276 Walter Stiles 
(696) Starling, E. H. On the Absorption of Fluids from the Connective 
Tissue Spaces. Journ■ Physiol. 19 , 312-326. 1896. 
(697) - The Glomerular Functions of the Kidney. Journ. Physiol. 24 , 
317-330. 1899. 
(698) Stefan, J. Ueber die Diffusion der Fliissigkeiten. II. Berechnung der 
Graham’schen Versuche. Sitzungsber. kais. Akad. Wiss. in Wien, 
Math.-Nat. Cl. Abth. 2, 79 , 161-214. 1879. 
(699) Stewart, G. N. Elektrische Leitfahigkeit thierische Fliissigkeiten. 
Zentralbl. Physiol. 11, 332-335. 1897. 
(700) Stiles, W. The Penetration of Electrolytes into Gels. I. The Penetra¬ 
tion of Sodium Chloride into Gels of Agar-agar containing Silver 
Nitrate. Biochem. Journ. 14 , 58-72. 1920. 
(701) - The Penetration of Electrolytes into Gels. IV. The Diffusion of 
Sulphates in Gels. Biochem. Journ. 15 , 629-635. 1921. 
(702) - The Suction Pressure of the Plant Cell. A Note on Nomenclature. 
Biochem. Journ. 16 , 727-728. 1922. 
(703) Stiles, W. and Adair, G. S. The Penetration of Electrolytes into Gels. 
III. The Influence of the Concentration of the Gel on the Coefficient 
of Diffusion of Sodium Chloride. Biochem. Journ. 15 , 620-628. 1921. 
(704) Stiles, W. and Jorgensen, I. (1914 a). The Measurement of Electrical 
Conductivity as a Method of Investigation in Plant Physiology. 
New Phyt. 13 , 226-242. 1914. 
( 7 ° 5 )-(19146). The Antagonism between Ions in the Absorption 
of Salts by Plants. New Phyt. 13 , 253-268. 1914. 
(706) -(1915 a). Studies in Permeability. I. The Exosmosis of 
Electrolytes as a Criterion of Antagonistic Ion-Action. Ann. of Bot. 
29 , 349 - 367 . 1915- 
(707) -(19156). Studies in Permeability. II. The Effect of Tem¬ 
perature on the Permeability of Plant Cells to the Hydrogen Ion. 
Ann. of Bot. 29 , 611-618. 1915. 
(708) -(1917 «)• Studies in Permeability. IV. The Action of Various 
Organic Substances on the Permeability of the Plant Cell, and its 
Bearing on Czapek’s Theory of the Plasma Membrane. Ann. of Bot. 
31 , 47-76. 1917. 
(709) -(1917 6). Studies in Permeability. V. The Swelling of Plant 
Tissue in Water and its Relation to Temperature and Various 
Dissolved Substances. Ann. of Bot. 31 , 415-434. 1917. 
(710) --Quantitative Measurement of Permeability. Bot. Gaz. 65 , 
526-534. 1918. 
(711) -On the Relationship of Plasmolysis to the Shrinkage of Plant 
Tissue in Salt Solutions. New Phyt. 18 , 40-49. 1919. 
(712) Stiles, W. and Kidd, F. (1919 a). The influence of External Concen¬ 
tration on the Position of the Equilibrium attained in the Intake 
. of Salts by Plant Cells. Proc. Roy. Soc. London, B, 90 , 448-470. 1919. 
(713) -(19196). The Comparative Rate of Absorption of Various 
Salts by Plant Tissue. Proc. Roy. Soc. London, B, 90 , 487-504. 
1919. 
(714) Stoklasa, J. De l’importance physiologique du manganese et d’alu- 
minium dans la cellule vegetale. Comp. rend. acad. sci. 152 , 1340- 
1342. 1911. 
(715) Stoklasa, J., unter Mitwirkung vonSEBOR, J., Tymich, F. andCwACHA, J. 
Ueber die Resorption des Aluminium-Ions durch das Wurzelsystem 
der Pflanzen. Biochem. Zeitsch. 128 , 35-47. 1922. 
(716) Strasburger, E. Ueber Plasmaverbindungen pflanzlichen Zellen. 
Jahrb.f. wiss. Bot. 36 , 493-610. 1901. 
(717) Strasburger, E., Noll, F., Schenk, H. and Schimper, A. F. W. A 
Text-Book of Botany. First English edition. London, 1898; Second 
English edition. London, 1903. 
