COMPARISON OF HERBICIDE ATRAZINE TOXICITY IN FOUR NATIVE FISH OF KHOUZESTAN PROVINCE: MESOPOTAMICHTHYS SHARPEYI, TORGRYPUS, LUCIOBARBUS ESOCINUS AND LUCIOBARBUS XANTHOPTERUS

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ALISHAHI MOJTABA; ABDI ESMAEIL; MOHAMADIAN TAKAVAR

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Journal Paper

Paper Information

Journal: JOURNAL OF WETLAND ECOBIOLOGY Year:2015 | Volume:7 | Issue:25 Page(s): 93-101

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Title

COMPARISON OF HERBICIDE ATRAZINE TOXICITY IN FOUR NATIVE FISH OF KHOUZESTAN PROVINCE: MESOPOTAMICHTHYS SHARPEYI, TORGRYPUS, LUCIOBARBUS ESOCINUS AND LUCIOBARBUS XANTHOPTERUS

Author(s)

ALISHAHI MOJTABA | ABDI ESMAEIL | MOHAMADIAN TAKAVAR | Issue Writer Certificate

Keywords

ATRAZINEQ3

NATIVE FISHQ3

KHOUZESTAN PROVINCEQ3

ACUTE TOXICITYQ3

Abstract

In this study the ACUTE TOXICITY of herbicide, ATRAZINE, in four NATIVE FISH of KHOUZESTAN PROVINCE including: Mesopotamichthys sharpeyi, Torgrypus, Luciobarbus esocinus and Luciobarbus xanthopterus were evaluated. For this purpose the "Organization for Economic Cooperation and Development" OECD method were used. Briefly each fish species were exposed to eight serial concentration of ATRAZINE in triplicates (total of 24 aquariums) for 94 hours. Fish mortality were recorded daily in each concentration and data analysed with Probit software. Results showed that ATRAZINE is toxic for all treated fish and its toxicity increased along with ATRAZINE concentration as well as extension of exposure duration. The sensitivity of four tested fish to ATRAZINE were significantly different (P<0.05).The lowest toxicity of ATRAZINE, were seen in L. esocinus (96h LC50=142±21mg l-1) which means this species possess the highest resistance to ATRAZINEtoxicity. M. sharpeyi and T.grypus showed similar and moderate resistance to ATRAZINEtoxicity with 96h LC50 equal to 60±11 and 65±14 mg l-1 respectively. L. esocinus showed the highest resistance to ATRAZINE toxicity (96h LC50=9±3 mg l-1). According to these results it can be concluded that ATRAZINE toxicity were significantly different in four NATIVE FISH in spite of their systematically very near relation. As L. esocinus showed the highest resistance to ATRAZINE toxicity, this species has priority over other native species of KHOUZESTAN PROVINCE in restocking and artificial reproduction programs.

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APA: Copy

ALISHAHI, MOJTABA, ABDI, ESMAEIL, & MOHAMADIAN, TAKAVAR. (2015). COMPARISON OF HERBICIDE ATRAZINE TOXICITY IN FOUR NATIVE FISH OF KHOUZESTAN PROVINCE: MESOPOTAMICHTHYS SHARPEYI, TORGRYPUS, LUCIOBARBUS ESOCINUS AND LUCIOBARBUS XANTHOPTERUS. JOURNAL OF WETLAND ECOBIOLOGY, 7(25), 93-101. SID. https://sid.ir/paper/174801/en

Vancouver: Copy

ALISHAHI MOJTABA, ABDI ESMAEIL, MOHAMADIAN TAKAVAR. COMPARISON OF HERBICIDE ATRAZINE TOXICITY IN FOUR NATIVE FISH OF KHOUZESTAN PROVINCE: MESOPOTAMICHTHYS SHARPEYI, TORGRYPUS, LUCIOBARBUS ESOCINUS AND LUCIOBARBUS XANTHOPTERUS. JOURNAL OF WETLAND ECOBIOLOGY[Internet]. 2015;7(25):93-101. Available from: https://sid.ir/paper/174801/en

IEEE: Copy

MOJTABA ALISHAHI, ESMAEIL ABDI, and TAKAVAR MOHAMADIAN, “COMPARISON OF HERBICIDE ATRAZINE TOXICITY IN FOUR NATIVE FISH OF KHOUZESTAN PROVINCE: MESOPOTAMICHTHYS SHARPEYI, TORGRYPUS, LUCIOBARBUS ESOCINUS AND LUCIOBARBUS XANTHOPTERUS,” JOURNAL OF WETLAND ECOBIOLOGY, vol. 7, no. 25, pp. 93–101, 2015, [Online]. Available: https://sid.ir/paper/174801/en

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