X-chromosome ïin Drosophila melanogaster. Here-

(12). — The failure of ether to produce mutations in :

a sex-linked mendelian character in Drosophila. Armer.

Morcan (T. H.). (1). — The method of inheritance of two

ar =

MorGan (T. H.) et Carrezz (E.). — Data for the study ot

sex-linked inheritance in Drosophila. Jour. exp. Zool., XIV., p. 79-101, 1912. Ë MorGaAn (T. H.) et BripGes (C. B.). (1). — Sex-linked Inheritance in Drosophila. Carneg.'Instit. public., n° 237, p. 1-87, (2). — The origin of gynandromorphs. Carn. Inst. Public, n° 278, p. 1-122, 1919.

MorGAN (T. H.), Brip&es (C. B.) et STURTEVANT (A. H.). — *

The Genetics of Drosophila. Bibliogr. genetica, II, p. 1-262, 1925 (403 références bibliographiques).

MorGAnN (T. H.) et Proucrr (H. H.). — The appearance of known mutations in other mutant stocks. Amer, Nat. XLIX, p. 318-319, 1915.

MorGAN (T H.), STURTEVANT (A. H.), Müzrer (H. J.) et BrIDGES (C. B.). — The mecanism of mendelian Heredity. Holt, New-York, 1915.

MorGAn (L. V.). (1). — Non criss-cross inheritance in Droso= phila melanogaster. Biol. Bull., XLII, p. 267-274, 1922.

(2). — Polyploidy in Drosophila melanogaster With two

attached X chromosomes. Genetics, X, p. 148-178,

MüLer (H. J.). (1). — A factor for the fourth chromosome of Drosophila. Science, N.S., XXXIX, p. 906, 1914. (2). — Genetic variability, twin hybrids and constant hybrids, in a case of balanced lethal factors. Genetics, III, p. 422-499, 1918.

(3). — Further changes in the white-eye series of Dro-=.

sophila and their bearing on the manner of occurence of mutation. Jour. exp. Zool., XXXI, p. 443-473, 1920.

(4). — Variation due to change in the individual gene Amer. Nat., LVI, p. 32-50, 1923.

(5). — Why Polyploidy is rarer in animals that in Siantst Amer. Nat., LIX, p. 346-353; 1925.

(6). — The problem of genic modification. Verh. V. int. Kongres. {. Vererb., I, p. 234-260, 1927.

É- MüzLer (H, J.) et ALTENBURG (E.). (1). — The rate of change

of hereditary factors in Drosophila. Proc. Soc. exp. Biol, Med., XVII, p 10-14, 1919.

(2). — A study of the character and mode of origin of. : eighteen mutations in the X-chromosome of Drosophila. Anat. Rec., XX, p. 213, 1921. ae - Mürcer (H. J.) et Drppez (A. L.). — Chromosome breakage by X-rays and the production of eggs from genetically male tissue in Drosophila. Brit. Jour. exp. Biol., III, P. 85-

Mürzer (R). — Insuchtversuche mit vierhôrnigen Zisgen = * Zeits. ind. Abst. Vererb., VII, p. 240-251, 1912. 4 SE ER

NaBours (K. R.). (1). — Parthenogenesis and crossing à over in the Grouse Jocust Apatcttix. Amer. Nat., LIIT,

p. 131-142, 1919. 4 (2). — Studies or inheritance and evolutionin Orthoptera

V. The Grouse locust Apatettix eurycephalus. Kansas Stat. techn. Bull., XVII, p. 3-231, 1925.

NaGar (IL) (1). — Studies on the mutations in Oryza sativa. I. On staminoidal sterile and roll-leaved. Fertile Li Le $ ©” Jap. jour. Bot. IL, p. 25-53, 1926.

(2). — II. On awned sterile compact-panicled and dwarf mutants. Zbid., ILI, p. 55-66, 1926.

(3). — III. On paleaceous sterile mutant. Zbid., III, p. > 85-96, 1926.

(4). — IV. On a case of partial steriiity. Ibid., III, p. ee 2 1926.

nous (Ch.). — Cas de monstruosités devenues le point de départ de nouvelles races dans les végétaux. CR. Acad. Sc, LXIV; p. 929, 1867.

