-high-rock-cafion-figs-42-to-44-virgin-valley-figs-45a-to-45c-little-high-eoek-canon-fig-41-calcaneum-superior-view-no-18405-posterior-end-incomplete-fig-42-astragalus-superior-view-no-19404-fig-43-fused-phalanges-1-and-2-superior-view-no-19400-figs-44a-and-44b-terminal-phalange-no-10723-fig-44a-lateral-view-fig-446-superior-view-figs-45a-456-and-45c-terminal-ph-RGFJ4M.jpg ". Bulletin of the Department of Geology. Geology. Vol. 6] Merriam: Virgin Valley and Thousand Creek. 269. 45a 45c Figs. 41 to 45c. Uoroyus(l), various species. X V ». Virgin Valley Beds. Fig. 41, High Rock Cafion. Figs. 42 to 44, Virgin Valley. Figs. 45a to 45c, Little High Eoek Canon. Fig. 41. Calcaneum, superior view. No. 18405. Posterior end incomplete. Fig. 42. Astragalus, superior view. No. 19404. Fig. 43. Fused phalanges 1 and 2, superior view. No. 19400. Figs. 44a and 44b. Terminal phalange. No. 10723. Fig. 44a, lateral view; fig. 446, superior view. Figs. 45a, 456, and 45c. Terminal ph Stock Photo")
RMRGFJ4M–. Bulletin of the Department of Geology. Geology. Vol. 6] Merriam: Virgin Valley and Thousand Creek. 269. 45a 45c Figs. 41 to 45c. Uoroyus(l), various species. X V ». Virgin Valley Beds. Fig. 41, High Rock Cafion. Figs. 42 to 44, Virgin Valley. Figs. 45a to 45c, Little High Eoek Canon. Fig. 41. Calcaneum, superior view. No. 18405. Posterior end incomplete. Fig. 42. Astragalus, superior view. No. 19404. Fig. 43. Fused phalanges 1 and 2, superior view. No. 19400. Figs. 44a and 44b. Terminal phalange. No. 10723. Fig. 44a, lateral view; fig. 446, superior view. Figs. 45a, 456, and 45c. Terminal ph
RMRGP504–. Bulletin de la Société géologique de France. Geology. ^nse Je Datant FiG. 2 âCoupe suivant le plan ABCD de la figure 1. â 1/22500. d', Dévonien; S'*, Gothlandien ; S3, Ordovicien supérieur; S-, Ordovicienmoyen; S', Ordovicien inférieur; Se, Schistes ; X, Schistes précambriens. Les schistes d'Angers S'^, et les grès de Saint-Germain S', ont un pendage de 45° SE. Quant au Gothlandien S^ composé de schistes plasti({ues et compressibles, il est resserré à la base et, au contraire, épanoui en éventail dans la partie supérieure où il forme des crochons que nous avons essayé de repr
RMRED9XN–. Compte rendu. Science; Science -- Congresses. 78 MATHÃMATIQUES, ASTRONOMIE, GÃODÃSIE ET MÃCANIQUE L'aire du méridien sinusoïdal est : (A) KttK â cos L ; < RdL =Kx K2 sin L On a donc à résoudre l'équation : (X) 2KR2(-j- sin U + ^) = K iV sin L 1 w . , - sin 11 + i = | sin L. Pour les valeurs ci-après de / on trouve les valeurs correspondantes de L : l â 5°, 15°, 30°, 45°, 60°, 7o°, 8o°, 90° L= 6°,12o, 20°,0oo, 38°,022, 5i°,98, 70°,48, 82°,78, 89°,02, 90» La forme de l'équation a permis d'obtenir pour des valeurs de l en nombres ronds, les valeurs de L. Pour avoir le
