Research on Pollution Status and Risk Assessment of Environmental Hormone in Aquaculture Seawater of Shenzhen, China

Dai Zhu Lv; Yong Jiao Tang; Hong Qiu Yuan; Jian Guo Li

doi:10.4028/www.scientific.net/AMR.807-809.130

Paper Titles

Simulation on Wind Characteristics in Extremely High Atmospheric Boundary Layer over Northwest China
p.106

Near Field Simulation of Low Level Waste Water Released from Nuclear Power Plants in Rivers through Surface by CORMIX
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Preparation of Sorbent Tube Certified Reference Materials
p.118

Determination of Phthalate Esters in the Children's Products Using Ultrasonic Extraction and Gas Chromatography
p.124

Research on Pollution Status and Risk Assessment of Environmental Hormone in Aquaculture Seawater of Shenzhen, China
p.130

Evaluation of Cadmium Contamination in the Surface Sediments of Anping Harbor, Taiwan
p.134

Research on Particulate Material Continuous Emission Monitoring Systems Calibration
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Study on the Phytoavailability of Heavy Metal Lead, Copper, Zinc in Ilex Kudingcha C. J. Tseng Soil
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Features of Pollution by Heavy Metals of Soils of Tagangrog City
p.149

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Research on Pollution Status and Risk Assessment of Environmental Hormone in Aquaculture Seawater of Shenzhen, China

Abstract:

The concentrations of five different kinds of environmental hormone which including nonyl phenol, bis-phenol A, methyltestosterone, megestrol and diethylstilbestrol in aquaculture seawater of Shenzhen have been studied. Their risk quotients (RQ) are calculated to evaluate the risk to seawater pollution. The results showed that the RQs for the five environment hormones are nonyl phenol (0 - 0.07), bis-phenol (0-2.15), methyltestosterone (0.17), diethylstilbestrol and megestrol (not found). Bis-phenol belongs to chronic potential ecological risk in the water and sediment. The purpose is to provide clues for improving Chinese Eco-risk assessment techniques and thus to enhance security of mariculture in China.