THE BREEDING OF THE NORTH ATLANTIC FRESHWATER-EELS
167
Ege. V. (1942). A transplantatim experiment with Zoarcee m t . + i p ~
L. C.R.
Lab. Carlsberg (S6r. Physiologique). 23, no. 17, 271-385.
Ehrenbaum, E. (1930). Der Flusseal. Handbuch Binmnjbh. Mittehrop. 3,
169-217.
Ekman, S. (1932). Prinzipielle uber die Wanderungen und die tiergeographische
Stellung des Europaischen Aales. Zoogeographicia, 1, 86-106.
Fish, M. P. (1927). Contributions to the embryology of the American Eel.
Fontaine, M., and Callamand, 0. (1948). Nouvelles recherchea sur le determinisme physiologique de l’avalaison des poissona migkateurs amphibiotiquea. Bull. Mua. Hist. nat. Paris 2 ser. 20, 317-320.
Fontaine, M., and Koch, H. (1950). Les variations d’euryhalinit6 et d’osmor6gulation chez les poiseons. J. Physiol. Puth. gdn. 42, 287-318.
Frost. W. (1946). Observations on the food of Eels (Anguilla anguilla) from the
Windermere catchment area. J. Anim. Ecol. 15, 43-53.
Oandolfi-Hornyold, A. (1930). Recherches su I’age, la croisaance ct le sexe de la
petite anguille argent& du Lac de Tunis. Bull. Sta. ocbnogr. Salammnb8,
no. 17, 1-50.
Gosline, W. A. (1959). Mode of life, functional morphology, and the classification
of modern teleostean fishes. Syatemutic Zool. 8, 160-164.
Grassi, B., and Calandruccio, S. (1897). Fortpflanzung und Metamorphose dea
Aales. Allg. Fimh. Ztg. 22, 402-428.
Haaler. A. D. (1956). Perception of pathways by fishes in migration. Quart. Rev.
Biol. 31, 200-209.
Heldt, H. (1931). Le fumage de l’anguille, industrie possible dans les pays
MBditerranBens. Notes Sta. ocbnogr. Salammb6, no. 21, 1-27.
Heldt, H.. and Heldt, H. (Mme.) (1928). Premieres captures de civelles dam le
Lac de Tunis. Notes Sta. ocbnogr. Salammbb, no. 9, 1-8.
Heldt, H., and Heldt, H. (Mme.) (1930). Sur les modalit6s de l’empoissonnement
en anguilles du lac de Tunis. Notes Sta. ochnogr. Salammb6, no. 13, 1-12.
Hildebrand, S. F., and Schroeder, W. C. (1928). I’ishes of Chesapcake Bay. Bull.
U.S. Bur. Fish. 43 part 1.
Jacobsen, J. P. (1929). Contribution to the hydrography of the North Atlantic.
Oceanogr. Rep. ‘ Dana ’ Exped. 1920-22, no. 3, 1-87.
Johansen, A. C. (1929). Mortality among porpoises, fish and the larger CRIIItaceans in the waters around Denmark in severe winters. Rep. Danish blol.
sta. 35, 59-91.
Jones. J. W. (1959). Eel migration. Nature. Lond. 184, 1281.
Keys, A. (1933).
ZoologicA, 8, 289-324.
The mechanism of adaptation to varying salinity in the
Common eel and the general problem of osmotic regulation in W e e . Proc. roy.
See. 112, 184-199.
Koch, H. J. (1949). Quelques caracteristiques osmotiquea de l’mguille femelle
b u n e et argent&. Arch. int. Physiol. 57, 125-132.
b g h A. (1937). Osmotic regulation in fresh water fishes by active absorption
of chloride ions. 2. vergl. Physiol. 24, 656.
K%h. A. (1939). “ Osmotic Regulation in Aquatic Animals.” Csmbridge
University press.
Mat8Ui~ I. (1952). Studies on the morphology, ecology and pond-culture of the
Japanese Eel (Anguilla japoniccr). J. Shimonoeeki CoU. Fish. 2, 1-245.
