FERTILIZATION 



Land, W. J. G. 1900. Double fertilization in Composite. Bol Gai 30- j 



260. pis. 15, 16. 

 1902. A morphological study of Thuja. Ibid. 34: 249 259. pis. 6 v 

 1907. Fertilization and embryogeny of Ephedra trifurca. [bid. 44: \ 



pis. 20-22. 

 L.AWSON, A. A. 1904*/. The gainetopliN tc. mclirgonia, fertilisation and cinl»: 



of Sequoia sempervirc us. Ann. Bot. 18: 1 28. pis. I L 

 19046. The gametophyte, fertilization and embryo of Crypi 



Ibid. 18: 417-444. pis. 27-30. 

 1907. The gametophytcs, fertilization and embryo of Cephaiotaxv 



Ibid. 21. 1-23. pis. 1-4. 

 Levine, M. 1913. The cytology of Hymenomycetes, especially the Boletl Bull 



Torr. Bot. Club 40: 137-181. pis. 4-8. 

 Lillie, F. R. 1901. The organization of the egg in Unto based on a study ol 



maturation, fertilization and cleavage. Jour. Morph. 17: 227 292. pis. 24 27. 

 1912. Studies of fertilization in Nereis. 111. The morphology of normal fertilisa- 

 tion in Nereis. IV. The fertilizing power of portions of the spermatoa 



Jour. Exp. Zool. 12- 413-476. pis. 1-11. 



1914. Studies of fertilization. VI. The mechanism of fertilization in Arba 

 Ibid. 16 : 523-590. 



1919. Problems of Fertilization. Chicago. 

 Lillie. R. S. 1908. Momentary elevation of temperature as a means of producing 

 artificial parthenogenesis in starfish eggs and the conditions of ita action. Jour. 

 Exp. Zool. 5 : 375-428. 



1915. On the conditions of activation of unfertilized starfish eggs under tin- 

 influence of high temperatures and fatty acid solution. Biol. Hull. 28. 26 



Loeb, J. 1910. Die Hemmung verschiedener Giftwirkungen auf das befruohb 

 Seeigelei durch Hemmung der Oxidationen indemselben. Biochem. Zeitschr 29. 



1911. Auf welche Weise rettet die Befruchtung das Leben dee 1 ii< - ' Arch. 

 31: 658-668. 



1912. The Mechanistic Conception of Life. ( hicago. 



1913. Artificial Parthenogenesis and Fertilization. Chicago. 



Loeb; J. and Bancroft, F. W. 1913. The sex of a parthenogenetic tadpole and fi 



Jour. Exp. Zool. 14: 275-277. 

 Loeb, J. and Wasteneys, H. 1910. Warum hemmi Natrium cyanide die Gift- 



wirkung einer Chlornatriumlosung fur das Seeigelei? Biochem. Zeitsch. 2. 



1911. Sind die Oxidationsvorgange die unabh&ngige Variable In den I^-l 

 scheinungen? Ibid. 36: 345-356. 



1912. Die Oxidationsvorgange im befruchteten und unbrfrurhtrten Srrstrrnri. 

 Arch. Entw. 35 : 555-557. 



Luther, A. 1904. Die Eumesostominen. Zeit. Wise. Zool. 77: 1 273. p 



figs. 16. 

 MacCurdy, II. M. 1919. Division, nuclear organisation and conjugation in 



Arcella vulgaris. Mich. Acad. Sci. Rep. 21: 111 113 

 Macormick, F. a. 1912. Development of zygospore in Hkiao B 



Gaz. 63: 67-68. 

 McClendon, J. J. 1912. Dynamics of cell division. Artificial parthenog«iuM^ in 



Vertebrates. Am. Jour. Physiol. 29: 21 8-301. 

 McCubbin, W. A. 1910. Development of the Helvellineae Bol Qai 49: ID 



206. pis. 11 16 

 Meves, Fr. 1899. Ueber Struktur und Elistogenese der Samenfaden dec Meersch- 



weinchens. Arch. MikT. Anat. 64: 329-402. pis. lfr-21. figs. H 



