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Entomologische Litteraturblätter ENTOMOLOGISCHE LITTERATURBLATTER. Repertorium der neuesten Arbeiten auf dem Gesammt- gebiet der Entomologie herausgegeben von R. Friedländer & Sohn Berlin Achter Jahrgang 1908. BERLIN N.W. 6, Karlstrasse 11. Totenliste der Entomologen aus dem Jahre 1908 (nebst Nachträgen aus 1907). Henry Guard Knaggs (Lep.) in Folkestone 46. I. — Martin Jacoby (Col.) in London 3%. XII. #907. — Heinrich Riffarth (Lep.) in Berlin 24. — Herbert Gosse (Palävent.) in London 46. II. — John Thomas Carrington in Combe Martin 5. Il. — Francisco de Paula Martinez y Saez in Madrid 26. Il. — Friedrich Wilhelm Konow (Hym. u. Dipt.) in Teschendorf 48. IH. — Willis G. Johnson in Baltimore. -- Robert Erhardt (Lep.) In München 44. V. — Pierre A. Prosper Finot (Orth.) in Fontainebleau 44. IV. — Friedr. Th. v. Köppen in St. Petersburg 6. VI. — J. L. Weyers (Col.) in Brüssel. — Moritz Pabst (Lep.) in Radebeul-Dresden 15. VI. — Eberhard von Örtzen (Col.) in Charlottenburg 11. VII. — Gustav Mayr (Hem.) in Wien #4, VI. — B. Jakovlev (Hem. u. Col.) in Eupatoria. — Francis Huntington Snow in Lawrence, Kansas. — Charles Tho- mas Bingham (Lep. u. Hym.) in London. Register. Zeitschriften. Aarshefter, Tromeö Mus. (25). 236, Bulletin Soc, Hist. Nat, Metz (Ser. 3, T. I, Abeille (T. 34, 4—2). 53, 239. 25). 209. Annalen Naturhist. Hofmus, (Bd. 21, 3—4; — Soc. Lépidoptérol. Genève (Vol. I, Fasc. Bd. 22, 4). 90, 210. 3). 235 — Zool. (Bd. II. 3—4). 30, — Soc. Portug. Sc. Nat. (Vol. I, Faec. 2, 4). Annales Biol. Lacustre (T. Il, Fasc. 3). 245. 37, 139. — Hist.-Nat. Mus. Hung. (Vol. V, 2; Vol. VI, — Soc.Vaud, Sc.Nat. (Ser.V, 464 —162). 91,454. 4). 493. — Soc. Zool. France (T. 32, 3—4; T. 33, 4 — Inst. Agronom. Moscou (A. 44, 3). 242. —4, 6—7). 53, 94, 137, 240. — Sc. Natur., Zool. (A. 83, T. VI, 5—6; A. — Wisconsin Nat, Hist. Soc. (N. S., Vol. V, 84, T. VII, 4—6). 75, 240, 1—3; Vol. VI, 1—2). 39, 181. — Scient, Univ: Jassy (T. V, 2). 216. Bullettino Soc. Ent. Ital, (A, 38, 3—4). 419. — Soc. Ent. Belg. (T. 54, 44—44; T. 52, 4 Butlleti Inst. Catal. Hist, Nat. (11, À. 4, No. 5 —9). 9, 36, 54,95,418,436, 159, 476, 197, 216. —6; A. 5, No. 5—6). 44, 479, 216. — — — France (Vol. 76, 3—4). 34, 136. Centralblatt, Biol. (Bd. 27, 23-24; Bd. 28, Annali Mus. Civ. Genova (Ser. III, vol. 3). 477. 4, 3, 8, 9, 40, 43, 48, 49, 20). 4, 29, 48, 442, Annals Natal Mus. (Vol. I, Pt. 2). 465. 133, 151, 209, 233. — and Magaz. Nat. Hist. (Ser. 7, Vol. XX, — Forstwiss. (1908, 3—4). 89, 142. 120 ; Ser. 8, Vol. 1, 4—6; Vol. Il, 7A). Echange, Rev. Linn. (No. 275—286). 8, 35, 7, 33, 52, 73, 93, 116, 134, 156, 195, 238. 53, 75, 94, 447, 436, 158, 175, 496, 214, 239. Annotationes Zool. Japan. (vol. VI, 3 —4). Entomological News (Vol, 48, 9—10; Vol. 19, 79, 199. 