167
Ege. V. (1942). A transplantatim experiment with Zoarcee m t . + i p ~
L. C.R.
Lab. Carlsberg (S6r. Physiologique). 23, no. 17, 271-385.
Ehrenbaum, E. (1930). Der Flusseal. Handbuch Binmnjbh. Mittehrop. 3,
169-217.
Ekman, S. (1932). Prinzipielle uber die Wanderungen und die tiergeographische
Stellung des Europaischen Aales. Zoogeographicia, 1, 86-106.
Fish, M. P. (1927). Contributions to the embryology of the American Eel.
Fontaine, M., and Callamand, 0. (1948). Nouvelles recherchea sur le determinisme physiologique de l’avalaison des poissona migkateurs amphibiotiquea. Bull. Mua. Hist. nat. Paris 2 ser. 20, 317-320.
Fontaine, M., and Koch, H. (1950). Les variations d’euryhalinit6 et d’osmor6gulation chez les poiseons. J. Physiol. Puth. gdn. 42, 287-318.
Frost. W. (1946). Observations on the food of Eels (Anguilla anguilla) from the
Windermere catchment area. J. Anim. Ecol. 15, 43-53.
Oandolfi-Hornyold, A. (1930). Recherches su I’age, la croisaance ct le sexe de la
petite anguille argent& du Lac de Tunis. Bull. Sta. ocbnogr. Salammnb8,
no. 17, 1-50.
Gosline, W. A. (1959). Mode of life, functional morphology, and the classification
of modern teleostean fishes. Syatemutic Zool. 8, 160-164.
Grassi, B., and Calandruccio, S. (1897). Fortpflanzung und Metamorphose dea
Aales. Allg. Fimh. Ztg. 22, 402-428.
Haaler. A. D. (1956). Perception of pathways by fishes in migration. Quart. Rev.
Biol. 31, 200-209.
Heldt, H. (1931). Le fumage de l’anguille, industrie possible dans les pays
MBditerranBens. Notes Sta. ocbnogr. Salammb6, no. 21, 1-27.
Heldt, H.. and Heldt, H. (Mme.) (1928). Premieres captures de civelles dam le
Lac de Tunis. Notes Sta. ocbnogr. Salammbb, no. 9, 1-8.
Heldt, H., and Heldt, H. (Mme.) (1930). Sur les modalit6s de l’empoissonnement
en anguilles du lac de Tunis. Notes Sta. ochnogr. Salammb6, no. 13, 1-12.
Hildebrand, S. F., and Schroeder, W. C. (1928). I’ishes of Chesapcake Bay. Bull.
U.S. Bur. Fish. 43 part 1.
Jacobsen, J. P. (1929). Contribution to the hydrography of the North Atlantic.
Oceanogr. Rep. ‘ Dana ’ Exped. 1920-22, no. 3, 1-87.
Johansen, A. C. (1929). Mortality among porpoises, fish and the larger CRIIItaceans in the waters around Denmark in severe winters. Rep. Danish blol.
sta. 35, 59-91.
Jones. J. W. (1959). Eel migration. Nature. Lond. 184, 1281.
Keys, A. (1933).
ZoologicA, 8, 289-324.
The mechanism of adaptation to varying salinity in the
Common eel and the general problem of osmotic regulation in W e e . Proc. roy.
See. 112, 184-199.
Koch, H. J. (1949). Quelques caracteristiques osmotiquea de l’mguille femelle
b u n e et argent&. Arch. int. Physiol. 57, 125-132.
b g h A. (1937). Osmotic regulation in fresh water fishes by active absorption
of chloride ions. 2. vergl. Physiol. 24, 656.
K%h. A. (1939). “ Osmotic Regulation in Aquatic Animals.” Csmbridge
University press.
Mat8Ui~ I. (1952). Studies on the morphology, ecology and pond-culture of the
Japanese Eel (Anguilla japoniccr). J. Shimonoeeki CoU. Fish. 2, 1-245.