BIBLIOGRAPHY. 



[This list is not intended to be exhaustive, since the bibliography of the subject is easily 

 accessible in certain of the works mentioned below, marked with an asterisk. The remain- 

 der are papers which have been found pertinent, but which are not usually included else- 

 where. For the sake of indicating the papers referred to, even though they may not be 

 included in the list below, the year of publication has been inserted, and the paper may 

 thus be found in one or other of the asterisked articles.] 



BAIN, S. M. 



1902. A simple method for demonstrating the translocation of starch. Univ. Tenn. 



Record 5: 259-262. 

 BERGEN, J. Y. 



19040. Transpiration of sun leaves and shade leaves of Olea europaa and other 

 broad -leaved evergreens. Bot. Gaz. 38: 285-296. 



1904 6. Relative transpiration of old and new leaves of the Myrlus type. Bot. Gaz. 



38: 446-451. 

 BESSEV, C. E. 



1898. Some considerations upon the functions of stomata. Science, n, 7 : 13-16. 

 BLACKMAN, J. F. 



1895. Experimental researches on vegetable assimilation and respiration. Phil. 



Trans. Roy. Soc. London B. 186: 503-562. 

 BROWN, H. T., and MORRIS, G. H. 



1893. * A contribution to the chemistry and physiology of foliage leaves. Jour. 



Chem. Soc. Trans. London 63: 604-477. 

 BROWN, H. T., and ESCOMBE, F. 



1900. Static diffusion of gases and liquids in relation to the assimilation of carbon 



and translocation in plants. Ann. Bot. 14: 537-542. 



1900 a. Static diffusion of gases and liquids in relation to the assimilation of car- 

 bon .and translocation in plants. Phil. Trans. Roy. Soc. London B. 193: 

 223-291. 



1902. The influence of varying amounts of carbon dioxide in the air on the photo- 

 synthetic process of leaves and in the mode of growth in plants. Proc. 

 Roy. Soc. London 70 : 397-418. 



1905. Researches on some of the physiological processes in green leaves with special 

 reference to the interchange of energy between the leaf and its surround- 

 ings. Proc. Roy. Soc. B. 76: 29-111. 

 BURGERSTEIN, A. 



1887. * Materialien zu einer Monographic betreffend die Erscheinung der Transpira- 

 tion der Pflanzen. Wien. 



1904. * Die Transpiration der Pflanzen. Jena. 

 CANNON, W. A. 



1905. On the transpiration of Fouquieria splendens. Bull. Torr. Club 32 : 397-414. 



1905 6. A new method of studying the transpiration of plants in place. Bull. Torr. 



Club 32 : 515-529- 



1906. The effects of high relative humidity on plants. Torreya6 : 21-25. 

 CLEMENTS, F. E. 



1905. Research methods in ecology. Lincoln, Nebraska. 



1907. Abstract, Science, ir, 26: 440, 441. 



COPECAND, E. B. x 



1902. The mechanism of stomata. Ann. Bot. 16: 327-364. 

 COVILLE, F. V., and MAcDouGAL, D. T. 



1903. The Desert Botanical Laboratory of the Carnegie Institution of Washington. 



Carnegie Institution of Washington Publication No. 6. 

 CURTIS, C. C. 



1902. Some observations on transpiration. Bull. Torr. Club 29: 360-373. 

 DANDENO, J. B. 



A stimulus to the production of cellulose and starch. Ann. Rpt. Mich. Acad, 

 Sci. 8: 40-44. 



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