4—8).11,38,57,78,98,420, 162, 139, 180,242. Annuaire Mus. Zool. Acad. St.-Petersb. (Bd. Entomologist (535--546). 6, 32, 51, 72, 9, 42, 3; Beilage; 4; Bd. 43, 1—2). 56, 77, 445, 134, 154, 472, 194, 241, 237. 419, 244. _ , Canadian (Vol. 39, 1112; Vol. 40, 1— Anzeiger, Zool. (Bd. 32, 44, 12, 48, 19, 22— 40). 42, 39, 58, 78, 799, 422, 139, 163, 181, 25; Bd. 33, 7—9, 41, 12), 4, 48, 69, 89, | 198, 248, 244. 442, 451, 471, 192. Entomologieta Brasil. (A. I, 4—7). 444, 164, Archiv Entwicklungsmechan. (Bd.25, 14 —2), 29. 484, 219, 244. — mikrosk. Anat. u, Entwgeg. (Bd. 71, 4). 89. Entomologist’s Monthly Magazine (216—227), — Naturgesch, (Jg. 74, Bd. I, H. 2). 208. 6, 32, 54, 72, 92, 445, 135, 455, 172, — Rassen-u. Gesellschaftsbiol. (Jg.1V, H.6).29, 494, 242, 237. Archives Biol. (T. 23, 3). 76. — Record (Vol. 49, 44—12; Vol. 20, 1—10). — Zool, (A. 38, 3, 7, 78: A. 39, 4). 418, 158, 6, 33, 73, 52, 92, 416, 135, 455, 473, 212, 237. 196, 240. Entomologo (A. I, 4). 423. Bericht Senckenb. Ges. Frankf. a. M (1908).192. Ergebnisse Forschungsreise Südafr. (Bd. |, Berichte Naturw.-Med.Ver. Innsbr. (Jg.31). 234. 4). 434. Blätter, Ent. (Jg. III, 44—42; Jg. IV, 4—10). Feuille d. Jeunes Naturalistes (446—457). 9, 3, 28, 47, 68, 88, 444, 154, 491, 208, 231. 36, 54, 75, 95, 448, 437, 458, 476, 497, Boletin Soc. Aragon. Cienc. Nat. (T. VI, 8— 215, 241. 40; T. VII, 4—3, 5—6). 77, 97, 138. Frelon (A. 45, 40—42; A. 16, 4—8). 35, 74, — Soc. Espan. Hist. Nat. (T. VIII, 4, 2, 4, 6, 94, 437, 175, 495, 218, 239. 7). 96, 138, 178, 242. Jahrbuch, Ent. (4909). 232. Bollettino Laborat. Zool. Portici (Vol. 4—2). Jahrbücher Nass. Ver. Naturk. (Jg. 60). 30, 76, 459. — Zool. (Abt. Anat.) (Bd. 25, 4; Bd. 26, 4). — Naturalista (A. 27, 11—12; A. 28, 6—7). 69, 494. 40, 55, 478. — — (Abt.Syst.)(Bd.26,5 ; Bd,27,1).494, 232. — Tecn. Coltiv. Tabacchi (A. VII, 2). 460. Jahresbericht Wien. Ent. Ver. (1907). 443. Broteria (Vol. VI, 4; Vol. VII). 56, 179. Jahresheft Ver. schles. Insektenk. (N, F., 33). | Bulletin, Biol. (Vol. 43, 6; Vol. 44, 4—3; | 230. | Vol, 45, 4—2). 38, 57, 78, 463, 198. | Journal, Agricult., Cape (Vol. 32, 4, 5; Vol. a way: eng Experim. Stat. Japan (Vol. 33, 2—3). 80, 465, 220, 245. I, 2). 4 — Amer., Science (Ser. 4, Vol, 26, 154). 480. — ‘Soc. Lt. France (A. 54, Mai), 9. — Bombay Nat. Hist. Soc. (Vol. 48, 1—3). — Soc. Ent. Egypte (I, 1—2). 245. | 58, 164, 249. | — — — France (1907, 45—21 ; 1908, 1—44). | — Econom. Biol, (Vol. III, 2—3). 243, 239. 7, 34, 52, 74, 93, 116, 456, 174, 213. — Econom. Ent. (Vol. u 4—5). 99, 422, _ Soc. Hist. Nat. Mäcon (Vol. III, 4). 159. 462, 498, 243. IV Journal, Experim. Zoöl. (Vol.V, 3—4). 99,174. Revue Russe d’Ent. (T. VII, 4—3), 464. — New York Ent. Soc. (Vol. 45, 4; Vol. 46 — Scient. Bourbonn. (4907, Trim. 4, 4; 4908, 4—3). 37, 120, 179, 243, 4—3). 