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produced the progeny that would be expected if the exceptional white were a normal pink. This analysis indicates that the inability of these exceptional adenine-dependent, methionine-independent cultures to produce the pink pigment was due to some mechanism which is restored to activity following hybridization. The following hypothesis is invoked to explain the effect of outcrossing in restoring the pink color. Pink depends upon the presence of the two genes ad and MET plus some other substances (X, Y, Z, etc.). The substance X is an essential component of gene X which has no other components besides X. Continuous production of pink exhausts the supply ofX and results in the "running out" of the character. The stock to which the outcross is made carries gene X with an intact supply of the X component for since the stock does not produce pink it does exhaust its supply of the X substance. The outcross automatically restores the X substance and reestablishes the pink color. Other stocks may become white because Y or Z substances are exhausted. Mutations from pink to white are not the result of a drastic change in genotype but merely the result of the exhaustion of some gene component easily supplied by outcrossing to any normal stock.

Wind-Driven Currents in a Baroclinic Ocean; with Application to the Equatorial Currents of the Eastern Pacific