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Green water culture

Green water culture is the description of a variety of methods for the cultivation of larval fish and crustaceans where microalgae are included in the rearing environment. Naturally occurring phytoplankton have been positively encouraged in outdoor pond systems by the use of fertilization... [Pg.233]

Palmer, P. J., Burke, M. J., Palmer, C. J., and Burke, J. B. (2007). Developments in controlled green-water larval culture technologies for estuarine fishes in Queensland, Australia and elsewhere. Aquaculture 272,1-21. [Pg.82]

STUART K R and DRAWBRIDGE M (2011) The effect of light intensity and green water on survival and growth of cultured larval CaUfomian yellowtail Seriola lalandi). Aquaculture, 321,152-156. [Pg.552]

OLSEN C. 1930. On the influence of humus substances on the growth of green plants in water culture. Comptes-rendus du Laboratoire Carlsberg, 18, 1-16. [Pg.71]

Figure 3. Distribution of C in plant tissues as a function of solubility. Barley, corn, cotton, peanut cell cultures, and soybeans were treated with V C] PCNB for 3 days. Lake water rich in blue green algae was treated for 9 h. Peanut plants were treated for 2 days and subjected to a 2-day post-treatment incubation. Figure 3. Distribution of C in plant tissues as a function of solubility. Barley, corn, cotton, peanut cell cultures, and soybeans were treated with V C] PCNB for 3 days. Lake water rich in blue green algae was treated for 9 h. Peanut plants were treated for 2 days and subjected to a 2-day post-treatment incubation.
Figure 14. Methylene chloride- or chloroform-soluble residues were isolated from plant tissues treated with V C] PCNB. All tissues were treated for 3 days except lake water which is rich in blue green algae (9 h), peanut plants (2-day treatment/2-day post-treatment), and peanut cell cultures (1 day). Figure 14. Methylene chloride- or chloroform-soluble residues were isolated from plant tissues treated with V C] PCNB. All tissues were treated for 3 days except lake water which is rich in blue green algae (9 h), peanut plants (2-day treatment/2-day post-treatment), and peanut cell cultures (1 day).

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See also in sourсe #XX -- [ Pg.233 ]




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