ISOPLETH DIAGRAMS TO PREDICT EQUILIBRIUM YIELDS OF A SMALL FLOUNDER FISHERY

[1] Baranov T. I., 1918, NAUCHNYI ISSLEDOVATE, V1, P81

[2] Beverton RJH, 1953, J CONS CONS PERM INT, V19, P56

[3] Brody S., 1945, BIOENERGETICS GROWTH

[4] GORDON H. SCOTT, 1953, JOUR FISH RES BD CANADA, V10, P442

[5] Graham M., 1935, J CONSEIL, V10, P264, DOI 10.1093/icesjms/10.3.264

[6] The analysis of an animal population [J]. JOURNAL OF ANIMAL ECOLOGY, 1939, 8 : 238 - 246

[7] JOHANSEN AC, 1928, CONS PERM INT EXPL M, V54, P78

[8] MCCRACKEN FD, 1954, THESIS U TORONTO

[9] MCCRACKEN FD, 1950, 17 FISH RES BD CAN A

[10] PETERSEN CGJ, 1920, 27 DAN BIOL STA REPT

[1] Baranov T. I., 1918, NAUCHNYI ISSLEDOVATE, V1, P81

[2] Beverton RJH, 1953, J CONS CONS PERM INT, V19, P56

[3] Brody S., 1945, BIOENERGETICS GROWTH

[4] GORDON H. SCOTT, 1953, JOUR FISH RES BD CANADA, V10, P442

[5] Graham M., 1935, J CONSEIL, V10, P264, DOI 10.1093/icesjms/10.3.264

[6] The analysis of an animal population [J]. JOURNAL OF ANIMAL ECOLOGY, 1939, 8 : 238 - 246

[7] JOHANSEN AC, 1928, CONS PERM INT EXPL M, V54, P78

[8] MCCRACKEN FD, 1954, THESIS U TORONTO

[9] MCCRACKEN FD, 1950, 17 FISH RES BD CAN A

[10] PETERSEN CGJ, 1920, 27 DAN BIOL STA REPT