BIOLOQY OB SEAWEEDS OB ECONOMIC IMPORTANCE
241
*Mite, K. (1960). Chemical studies on the green seaweed-1. Seasonal variations
reflected on biochemical composition of Enteromorpha compeaaa and Ulva
pertma. B d . Jap. SOC. Sci. Fiah. 26, 1010-2.
Miura, A. (1961). A new species of Porphyra and its Conchocelis-phase in nature.
J . Tokyo Univ. Fieh. 47, 305-11.
Miwa, T. (1940). Biochemische Studien uber die Zellmembranen von Braun und
Rotalgen. Jap. J . Bot. 11, 41-127.
Mohamed, A. F., and H.alim, Y. (1952). Agar from Egyptian seaweed. Amer. J .
Bot. 39, 689-90.
Molteno, C. J. (1952). The utilization of South African seaweeds. Proc. I Int.
Seaweed Sym. 74.
Montfort, C., Reid, A., and Reid, L. (1955). Die Wirkung kurzfrisriga warmer
Biiden auf Atmung und Photosynthese im Vergleich von eurythermen und
kaltstenothermen Meeresalgen. Beitr. Bwl. Psanzen, 31, 349-75.
Moore, L. B. (1943). Observations on the growth of Macrocyatie in New Zealand.
Tram. Roy. SOC. N.Z. 72, 330-40.
Moss, B. (1948). Studies on the genus Fucus-1. On the structure and chemical
composition of Fucw vesiculosua from three Scottish localities. Ann. Bot.,
Moss, B. (1950a). Studies on the genus Fwm-2. The anatomical structure and
chemical composition of receptacles of Fucw veeiculoswr from three contrasting habitats. Ann. Bot., Lond., N.S. 14, 395-410.
Moss, B. (1950b). Studies in the genus Fwus-3. Structure and development
of the attaching discs of F w w vesiCul0swr. Ann. Bot., Lond., N.S. 14,
Moss, B. (1952a). Variation in chemical composition during development of some
of the Fucales. Proc. 1 Int. Seaweed Sym. 122.
Moss, B. (195213). Variations in chemical composition during the development of
Himanthalia elongata (L.) S . F. Gray. J. mar. biol. Asa. U . K . 31, 29-34.
Moss, B. (1964a). Wound healing and regeneration in Fucua veaicubswr. Proc. 4
Int. Seaweed Sym. 117-22.
Moss, B. (1964b). Growth and regeneration of Fmw veeiculolrz~~ in culture.
Brit. phycol. Bull. 2, 377-80.
Mowat, J. A. (1963). Gibberellin-like substances in algae. Nature, L d . 200,
453-5.
Mowat, J. A. (1964). Auxins and gibberellins in marine algae. Proc. 4 Int.
Seaweed Sym. 352-9.
Murata, K. (1963). Extractive compounds of marine algae. Bull. Jap. SOC. Sci.
Fiah. 29, 189.
Myklestad, S. (1964). Experiments With seaweed aa supplemental fertilizer.
Proc. 4 Int. Seaweed Sym. 432-8.
Nakazawa, S . (1958). The predetermined polarity in Porphyra monospores shed
from Colzchocelis thalli. Bot. Mag., Tokyo, 71, 144-50.
Neushul, M. (1959). Studies on the growth and reproduction of the giant kelp,
Macrocystia. Diaa. Aba., Univ. Calif.
Neushul, M. (1963). Studies on the giant kelp Ma;crocyatk-2. Reproduction.
Amer. J . Bot. 50, 354-9.
Neushul, M., and Haxo, F. T. (1963). Studies on the giant kelp Macrocyst&-1.
Growth of young planta. Amer. J . Bot. 50, 349-63.
Newton, L. (1951). “ Seaweed Utilization.” 188 pp. Sampson Low, London.
LO&., N.S. 12, 267-80.
41 1-20.
241
*Mite, K. (1960). Chemical studies on the green seaweed-1. Seasonal variations
reflected on biochemical composition of Enteromorpha compeaaa and Ulva
pertma. B d . Jap. SOC. Sci. Fiah. 26, 1010-2.
Miura, A. (1961). A new species of Porphyra and its Conchocelis-phase in nature.
J . Tokyo Univ. Fieh. 47, 305-11.
Miwa, T. (1940). Biochemische Studien uber die Zellmembranen von Braun und
Rotalgen. Jap. J . Bot. 11, 41-127.
Mohamed, A. F., and H.alim, Y. (1952). Agar from Egyptian seaweed. Amer. J .
Bot. 39, 689-90.
Molteno, C. J. (1952). The utilization of South African seaweeds. Proc. I Int.
Seaweed Sym. 74.
Montfort, C., Reid, A., and Reid, L. (1955). Die Wirkung kurzfrisriga warmer
Biiden auf Atmung und Photosynthese im Vergleich von eurythermen und
kaltstenothermen Meeresalgen. Beitr. Bwl. Psanzen, 31, 349-75.
Moore, L. B. (1943). Observations on the growth of Macrocyatie in New Zealand.
Tram. Roy. SOC. N.Z. 72, 330-40.
Moss, B. (1948). Studies on the genus Fucus-1. On the structure and chemical
composition of Fucw vesiculosua from three Scottish localities. Ann. Bot.,
Moss, B. (1950a). Studies on the genus Fwm-2. The anatomical structure and
chemical composition of receptacles of Fucw veeiculoswr from three contrasting habitats. Ann. Bot., Lond., N.S. 14, 395-410.
Moss, B. (1950b). Studies in the genus Fwus-3. Structure and development
of the attaching discs of F w w vesiCul0swr. Ann. Bot., Lond., N.S. 14,
Moss, B. (1952a). Variation in chemical composition during development of some
of the Fucales. Proc. 1 Int. Seaweed Sym. 122.
Moss, B. (195213). Variations in chemical composition during the development of
Himanthalia elongata (L.) S . F. Gray. J. mar. biol. Asa. U . K . 31, 29-34.
Moss, B. (1964a). Wound healing and regeneration in Fucua veaicubswr. Proc. 4
Int. Seaweed Sym. 117-22.
Moss, B. (1964b). Growth and regeneration of Fmw veeiculolrz~~ in culture.
Brit. phycol. Bull. 2, 377-80.
Mowat, J. A. (1963). Gibberellin-like substances in algae. Nature, L d . 200,
453-5.
Mowat, J. A. (1964). Auxins and gibberellins in marine algae. Proc. 4 Int.
Seaweed Sym. 352-9.
Murata, K. (1963). Extractive compounds of marine algae. Bull. Jap. SOC. Sci.
Fiah. 29, 189.
Myklestad, S. (1964). Experiments With seaweed aa supplemental fertilizer.
Proc. 4 Int. Seaweed Sym. 432-8.
Nakazawa, S . (1958). The predetermined polarity in Porphyra monospores shed
from Colzchocelis thalli. Bot. Mag., Tokyo, 71, 144-50.
Neushul, M. (1959). Studies on the growth and reproduction of the giant kelp,
Macrocystia. Diaa. Aba., Univ. Calif.
Neushul, M. (1963). Studies on the giant kelp Ma;crocyatk-2. Reproduction.
Amer. J . Bot. 50, 354-9.
Neushul, M., and Haxo, F. T. (1963). Studies on the giant kelp Macrocyst&-1.
Growth of young planta. Amer. J . Bot. 50, 349-63.
Newton, L. (1951). “ Seaweed Utilization.” 188 pp. Sampson Low, London.
LO&., N.S. 12, 267-80.
41 1-20.