AYÈTS (M.). — Polyploid mutations in Crepis. Triploid . and pentaploid mutants of Crepis capillaris. Genetics, X, D 0 p. 583-592, 1925.

NEumriNG — Schwanzlose Hunde. Deus. Jägerzeitung, X, ES : P. 247, 1887. £

= | ORHLKERS (EF). (1): —:Erblichkeit und Cytologie einiger se. Kreuzungen mit Œnothera strigosa. Jahrb. f. wiss. Bot., LXV, p. 401-446, 1926.

- (2). — Sammelreferat uber neuere experimentelle Œhotherenarbeiten. Zeifs. ind. abst. Vererb., XXXIV, p. 259-283; 1924 et XLI, p. 359-375, 1926.

INDEX BIBLIOGRAPHIQUE ADS O” Gara (P. J.). — Albinism in the english sparrow. Science, N.S.; XLI, p. 26, 1915.

OVEREEM (C. van), — Uber Formen mit abweichendér Chromosomenzahl bei «Œnothera. Bei. 7. Bot. Centralb., XXXVIIL p. 73-113, 1921 et XXXIX, p. 1-80, 1922.

PAINTER (Th. $.). (1). — A wing mutation in Piophila casei, Amer, Nat. LI, p. 305-308, 1917.

(2), — A comparative study of the chromosomes of Mammals. Amer. Nat., LIX, p. 385-409, 1925. 2 (3). — The chromosome constitution of Gates enon = disjunction » (v-o) mice. Genetics, XII, p. 379-392, PATTERSON (J. T.). — The effects of X rays in producing mutations in the somatic cells of D. melanogaster. Science N. S., LXVIII, p. 41-43, 1928. & PELoquin. De l’achôndroplasie chez l’homme et les animaux Thèse Méd. Lyon, 1902. LE ES PELSENEER (P.). — Les variations et leur hérédité chez les. Mhilusques. Mém. Acad. Roy. Belgique, V, 826 pp., 1920, PiGTET (A.). — Résultats négatifs d’expériences d’alcoolisme > sur les Cobayes. Sur l'apparition de Cobayes ancormaux dans les lignées non alcoolisées. C.R. Soc. Phys. ist nat . Genève, XLI, p. 29-33, 1924. ER PrerReMmMENT (discussion de la note de M. Duvar, 1886) et Bull. Soc. Anthrop., IX, p. 317-318, 1886.

Prrès DE Lima (J. A.), — Canards à doigts non palmés. C.R, Soc. Biol., XCIV, p. 923-925, 1926. 4 PLATE (E.). — Die Knickschwanzblastovariation. Fesisehse ne = j. R: Hertwig. 1910-13. se PLouGx (H. H.). — Black suppressor. A. sex linked gene in 2 Drosophila causing apparent anomalies in crossing over in RE the second chromosome, Verh V. int. Kongres. f. Vererb., If, p. 1193-1200, 1927. à

PoMERoY (C. S.). — Bud variations in Eleagnus. Jour. Heredity, XI, p. 227-230, 1921.

Pourton (E. B.). — Observations on Heredity in cats with

an abnormal number of toes. Nature, XXIX, p. 20-21, Un. 1883 et XXXV, p. 38-41, 1887. : j

AREA LA VARIATION.

Bull. Soc. Zool. France, XLVII, p. 87-97, 1917.

Zea mays. Amer. Nac., LX, p. 99-102, 1926.

RENNER (O.). (4). — Uber die angebliche Merogonie der - Œnotherenbastarde. Ber. deut. bot. Ges., XXXI, p. 334- 335, 1913.

' (2). — Versuche über die gametische Konstitution der Œnotheren. Zeit. ind. Abst. Vererb., XVIII, p. 121-

(3). — Artbastarde und Bastardarten in der’ Gattung

Œnothera. Ber. deut. bot. Ges., XXXV, p. 21-26, 1917. (4. — Uber Sichbastarden der mendelschen Spaltung im Pollen von Œnotherabastarden. Ber. deut. bot. Ges., XXXNII, p. 129-135, 1919.

Es (5). — Das Rotnervmerkmal der Œnotheren. Ber. deut. bot. Ges., XXXIX, p. 264-270, 1921.

(6). — Heterogamie im weiblichen Geschlecht und

Embryosakentwicklung bei den Œnotheren. Zeits.