36, 95, 159, 246. — Quart., Microsc. Sc. (N. S., 208). 238. -— Suisse Zool. (T. 16, 2). 493. Kosmos (Lemberg) (T. 33, 4—3). 141. Rivista Coleotterol. Ital. (A. V, 8—42; A. VI, Marcellia (Vol. VI, 3—6; Vol. VII, 4—3). 4—7). 10, 36, 55, 76, 96, 419, 438, 477. 55, 96, 160, 178. — Ital. Sc. Nat. (A. 27, 9—12; A. 28, 4—2). Meddelelser Naturb. Foren, Kjöbenh. (1907). 40, 37, 96. 414. Rovartani Lapok (Bd. 15, 4-6). 49, 244, 234, Memoire Dept. Agricult. India. Ent. Ser. Sitzungsberichte Ges. naturf. Freunde Berl. (Vol. Il, 2). 482. (1907, 10; 4908, 1--3, 6). 49, 69, 442, 209. Miscellanea Ent. (Vol. 15, 4—44). 8, 447, Societas Ent. (Jg. 22, 15—24; Jg. 23, 13—15). 475, 495, 214. 5, 31, 49, 74, 94, 244, 235, Mitteilungen Naturw. Ver. Steierm. (Bd. 43 Spolia Zeyl. (Vol. V, 17—49). 58, 444, 249. — 44). 453. Tidskrift, Ent. (A. 28, 4—4). 50. — Polyxena (Jg. II, 7—42; Jg. III, 1—6). Tijdschrift Ent. (Dl. 50, 2—4; DI. 54, 4). 34, 5, 31, 49, 90, 433, 453, 472, 492, 240, 233. 51, 453. — Schweiz. Ent. Ges. (Vol. XI, 7—8). 90, 235. Transactions Amer. Ent. Soc. (Vol. 33, 2—4; — Zool. Mus. Berl. (Bd. IV, 4). 474. Vol. 34, A—3). 97, 119, 479, 247. Monitore Zool. Ital. (A. 49, 3—4). 138. — Ent. Soc. Lond. (1907, 3—5; 4908, 2). 5, Natur, Aus der (Jg. III, 49; Jg. IV, 4, 7, 43). 72, 144, 236. 29, 133, 152, 233. Tropenpflanzer (Jg. 42, 7). 152. — u. Haus (Jg. 46, 23). 192. Verhandlungen Naturf. Ver. Brünn (Bd. 45).70. Naturalist (644, 618). 74, 456. — Zool.-Bot. Ges. Wien (Bd. 57, 8—9 ; Bd. 58, — Amer. (491, 492, 497, 499). 38, 57, 463, 498, 4—7). 31, 90, 413, 472, 233, — Ohio (Vol. VIII, 3—4). 78. Wochenblatt, Ent. (Jg. 24, 46—52; Jg. 25, — Victorian (Vol. 24, 44—42; Vol. 25, 2, 4—45). 3, 28, 47, 68, 87, 414, 134, 449, 4). 423, 444, 182, 220. 470, 490, 208, 230. Naturalista, Siciliano (Vol. 20, 4—8). 56, Zeitschrift, Ent. (Jg. 24, 30—48; Jg. 22,1—31). 461, 197. 2, 26, 46, 67, 86, 409, 131, 450, 470, 489, Naturaliste (496—520). 9, 35, 54, 75, 94, 118, 207, 230. 437, 158, 176, 196, 245, 240, Berl. Ent. (Bd. 52, 2-3; Bd. 53, 4). 85, Notes Leyd. Mus. (Vol. 29, 2; Vol. 30, 4). 429, 149. 5, 493. Deutsche Ent. (Jg. 1907, 6; Jg. 1908, 4—5). Nova Guinea (Vol. V, 2). 144. 4, 25, 65, 129, 169, 206. Novitates Zool. (Vol. 45, 1). 455. — Iris (4907, 4; 1908, 1—2). 66, 85, 130. Ofversigt Finska Vetensk.-Soc, Förh. (Bd. 49), Intern. Ent, (Jg. 1, 34—52; Jg. II, i—34). 71 3, 27, 46, 67, 86, 410, 432, 450, 474, 490, Palmén-Festschrift. 71. 207, 231. Parasitology (Vol. I, 4—2). 156, 174. Münch. Koleopterol. (Bd. III, 3). 88. Proceedings Ent. Soc. Washington (Vol. IX, Naturw., Forst- u. Landwirtsch. (Jg. V, 4—4; Vol. X, 1—2). 424, 217. 44; Jg. VI, 4, 2, 4, 5, 7, 9). 4, 48, 70, 89, — Hawaiian Ent. Soc. (Vol, I, 4—5). 12, 440. 434, 452, 209. — Linn. Soc. N. S. W. (Vol.
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