![. Comptes rendus hebdomadaires des séances de l'Académie des sciences. Science -- Societies, etc; Science; Science. 1854 ACADÃMIE DES SCIENCES. produit 71 à 81 d'eau deconductivité 1,2 à 1,6 X io° par jour; fonctionnant dans le vide, à une température de â +- 4o°C. à -h 45° C, il produit 31 à 4! de conductivité 0,6 à 0,7 X ioc par jour. Etant donné que l'espace com- pris entre le sac de collodion et les parois du dialyseur est d'une contenance de 3oocm" à 4oocm', on peut en déduire que l'eau se renouvelle de 10 à 20 fois par jour.. Grâce à cet appareil la dialyse s'effectue b Stock Photo](https://c8.alamy.com/comp/RECWYB/comptes-rendus-hebdomadaires-des-sances-de-lacadmie-des-sciences-science-societies-etc-science-science-1854-acadmie-des-sciences-produit-71-81-deau-deconductivit-12-16-x-io-par-jour-fonctionnant-dans-le-vide-une-temprature-de-4oc-h-45-c-il-produit-31-4!-de-conductivit-06-07-x-ioc-par-jour-etant-donn-que-lespace-com-pris-entre-le-sac-de-collodion-et-les-parois-du-dialyseur-est-dune-contenance-de-3oocmquot-4oocm-on-peut-en-dduire-que-leau-se-renouvelle-de-10-20-fois-par-jour-grce-cet-appareil-la-dialyse-seffectue-b-RECWYB.jpg ". Comptes rendus hebdomadaires des séances de l'Académie des sciences. Science -- Societies, etc; Science; Science. 1854 ACADÃMIE DES SCIENCES. produit 71 à 81 d'eau deconductivité 1,2 à 1,6 X io° par jour; fonctionnant dans le vide, à une température de â +- 4o°C. à -h 45° C, il produit 31 à 4! de conductivité 0,6 à 0,7 X ioc par jour. Etant donné que l'espace com- pris entre le sac de collodion et les parois du dialyseur est d'une contenance de 3oocm" à 4oocm', on peut en déduire que l'eau se renouvelle de 10 à 20 fois par jour.. Grâce à cet appareil la dialyse s'effectue b Stock Photo")
RMRECWYB–. Comptes rendus hebdomadaires des séances de l'Académie des sciences. Science -- Societies, etc; Science; Science. 1854 ACADÃMIE DES SCIENCES. produit 71 à 81 d'eau deconductivité 1,2 à 1,6 X io° par jour; fonctionnant dans le vide, à une température de â +- 4o°C. à -h 45° C, il produit 31 à 4! de conductivité 0,6 à 0,7 X ioc par jour. Etant donné que l'espace com- pris entre le sac de collodion et les parois du dialyseur est d'une contenance de 3oocm" à 4oocm', on peut en déduire que l'eau se renouvelle de 10 à 20 fois par jour.. Grâce à cet appareil la dialyse s'effectue b
RMRECT88–. comptesrendusheb1451907acad. es naturelles. 1192 ACADÃMIE DES SCIENCES. Biologie végétale de Fontainebleau, une série d'expériences qui consistaient à faire pousser les plantes sous des châssis dont les parois vitrées étaient enveloppées par des couches de papier mince paraffiné ou de papier blanc ordinaire en nombre plus ou moins grand. Sept châssis, disposés en une rangée, étaient fixés sur le sol el orientés de façon que leurs couvercles se trouvaient tournés vers le sud et inclinés à 45° par m m 160 l'iO m m no 60 sn 'M Il I f I I. 0; ^:- . X- I I II I. I ? ? 5 ^ ^ â ^
RMREHBD6–. Collected reprints, Essa Institute for Oceanography. Oceanography Periodicals.. 45- 40° 135° 130° 125° 120° FIG. 7 - Volume transport (m^/sec x 10 ) from 0 to 1,000 db, Nansen cast data. 35° J I L J I I L. 45» 40° 01 '^02 03>|r 0' 05 09 0,1 C16 04 05 06 07 08 I I I I I I I I I I I I I I I I M I 1 I I I I I I I I I I I I I I I I I I I I I I T-TTT I I 'I I I I' r I I â . 3^â 135° 130° 125° 120° FIG. 8 - Volume transport (m^/sec x 10^) from 0 to 200 db, Nansen cast data.. Please note that these images are extracted from scanned page images that may have been digitally enhanced fo
