Crafts etal. —212— Water in Plants 



— — 1940: Movement of organic solutes in the sausage tree, Kigelia africana (Plant Physiol. 15: 



689-700). 

 , and C. J. Engard 1938: Upward movement of inorganic solutes as aflFected by a girdle 



(Plant Physiol. 13: 103-122). 

 CoLLANDER, R. 1939: Permeabilitatsstudien an Characeen, III. Die Aufnahme und Abgabe von 



Kationen (Protoplasma 33: 215-257). 

 , and H. Barlund 1933: Permeabilitatsstudien an Chara ceratophylla, II. Die Permeabilitat 



fur Nichtelektrolyte (Acta Bot. Fenn. No. 11: 1-114). 

 CoLLORio, H. M. 1928: Untersuchungen iiber die Beziehungen zwischen der Wasserabgabe der 



Pflanzen und ihrer Atmungsgrosse (Planta 5: 1-27). 

 CoLWELL, R. N. 1942: The use of radioactive phosphorus in translocation studies (Amer. Jour. Bot. 



29: 798-807). 

 CoHN, E. J. 1936: Influence of the dielectric constant in biochemical systems (Chem. Rev. 19: 



241-273). 

 Comar, C. L., and C. G. Barr 1944: Evaluation of foliage injury and water loss in connection 



with use of wax and oil emulsions (Plant Physiol. 19: 90-104). 

 Commoner, B., S. Fogel, and W. H. Muller 1943: The mechanism of auxin action. The effect 



of auxin on water absorption by potato tuber tissue (Amer. Jour. Bot. 30: 23-28). 

 , and K. V. Thimann 1941: On the relation of growth and respiration in the Avena coleoptile 



(Jour. Gen. Physiol. 24: 279-296). 

 Conrad, J. P., and F. J. Veihmeyer 1929: Root development and soil moisture (Hilgardia 4: 



113-134). 

 CooiL, B. J. 1941: Significance of phloem exudate of Cucurbita pepo with reference to transloca- 

 tion of organic materials (Plant Physiol. 16: 61-84). 

 CoPELAND, E. B. 1902: The rise of the transpiration stream: an historical and critical discussion 



(Bot. Gaz. 34: 161-193, 260-283). 

 Crafts, A. S. 1931: Movement of organic material in plants (Plant Physiol. 6: 1-42). 



1932: Phloem anatomy, exudation, and transport of organic nutrients in cucurbits (Ibid. 7: 



183-225). 



■ 1933o: The use of arsenical compounds in the control of deep-rooted perennial weeds (Hil- 

 gardia 7: 361-372). 



1933&: Sulfuric acid as a penetrating agent in arsenical sprays for weed control (Ibtd. 8: 



125-147). 

 ■ 1935: Physiological problems connected with the use of sodium chlorate in weed control 



(Plant Physiol. 10: 699-711). 



■ 1936: Further studies on exudation in cucurbits (Ibid. 11: 63-79). 



— — 1937: The acid-arsenical method in weed control (Jour. Amer. Soc. Agron. 29: 934-943). 



- 1938: Translocation in plants (Plant Physiol. 13: 791-814). 



■ 1939(7: The relation between structure and function of the phloem (Amer. Jour. Bot. 26; 



172-177). 



19396: Movement of viruses, auxins, and chemical indicators in plants (Bot. Rev. 5; 471-504). 



1939c: The protoplasmic properties of sieve tubes (Protoplasma 33: 389-398). 



• 1939rf: Solute transport in plants (Science 90: 337-338). 



, and T. C. Broyer 1938: Migration of salts and water into xylem of the roots of higher 



plants (Amer. Jour. Bot. 25: 529-535). 



^ and P. B. Kennedy 1930: The physiology of Convolvulus arvensis (morning glory or bind- 

 weed) in relation to its control by chemical sprays (Plant Physiol. 5; 329-344). 



, and O. A. Lorenz 1944a: Fruit growth and food transport in cucurbits (Ibid. 19: 131-138). 



— — ^ and 19446: Composition of fruits and phloem exudate of cucurbits (Ibid. 19: 326-337). 



Currier, H. B. 1943: Water relations of root cells of Beta vulgaris L. (Ph.D. Dissert. Univ. of 

 Calif.). 



1944a: Water relations of root cells of Beta vulgaris (Amer. Jour. Bot. 31: 378-387). 



19446: Cryoscopy of small amounts of expressed tissue sap (Plant Physiol. 19: 544-550). 



Curtis, C. C. 1902: Some observations on transpiration (Bull. Torrey Bot. Club 29: 360-373). 

 Curtis, L. C. 1944: The exudation of glutamine from lawn grass (Plant Physiol. 19: 1-5). 

 Curtis, O. F. 1926: What is the significance of transpiration? (Science 63: 267-271). 



• 1935: The translocation of solutes in plants (McGraw-Hill, New York). 



, and H. T. Scofield 1933: A comparison of osmotic concentrations of supplying and re- 

 ceiving tissues and its bearing on the Munch hypothesis of the translocation mechanism (Amer. 

 Jour. Bot. 20: 502-512). 



Dalton, J. 1802: Experimental essays on the constitution of mixed gases; on the force of steam 

 or vapor from water and other liquids in different temperatures, both in a Torricellian vacuum 

 and in air; on evaporation; and on the expansion of gases by heat (Mem. Manchester Lit. Phil. 

 Soc. V: 535-602). 



Darwin, F., and D. F. M. Pertz 1911: On a new method of estimating the aperture of stomata 

 (Proc. Roy. Soc. London B84: 136-154). 



Dastur, R. H. 1924: Water content, a factor in photosynthesis (Ann. Bot. 38: 779-788). 



1925: The relation between water content and photosynthesis (Ann. Bot. 39: 769-786). 



, and B. L. Desai 1933: The relation between water-content, chlorophyll content, and the 



rate of photosynthesis in some tropical plants at different temperatures (Ann. Bot. 47: 69-88). 



Davis, A. R., and D. R. Hoagland 1928: An apparatus for the growth of plants in a controlled 

 environment (Plant Physiol. 3: 277-292). 



Davis, C. H. 1940: Absorption of soil moisture by maize roots (Bot. Gaz. 101: 791-805). 



Davson, H., and J. F. Danielli 1943: The permeability of natural membranes, 361 p. (Cam- 

 bridge. Univ. Press, Cambridge, Eng.). 



DeBye, p. 1936: Dielectric properties of pure liquids (Chem.'Rev. 19: 171-182). 



Delf, E. M. 1912: Transpiration in succulent plants by measurement of rate of shrinkage of 

 turgid tissues (Ann. Bot. 26: 409-442). 



■ 1916: Studies of protoplasmic permeability (Ann. Bot. 30: 283-310). 



Denny, F. E. 1917: Permeability of certain plant membranes to water (Bot. Gaz. 63: 373-397). 



