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		题名	作者	年代	出处	被引量
	1	Dredging influenced sediment toxicity of endosulfan and lindane on black tiger shrimp (Penaeus monodon Fabricius) in Chantaburi River estuary in Thailand显示文摘Series of experiments, including background sediment elutriate, spiked-sediment elutriate and spiked- water toxicity tests, were carried out to study the effect of dredging on survivability and ecological competence of commercially important shrimp postlarvae of Penaeus monodon Fabricius. The test sediment represented the most contaminated from endosulfan and lindane in the Chantaburi river mouth estuary. The maximum sediment contamination levels were 49.4 μg/kg of endosulfan and 58.1 μg/kg of lindane in dry weight basis. Dose-response studies in static, non-renewal spiked-sediment elutriate toxicity tests revealed that LC 50 (96 h) values for survival effect based on measured concentrations were 0.50 (0.26-0.95) μg/L for endosulfan and 0.92 (0.63-1.34) μg/L for lindane. The LOECs for endosulfan and lindane were 0.141 and 0.429 μg/L, respectively. The NOECs were estimated to be the dissoluted endosulfan and lindane concentrations from the Chantaburi estuary sediment. The effects on phenoloxidase enzyme activity in shrimp postlarvae exposed for sub-lethal to lethal doses in sediment elutriate were not significant (p>0.05) at all tested dose levels. The worst case dissolution concentrations of endosulfan and lindane in the water column upon simulatory dredging in the Chantaburi estuary were found to be toxic to shrimp postlarvae on lethal and sub-lethal effects. The NOECs of respective chemicals (i.e., 0.034 and 0.16 μg/L) shared the same orders of magnitude for corresponding NOECs established for whole salt water aquatic life by the USEPA and 'safe' levels calculated by 0.01 safety factor approach. In addition, the significance of multiple pollutant assessments for ecological toxicity testing is highlighted.	Jayakody Arachchige SUMITH Preeda PARKPIAN Napaporn LEADPRATHOM	2009	International Journal of Sediment Research2009，24，4：	5
	2	Environmental conditions associating microcystins production to Microcystis aeruginosa in a reservoir of Thailand显示文摘	Wang Xiao feng ParkPian Preeda Fuiimoto Naoshi	2002	Journal of Environmental Science and Health Part A Toxic Hazard ous Substances and Environmental Engineering2002，37，7：	1
	3	A Simple Detection of Hg (11) down to ppm Level Employing Rhodamine Hydrazine Impregnated on a Solid-Phase Membrane显示文摘	Suntorn Suwannashom Syarifah Hikmah Julinda Preeda Parkpian Srung Smanmoo	2011	Journal of Chemistry and Chemical Engineering2011，5，5：	1
	4	An Environmentally Sound Method For Disposal of- Both Ash and Sludge Wastes By Mixing With Soil:A case study of Bangkok plain 显示文摘	Preeda Parkpian Shing tet Leong Preeeha Laortanakul Jutamas Juntaramitree	2002	Environmental Monitoring and Assessment2002，74，：	1

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