![. Discovery reports. Discovery (Ship); Scientific expeditions; Ocean; Antarctica; Falkland Islands. DISCOVERY REPORTS, VOL. XIX PLATE XXI LATITUDE STATION 967 40 I0OOM ' 2000mâ 3000m⢠4000m- 5000m - 45°S 966 50 965 71 50" 964| 55^ .GQ X) 70-^70 *4 - -66 nt .76} 953 I 962 I cm â I50cjr-. AC 60*5 961 960 959 95G The distribution of phosphate along section 14, from the ice-edge in 6ic 07'S, I53° 57' W, north of the Ross Sea, to 410 03' S, 126° 04' W, in the central part of the South Pacific Ocean. September 1932.. Please note that these images are extracted from scanned page images that Stock Photo](https://c8.alamy.com/comp/RCDWFD/discovery-reports-discovery-ship-scientific-expeditions-ocean-antarctica-falkland-islands-discovery-reports-vol-xix-plate-xxi-latitude-station-967-40-i0oom-2000m-3000m-4000m-5000m-45s-966-50-965-71-50quot-964-55-gq-x-70-70-4-66-nt-76-953-i-962-i-cm-i50cjr-ac-605-961-960-959-95g-the-distribution-of-phosphate-along-section-14-from-the-ice-edge-in-6ic-07s-i53-57-w-north-of-the-ross-sea-to-410-03-s-126-04-w-in-the-central-part-of-the-south-pacific-ocean-september-1932-please-note-that-these-images-are-extracted-from-scanned-page-images-that-RCDWFD.jpg ". Discovery reports. Discovery (Ship); Scientific expeditions; Ocean; Antarctica; Falkland Islands. DISCOVERY REPORTS, VOL. XIX PLATE XXI LATITUDE STATION 967 40 I0OOM ' 2000mâ 3000m⢠4000m- 5000m - 45°S 966 50 965 71 50" 964| 55^ .GQ X) 70-^70 *4 - -66 nt .76} 953 I 962 I cm â I50cjr-. AC 60*5 961 960 959 95G The distribution of phosphate along section 14, from the ice-edge in 6ic 07'S, I53° 57' W, north of the Ross Sea, to 410 03' S, 126° 04' W, in the central part of the South Pacific Ocean. September 1932.. Please note that these images are extracted from scanned page images that Stock Photo")
RMRCDWFD–. Discovery reports. Discovery (Ship); Scientific expeditions; Ocean; Antarctica; Falkland Islands. DISCOVERY REPORTS, VOL. XIX PLATE XXI LATITUDE STATION 967 40 I0OOM ' 2000mâ 3000m⢠4000m- 5000m - 45°S 966 50 965 71 50" 964| 55^ .GQ X) 70-^70 *4 - -66 nt .76} 953 I 962 I cm â I50cjr-. AC 60*5 961 960 959 95G The distribution of phosphate along section 14, from the ice-edge in 6ic 07'S, I53° 57' W, north of the Ross Sea, to 410 03' S, 126° 04' W, in the central part of the South Pacific Ocean. September 1932.. Please note that these images are extracted from scanned page images that
RMRCEX1P–. Die Stoffliche Grundlage der Vererbung. Heredity. Fig. 44. Spermatogonien von Phrynolettix im letzten Stadium der Teilung, a Telophase, b—d Ausbildung des Ruhekernes, x Geschlechtschromosom. (Nach Wenrich.) ist das Chromatinmaterial innerhalb der Bläschen am stärksten verteilt, doch sind die Konturen jedes Bläschens noch sichtbar. Wenn der Kern sich für die nächste Teilung vorbereitet, treten die 'Bläschen wieder schärfer hervor (Fig. 45a und b), und bald darauf sieht man einen ge- wundenen Faden in jedem Bläschen (Fig. 45 c). Während der Faden dicker wird (Fig. 45 d), tritt ein Längsspalt i
