Szekessy Vilmos (szerk.): A Magyar Természettudományi Múzeum évkönyve 55. (Budapest 1963)
Topál, Gy.; Tusnádi, Gy.: Data for the craniometric investigation of Myotis myotis Borkh. and Myotis oxygnathus Montic. in Hungary (Mammalia)
data for the cranio metric investigation of myotis 54i> from the investigations that, in the course of a discrimnatory process of a statistical character, it is advisable to study also the allometric variations, lest the differences deriving from size be assessed incorrectly. Beyond referring to differences in size, allometric examinations also allow some insight into changes of a deeper and thus structural origin, and hence surely contribute to a correcter taxonomic evaluation. It were an interesting future study to compare populations of the two species inhabiting different areas. Such investigations would surely assist in the final solution of the problem. References: 1. ÉHIK, GY. : A new vole from Hungary and an interesting bat new to the Hungarian Fauna (Ann. Hist.-nat. Mus. Nat. Hung., 21, 1924, p. 159— 162). — 2. ELLERMAN, J. B. & MORRISON — SCOTT , T. C. S. : I'alearctic and Indian Mammals 1758—1946 (London, 1951). —3. GAISLER, J. & HANÁK, V. : Über einen Fund von Myotis oxygnathus Monticelli in der Tseheehoslovakei (Acta Soc. Zool. Bohemoslov.; 20, 1956, p. 364—365). — 4. HARRISON, D. L. & LEWIS, B. E. : The Large Mouse-eared Bats of the Middle East, with description of a new subspecies (Journ. Mamm., Î2, 1961, p. 372—380). — 5. Ky35IKHH, A. II.: JleTymie MbiuiM (MocKBa, 1950). — 6. MÉHELY , L. : Monographia Chiropterorum Hungáriáé (Budapest, 1900). — 7. MILLER, G. S. : Catalogue of the Mammals of Western Europe (London, 1912). — 8. BÖHRS , M. : Allometrie und Systematik (Ztschr. f. Säugetierk., 2<>, 1961, p. 130—137). — 9. TOPÁL, GY . : The movements of bats in Hungary (Ann. Hist.-nat. Mus. Nat. Hung., Ser. nov. 7, 1956, p. 477—489). 10. TOPÁL, GY. : Morphological Studies on the os penis of bats in the Carpathian Basin (Ann. Hist.-nat. Mus. Nat. Hung.. 50, 1958, p. 331—342). — 11. WEBER, E. : Grundriss der biologischen Statistik für Naturwissenschaftler und Mediziner (Jena, 1960). K KP AH HO M ETP H H MYOTIS MYOTIS itOltkll. H MYOTIS OXYGNATHUS MOIVTIC. Ab. TOIIAJ1 (ByAaneiuT) n ßb. TYlHHAflH (KecTxeii) AJIH BBIHCHEHIIFL cucTeMaTimecKoro noJioweHiifl M. myotis n M. oxygnathus 3BTOpaMH npHMeHflJincb MaTeMaTimecKne mctoah, KOTopbie B nccjieAOBaHUflx jieTymix Mbiiueu AO eux nop eme He obiJin ncn0Jib303aHbi. /I-Jifl aHaau3a AHCKnuMHHauHH ucnoji bsoBaaocb 6 ôojiee Ba>KHbix pa3MepoB lepena no 10 S ooonx BIIAOB (CM. TaÖJi. I—III u puc. 7—8). AJIJIOMETPIMECKIIM MCTOAOM NPOBOAUJIOCB cpaBHeHne 6 pa3MepoB Mepena 29 <? M. myotis H 64 (J ]\I. oxygnathus, KOTopbie ObiJin conocTaBJieHbi c pa3MepaMH K0HAUJi00a3ajibH0H AJiiiHi)i (puc. 1—6 n Taöji. IV). Pc3yjibTaTbi, nojiyieHHbie aBTopaMii noKa3ajin, MTO MewAy ajuiOMeTpuMecKHMii TeHAeHuu>iMH pa3MepoB ABVX iiccJieAOBaHHbix BUAOB cviuecTByioT oTKJiOHeHHH cucTCMaTHMecKoro xapaKTepa.
