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Age and growth studies on barramundi, Lates calcarifer (Bloch), in Northern Australia
TLO Davis and GP Kirkwood
35(6) pp.673 - 689
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Doerzbacher J.F.,
Green A.W.,
Matlock G.C., Osburn H.R.
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Buckle D. J.,
Allsop Q.,
Baldwin W.,
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Mayer D.,
Staunton‐Smith J.,
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