![. Discovery reports. Discovery (Ship); Scientific expeditions; Ocean; Antarctica; Falkland Islands. 75' 70° S5° 60" 55* SO' 45' 40" 35° 30 Fig. 42. The distribution of Chaetoceros neglectus in the Scotia Sea, February-March 1931. es° 60' 55° 50° 45° 40° 35° â X^ /-^ -^ -â / / SCALE â 0 -10,000 N «r ( / / â 10.000 -100.000 B 100.000 â1.000.000 â ^^ )/â , â / H1.OQODOO-10,000.000 / / / oN ^^^isW- ,,^â L % / / m^^^ ' i 55 ^ i â 1 / '^ U 1 / ^ ^ / ^ ° / ^ / / ' / / ^ / 55 â 60 /I '.I ..rift' â / / / 7S' 70" 65' 60' 55° SO* â¢ts' 4-0' 35' 30° 25&qu Stock Photo](https://c8.alamy.com/comp/RCE05X/discovery-reports-discovery-ship-scientific-expeditions-ocean-antarctica-falkland-islands-75-70-s5-60quot-55-so-45-40quot-35-30-fig-42-the-distribution-of-chaetoceros-neglectus-in-the-scotia-sea-february-march-1931-es-60-55-50-45-40-35-x-scale-0-10000-n-r-10000-100000-b-100000-1000000-h1oqodoo-10000000-on-isw-l-m-i-55-i-1-u-1-55-60-i-i-rift-7s-70quot-65-60-55-so-ts-4-0-35-30-25qu-RCE05X.jpg ". Discovery reports. Discovery (Ship); Scientific expeditions; Ocean; Antarctica; Falkland Islands. 75' 70° S5° 60" 55* SO' 45' 40" 35° 30 Fig. 42. The distribution of Chaetoceros neglectus in the Scotia Sea, February-March 1931. es° 60' 55° 50° 45° 40° 35° â X^ /-^ -^ -â / / SCALE â 0 -10,000 N «r ( / / â 10.000 -100.000 B 100.000 â1.000.000 â ^^ )/â , â / H1.OQODOO-10,000.000 / / / oN ^^^isW- ,,^â L % / / m^^^ ' i 55 ^ i â 1 / '^ U 1 / ^ ^ / ^ ° / ^ / / ' / / ^ / 55 â 60 /I '.I ..rift' â / / / 7S' 70" 65' 60' 55° SO* â¢ts' 4-0' 35' 30° 25&qu Stock Photo")
RMRCE05X–. Discovery reports. Discovery (Ship); Scientific expeditions; Ocean; Antarctica; Falkland Islands. 75' 70° S5° 60" 55* SO' 45' 40" 35° 30 Fig. 42. The distribution of Chaetoceros neglectus in the Scotia Sea, February-March 1931. es° 60' 55° 50° 45° 40° 35° â X^ /-^ -^ -â / / SCALE â 0 -10,000 N «r ( / / â 10.000 -100.000 B 100.000 â1.000.000 â ^^ )/â , â / H1.OQODOO-10,000.000 / / / oN ^^^isW- ,,^â L % / / m^^^ ' i 55 ^ i â 1 / '^ U 1 / ^ ^ / ^ ° / ^ / / ' / / ^ / 55 â 60 /I '.I ..rift' â / / / 7S' 70" 65' 60' 55° SO* â¢ts' 4-0' 35' 30° 25&qu
![. Deutsche Südpolar-Expedition, 1901-1903, im Auftrage des Reichsamtes des Innern. Gauss (Ship); Scientific expeditions. Beutst m 1901â3 Nr. M4. ... Februar 1»«3 Hoch , r;< Li,-:: ») ^ 760 40 (S) WO 75" 700 45» 4) } "ff fffi* 5) O .'- 80âBS" (W,080) 5)^700 fif r.) >-' 7öö sn° bip jjff KâSO* (NW) 0 770 65 ". 40* (W.i ij 7) 3 76 â K) O 'â 'â 'â 40" (Oj . SO 1X0° 3cr â â ' Ol ^ 760 30* 30' 10) - -'.ö 8fr 11) ^ 755 107* 30" â , 110= 50-55' Meteorologi i /â â <1 WA,.v. y,/,;./ ^v Nr. ü«. 5. Februar 1903 m. N'lfe ü LÃmik .»' W ... X K -.,' -â : 1 Stock Photo](https://c8.alamy.com/comp/RCRWP5/deutsche-sdpolar-expedition-1901-1903-im-auftrage-des-reichsamtes-des-innern-gauss-ship-scientific-expeditions-beutst-m-19013-nr-m4-februar-13-hoch-rlt-li-760-40-s-wo-75quot-700-45-4-quotff-fffi-5-o-80bsquot-w080-5700-fif-r-gt-7-sn-bip-jjff-kso-nw-0-770-65-quot-40-wi-ij-7-3-76-k-o-40quot-oj-so-1x0-3cr-ol-760-30-30-10-8fr-11-755-107-30quot-110=-50-55-meteorologi-i-lt1-wav-y-v-nr-5-februar-1903-m-nlfe-lmik-w-x-k-1-RCRWP5.jpg ". Deutsche Südpolar-Expedition, 1901-1903, im Auftrage des Reichsamtes des Innern. Gauss (Ship); Scientific expeditions. Beutst m 1901â3 Nr. M4. ... Februar 1»«3 Hoch , r;< Li,-:: ») ^ 760 40 (S) WO 75" 700 45» 4) } "ff fffi* 5) O .'- 80âBS" (W,080) 5)^700 fif r.) >-' 7öö sn° bip jjff KâSO* (NW) 0 770 65 ". 40* (W.i ij 7) 3 76 â K) O 'â 'â 'â 40" (Oj . SO 1X0° 3cr â â ' Ol ^ 760 30* 30' 10) - -'.ö 8fr 11) ^ 755 107* 30" â , 110= 50-55' Meteorologi i /â â <1 WA,.v. y,/,;./ ^v Nr. ü«. 5. Februar 1903 m. N'lfe ü LÃmik .»' W ... X K -.,' -â : 1 Stock Photo")
