农药2,4对马尾鱼血液学参数的影响

Pravesh Kumar, Y. Gupta, D. Pandey
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引用次数: 0

摘要

杀虫剂是在农田里用来控制害虫的化学药品。现代农业农药导致了各种农药的滥用。哪些通常会进入水生环境?它们最终通过地表径流到达周围水体,影响水生动物群。2,4 - d是常用的农药,因为它的有效性和快速分解成环境安全的产品。采用96小时静态亚致死浓度毒性试验测定2,4 - d对马尾鱼蛇头通道的LC50值。这些鱼暴露于5种不同浓度的2,4 - d(40、45、50、55和60ppm)中进行毒性测试。还进行了对照(0.0ppm)。这些数据经过Finney’s Probit分析,并用trim Spearman-Karber统计软件进行处理。24、48、72和96小时的LC50值分别为4.87、3.12、2.69和1.92 mg -1。在高浓度的2,4 - d (3.25 mg -1及以上)下,鱼表现出不协调的行为,如不稳定和不稳定的游泳,试图跳出水面,频繁浮出水面并影响整个身体。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Effect of pesticides 2, 4-on hematological parameters of channa punctatus
Pesticides are chemicals used for pest control in the agricultural fields. Modern agricultural pesticides result in indiscriminate use of various pesticides. Which usually enter into the aquatic environment? They finally reach the surrounding water bodies through surface runoff affecting the aquatic fauna. 2, 4-D is frequently used pesticides due to its effectiveness and rapid breakdown into environmentally safe products. A 96hr static sub-lethal concentration toxicity test was carried out to determine the LC50 value of 2, 4-D on the snake head fish channa punctatus . The fish were exposed to 5 different concentrations of 2, 4-D (40, 45, 50, 55 & 60ppm) for toxicity. Control (0.0ppm) was also carried out. The data were subjected to Finney’s Probit analysis and processed with Trimmed Spearman-Karber statistical software. The LC50 values for 2, 4-D for 24, 48, 72 and 96hr were 4.87, 3.12, 2.69 and 1.92 mgl-1 respectively. At higher concentration of 2, 4-D (3.25 mgl-1 and above) the fish showed uncoordinated behavior such as erratic and jerky swimming, attempt to jump out of water, frequent surfacing and effected the allover of body.
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