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<br />t'\"l t"I 0 1 6 <br />v'"J~J - <br /> <br /> <br />64 <br /> <br />6.T= /60 <br /> <br />- <br /> <br />6.T= 140 <br /> <br />56 <br /> <br />6.T= /20 <br /> <br />z 48 <br />o <br />en <br />en <br />ILl 40 <br />a: <br />ll.. <br />ll.. <br />:) <br />en 32 <br /> <br />I- <br />z <br />ILl <br />~ 24 <br />ILl <br />ll.. <br /> <br />6. T= 100 <br /> <br />6.T=80 <br /> <br />6.T=60 <br /> <br />6.T=40 <br /> <br />16 <br /> <br />AT= 20 <br /> <br />8 <br /> <br />o <br />6 <br /> <br /> <br />10 <br /> <br />14 18 22 26 <br />TEMPERATURE (Oe) <br /> <br />30 <br /> <br />Figure 12. SuppressIon as a funcdon of water surface temperature and temperature change. <br /> <br />The program output includes various physical <br />parameters. and temperatures as well as suppres- <br />sion for each resenroir and each date. The program <br />and output are included in Appendix F. <br /> <br />Convenlon to monthly Intenal <br /> <br />Up to this point the computations have been <br />directed toward determining idealized suppression <br /> <br />27 <br />