Growth of juvenile Centropomus undecimalis in a tropical island
Age, growth rates and hatching dates were determined for juvenile common snook,
Centropomus undecimalis, collected in several Puerto Rican estuarine systems. Two growth
models (von Bertalanffy and power curve) were used and compared based on the fitting, the
residual distribution and homogeneity of variances. A multiple linear regression was also fit
to predict age from otolith weight, fish weight and standard length. Hatching dates back-
calculated from age estimates, suggested that spawning occurs throughout the year but …
Centropomus undecimalis, collected in several Puerto Rican estuarine systems. Two growth
models (von Bertalanffy and power curve) were used and compared based on the fitting, the
residual distribution and homogeneity of variances. A multiple linear regression was also fit
to predict age from otolith weight, fish weight and standard length. Hatching dates back-
calculated from age estimates, suggested that spawning occurs throughout the year but …
Abstract
Age, growth rates and hatching dates were determined for juvenile common snook, Centropomus undecimalis, collected in several Puerto Rican estuarine systems. Two growth models (von Bertalanffy and power curve) were used and compared based on the fitting, the residual distribution and homogeneity of variances. A multiple linear regression was also fit to predict age from otolith weight, fish weight and standard length. Hatching dates back-calculated from age estimates, suggested that spawning occurs throughout the year but peaks from May to October. Early juveniles (age < 100 d) recruited during the wet season (August to November) showed a significantly higher growth rate (0.67 mm d−1) than the dry season (December to July) recruits (0.41 mm d−1). These results are compared with snook collected in west Florida.
Springer
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