RMRCRWP5–. Deutsche Südpolar-Expedition, 1901-1903, im Auftrage des Reichsamtes des Innern. Gauss (Ship); Scientific expeditions. Beutst m 1901â3 Nr. M4. ... Februar 1»«3 Hoch , r;< Li,-:: ») ^ 760 40 (S) WO 75" 700 45» 4) } "ff fffi* 5) O .'- 80âBS" (W,080) 5)^700 fif r.) >-' 7öö sn° bip jjff KâSO* (NW) 0 770 65 ". 40* (W.i ij 7) 3 76 â K) O 'â 'â 'â 40" (Oj . SO 1X0° 3cr â â ' Ol ^ 760 30* 30' 10) - -'.ö 8fr 11) ^ 755 107* 30" â , 110= 50-55' Meteorologi i /â â <1 WA,.v. y,/,;./ ^v Nr. ü«. 5. Februar 1903 m. N'lfe ü LÃmik .»' W ... X K -.,' -â : 1
![. Deutsche Südpolar-Expedition, 1901-1903, im Auftrage des Reichsamtes des Innern. Gauss (Ship); Scientific expeditions. ] Witterungs-Ubersioht. Hooh 1) ^ 7?0 95* W. 30-35" 8, (80) TJel 1) C "0 «iT W. 6Ã' 8. 2)0 770 55' 45" (NNW,50) 2) r 760 SiT 56-60' aj C 765 15' 30-36' S) Q 760 75' iiX" " 4) r. 7*0 60â55° 65-7tf° 5) C 765 Sy 36° 6) â ^ 745 35° ZV (80| 4) 1-' 7C0 lO" O. 30-36° 6) --^ 765 SCr 35° 6) x^ 765 7Ã' 30° 7) ^ res 75* 45' 8) n 770 HC 45' (OKO) 9) C ?'C 180° 40-45° 71 r^ 7« 25'0. 81 > / 7iS 27° 9) f-i 760 6(r 10) O 75.1 90" 11 Stock Photo](https://c8.alamy.com/comp/RCRWBX/deutsche-sdpolar-expedition-1901-1903-im-auftrage-des-reichsamtes-des-innern-gauss-ship-scientific-expeditions-witterungs-ubersioht-hooh-1-70-95-w-30-35quot-8-80-tjel-1-c-quot0-it-w-6-8-20-770-55-45quot-nnw50-2-r-760-sit-56-60-aj-c-765-15-30-36-s-q-760-75-iixquot-quot-4-r-70-6055-65-7tf-5-c-765-sy-36-6-745-35-zv-80-4-1-7c0-loquot-o-30-36-6-765-scr-35-6-x-765-7-30-7-res-75-45-8-n-770-hc-45-oko-9-c-c-180-40-45-71-r-7-250-81-gt-7is-27-9-f-i-760-6r-10-o-751-90quot-11-RCRWBX.jpg ". Deutsche Südpolar-Expedition, 1901-1903, im Auftrage des Reichsamtes des Innern. Gauss (Ship); Scientific expeditions. ] Witterungs-Ubersioht. Hooh 1) ^ 7?0 95* W. 30-35" 8, (80) TJel 1) C "0 «iT W. 6Ã' 8. 2)0 770 55' 45" (NNW,50) 2) r 760 SiT 56-60' aj C 765 15' 30-36' S) Q 760 75' iiX" " 4) r. 7*0 60â55° 65-7tf° 5) C 765 Sy 36° 6) â ^ 745 35° ZV (80| 4) 1-' 7C0 lO" O. 30-36° 6) --^ 765 SCr 35° 6) x^ 765 7Ã' 30° 7) ^ res 75* 45' 8) n 770 HC 45' (OKO) 9) C ?'C 180° 40-45° 71 r^ 7« 25'0. 81 > / 7iS 27° 9) f-i 760 6(r 10) O 75.1 90" 11 Stock Photo")
RMRCRWBX–. Deutsche Südpolar-Expedition, 1901-1903, im Auftrage des Reichsamtes des Innern. Gauss (Ship); Scientific expeditions. ] Witterungs-Ubersioht. Hooh 1) ^ 7?0 95* W. 30-35" 8, (80) TJel 1) C "0 «iT W. 6Ã' 8. 2)0 770 55' 45" (NNW,50) 2) r 760 SiT 56-60' aj C 765 15' 30-36' S) Q 760 75' iiX" " 4) r. 7*0 60â55° 65-7tf° 5) C 765 Sy 36° 6) â ^ 745 35° ZV (80| 4) 1-' 7C0 lO" O. 30-36° 6) --^ 765 SCr 35° 6) x^ 765 7Ã' 30° 7) ^ res 75* 45' 8) n 770 HC 45' (OKO) 9) C ?'C 180° 40-45° 71 r^ 7« 25'0. 81 > / 7iS 27° 9) f-i 760 6(r 10) O 75.1 90" 11
Search Results for X 45a Stock Photos and Images (40)
Page 1 of 1