Bot., XIII, p. 609-621, 1921.

(7). — Eiplasma und Pollenschlauchplasma als Vererbungsträger bei den Œnotheren. Zeit. ind. Abst. Vererb., XXVII, p. 235-237, 1922.

(8). — Untersuchungen über die faktorielle Konstitution

einiger Komplexheterozygotischer Œnotheren. Bibl.

genet., IX, p. 1-168, 1915.

e (9). — Uber Koppelungwechsel bei Œnotheren. Verh.

1" V. int. Kongress f. Vererb.; II, p. 1216-1220, 1927.

Reynozps (B. D.). — oh tance of double characteristics ee - in Arcella polypora. Genetics, VIII, p. 477-493, 19283.

: RICHARDS (M. H.). — Two new eye colors in the third chroz; mosome of Drosophila melanogaster. Biol. Bull, XXXW, »ù. : p. 199-206, 1918.

RIDDLE (0.). — A case of-hereditary « ataxia » in Pigeons.

3 Proc. Soc. exp. Biol. Med., XV, p. 56-58, 1917.

RABAUD (E.). (4) — Sur une anomalie héréditaire ces à

membres postérieurs chez la Souris. C.R. Soc. biol., LXXVIL-

Ranpozpx (L. E.). et Mc. CLiNTOCK (B.). — Polyploidie in.

(2). — Dominance et récessivité chez les Souris «luxéés »

Æ). — = Polydactylism | in | Cattle. Jour. Heredity, Baie p. 8186, 1921. à Roginson (T. Er The bud on origin of a new pink- Er fleshed grapefruit in Florid. Jour. Heredity, XII, p. 195 198, 1921. no Rosa (J. T.). — Mutations in the sweet potato. Jour. Here-. # AE dity, XNIL, p. 167-168, 1926. | ROSENBERG (O.). (1). — Cytologische Hd morpho see Studien an Drosera longifolia X rotundifolia. Kgl. Srensies Vet. Handl., XLIII, p. 3-64, 1909.

. (2). — Die Reduktionsteilung und ihre Degéneration im

7 Hieracium. Svensk. Bot. Tidskr., XI, p. 145-206, 191728 (3). — Chromosomenzahlen und Chromosomendimen- £

> sionen in der Gattung Crepis. Ark. f. Bot, XV, p. 1-1088 | nr: ACL OILS:

(4. — Weitere Untersuchungen: über die Chromoso- | Le menverhältnisse in Crepis. Svensk. Bot. Tidskr., XIV, . # + p. 320-326, 1920.

. (5). — Speziesbildung mit Vervielfältigung von Cho 3 Ve . mosomen. Verh. V. int. Kongres. f. Vererb., I, p. 332-4.. Pr 34l, 1927. L ee Rürrce (M. L.). — Chromosome number and morphology Ê “in Nüicotiana. species. IX Diploidy and partial diploidy in ” > root tips of tabacum haploids. Univ. Calif. Public. Bot.,. 3 XL 1928. "EH | Sarm (S. R.). (1). — A new eye-color mutation in Droso- ? phila. Biol. Bull, XX, p. 45. 1918. : 722

- (2) — Buff, a new allelomerph of white eye color im Drosophila: Genetics, 1, p. 584-590, 1916. SRE E, | SAKAMURA (X.)' — Kurze Mitteilungen über dir Chromoso-

& menzahlen und die Verwandschaftsverhältnisse der Tri. ticum Arten. Bot. Mag., Tokyo, XXXII, p. 151-154, 1918. 2 SAvVELLI (R.). — Variazine brusca in Nicotiana sylvestris. F … { Añnali di Bol XN p. 197-263. 1922.

Sax (K.). (4) — Steriitv in Wheat hybrids. II Chre mosome behavi ur in partia y sterie Hybrids. Genetics. 7 p 51314 552. 1922: S AS (2. — The relation between chromosome number,

en of tait sterile Wheat hybrids Genetics, 25 VIII, p. 301-321,1923;:

(3 — Chromosome Behaviour in Triticum hybrids. Verh. V. int. Kongres. f. Vererb., 11, p. 1267-1284, 1927. HOFFIELD (R.). (1). = Lnheritance of a bi-lobed ear. Jour. Heredity, VIII, p. 517-518, 1917.

