ResearchBib Share Your Research, Maximize Your Social Impacts
Sign for Notice Everyday Sign up >> Login

COMPARISON OF SEX (SEX RATIO) AND FISH GROWTH PARAMETERS SELUANG RED TAILS (Rasbora Lateristriata, Blkr 1854) IN THE HULU SUNGAI BARITO REGION SOUTH KALIMANTAN-INDONESIA

Journal: Fish Scientiae (Jurnal Ilmu-Ilmu Perikanan dan Kelautan) (Vol.22, No. De)

Publication Date:

Authors : ; ; ;

Page : 25-36

Keywords : sex ratio; growth parameters; rasbora lateristriata; Barito river;

Source : Downloadexternal Find it from : Google Scholarexternal

Abstract

The purpose of this study is to analyze the biological parameters of the fish resources Seluang red tail (R. lateristriata) the fish sex ratio parameter (sex ratio) and the parameters of the population dynamics of the growth parameters of fish resources Seluang red tail (R. lateristriata) in the upstream region of the Barito River in South Kalimantan Indonesia. Methods of data collection are done by collecting samples at fish landing sites and fishing operations and held for 2 (two) months with a fixed time interval decision namely 1 (one) week. The sex ratio of fish in the analysis by using chi-square analysis of the end. The growth parameters were analyzed fish-Walford Plot method, while theoretically Age fish when a width equal to 0 (t0) was performed using empirical equations Pauly (1984). The expected outcome of this research is the availability of scientific data related to the sex ratio comparison of fish and fish growth parameters Seluang red tail (R. lateristriata) in the upstream region of the Barito River in South Kalimantan. Comparison of the gender (sex ratio) Seluang fish red tail (R. lateristriata) of males and females in the upstream region of the Barito River in South Kalimantan is 2: 1. Condition population dynamics parameters in the Barito river R. lateristriata South Kalimantan covering the theoretically maximum length parameter ( length infinity/∞) of 108.15 mm, coefficient of growth (per unit time / K) of 0.350/ year, the parameters of the theoretical age at the time of a length equal to zero (t0) of -0.14.

Last modified: 2017-04-16 14:54:56