(2). — Inheritance of webbed Toes. Jour. Heredily, XIL, p. 400-401, 1921.

ScHULTZE (E.) — Familiäre Snetihé Monodactylie. Neurol. Centralb., p. 670, 1904. | SCOUTETTEN (H.). — Obseratun de difflormités congénitales des pieds et des mains. Bull. Acad. Med. XXIII, p. 97- 100, 1857. G SEILER (J.). (1). — Geschlechtschromosomen Untertcheue an Psychiden. III Chromosomenkoppelungen bei Solenobia pini. Eine zytologische Basis für die Faktorenaustausch- Hypothese. Arch. f. Zellforsch., XVI, p. 171-216, 1922. (2). — Ergebnisse aus Kreuzungen von Schmetterlings- 2 rassen mit verschiedener Chromosomenzah]. Ein Beweis = für das Mendeln der Chromosomen. Arch. Jul. Klaus nn Stiftg., l, p.-63-117, 1925.

ECS): — Ergebnisse aus der Kreuzung parthenogenetischer und zweigeschlechtlicher Schmetteriinge. Biol. Zentralb., XLVII, p. 426-446, 1927. :

marus rad. Nature, CXVII, -P. 194- 195, 1926. SEXTON (E. W.) et PANTIN (C. F. A.). — Inheritance in Gammarus chevreuxi, Sexton. Nature, CXIX, p. 119-120. 1926. HAMEL (A. D.). (1). — Bud variation in lemons. Jour. Here” dity, VIII, p. 75-81 1917.

(2). — An orange bud variation. Zbid. VII, p. 176-177,

“ eo — À bud variation of Evonymus. Ibid. VIIL, p. 218- 2220,1917.

@ — Variations in artichokes. Zbid., VIH, P. 310- Se

(5). — A bud variation in Pittosporum. Ibid. VIII, P. 357- . 358. 1917.

ÿ). — Origir of the stripe CRT SE 2 : à (7). — Origin of a grapefruit variety having pink-fleshed … - fruits. Zbid., XI, p. 157, 1920. ; TE (8). — Chrysanthemum varieties. Ibid, IX, p. 81-84, He Los. ; ae Le :

(9). — Bud variation in Dahlias, Zbid., IX, p. 362-364 HE AOL. Lis : 2 23 - (10). — A dry blood-orange strain. Ibid, IX, p. 174- M = TTT, 1918. nn.

” Same (A. D.), PomEroY (C. S.) et CARYL (R. E.). (4). > A Bud selection in the Washington navel Orange. Prog! = test of the Thomson, Washington, Corrugated and Golden Buckeye strains originating as limb variations on a sing} tree. Jour. Heredity, XVI, p. 233-241, 1925. “4 (2). — II. Progeny tests of dry limb variations. Ibid., p. 299-305, 1925. ne (3). — III. Progeny tests of the Australian strain. 1 bid., 53 p. 367-374, 1925. ’ EN > (2). — IV. Progeny tests of limb variations of the kibbed strain. 1bid., p. 415-422, 1925. fe (5). — V. Progeny test of a sheepnose limb variatio Ibid., p. 449-455, 1925. Re (6). — VI. Progeny test of a dual limb variation. Ibid, Fmpls XVII, p. 59-65, 1926. Re SarwaGo (P. J.). — The chromosome complex in the scmatic cells of male and female of the domestic chicken. Science EE NS EX, p..45-46, 1924. ; < ÉSrurr-(G -H.). (A): — Three new mutations in Œnothera > jamarckiana. Jour. Heredity, XIX, p. 354-363, 1921. À (2) — Linkage with lethal factors, the solution of Œ Se thera problem. Eugenic, Genet. and Family, 1, p. 8 D | 99:1923. : $ … D GG) — The third linkage group in Œnothera. Proc. nat Ne Acad. $c., XI, p. 715-718, 1925. ù (2. — «Old Gold » flower color, the second cas of ind pendant inheritance in Œnothera. Genetics, XI, p. 20

D 1254:1926. x 0 (5). — A new gene mutation (mut. bullata) in Œnofhera ÿ

à cane. Ibid, VIII, p. 471-472,

1 ft