Be responsible for or participate in 1 project. Open Fund Project of Yangtze River Water Environment Laboratory (Tongji University) of the Ministry of Education and Rolling Funding for Typical POPs Accumulation Characteristics and Risk Assessment in Water and Fish in the Yangtze River Estuary II. Innovative Project of Shanghai Education Commission: Occurrence Characteristics and Sedimentary Records of Typical Persistent Organic Pollutants in the Yangtze River Estuary and the East China Sea Coast III. Scientific Research Project of Shanghai Education Commission: Accumulation Characteristics and Risk Assessment of Organochlorine Pesticides in Water and Fish in the Yangtze River Estuary "4. Study on the pollution status of typical persistent organic pollutants initiated by Dr. Shanghai Fisheries University "5. EU International Cooperation Project "Management Countermeasures of priority pollutants in Water and Its Impact on Food and Human Health: General Method and Its Application in China River Basin" 6. National Natural Science Foundation Project "Joint Toxicity Mechanism of Mixed Organic Compounds and QSAR Study" 7. National 863 High-tech Project "Screening of Environmental Endocrine Disruptors"

Published papers

Huang Hong, Xiao Ganfen, Wang Liansheng Organochlorine Pesticide Residues in Huaihe River Sediments and Risk Assessment. Environmental science research 2008, Vol.2 1 (1): 42-45. Huang Hong, Xiao Ganfen, Wang Liansheng, residue characteristics and risk assessment of organochlorine pesticides in sediments. In April 2007, the second national conference on pollution control and resource utilization. Wang Xiang. Heavy metal pollution characteristics and biological indicators of shellfish in the East China Sea, the 4th National Symposium on Environmental Chemistry, June 5-38+ 10, 2007, Hong,,, Wang Liansheng. Prediction of acute toxicity of benzene derivatives to tadpoles by molecular holographic QSAR technique (EI, 2005, Vol.26 (3): 25-28) Jing, Wang Xiaodong. Adsorption Characteristics and Influencing Factors of Trichlorobenzene by Wang Liansheng on Sediments in Huaihe River Basin (Jiangsu Section) Environmental Science (EI, 2005, Vol.26 (2): 83-87) Research Progress of Organic Components in Atmospheric Aerosol of Niu Hongyun, Gao and Wang Liansheng (2005, Vol.6 (2):10) Research progress of micro-pollution treatment technology for drinking water. Environmental Science and Technology, (June, 2005, 17- 19) Huang Hong, Wang Xiaodong. Inhibitory toxicity and QSAR study of some benzene derivatives of Wang Liansheng on cucumber seed germination rate Environmental Chemistry (Vol.23 (1): 81-85) (2004) Huang Hong, Yu Yajuan, Wang Xiaodong, Wang Liansheng Evaluation of heavy metal pollution and potential ecological hazards in Huaihe River sediments Environmental pollution and prevention (2004,26 (3 Pollution Level and Risk Assessment of Organochlorine Pesticides in Jiangsu Section of Huaihe River, Environmental Chemistry, (2004, Vol.23 (5): 568~572) Yu Yajuan, Wang Gehui, Wang Liansheng, Enrichment and Separation Methods of Trace Organic Pollutants in Raw Water, Progress of Environmental Science and Technology (2004, Vol.l6 (6): 26-. Determination and pollution assessment of heavy metals in sediments of Huaihe River by Wang Liansheng (2003, Vol. 16(6): 26~28), and the influence of soybean phospholipids from Gao, Cai and Wang Liansheng on nitrobenzene degradation by Acinetobacter (2003, Vol. 16). Huang Hong and Wang Liansheng used molecular holographic QSAR technique to predict the genotoxicity of nitroaromatics (2003,23 (5): 698-702). Fertilization Effect of Ammoniated Lignin by Ding, Zhang Huanchao and Eric on Amaranth (Natural Science Edition) (200 1, Volume 25 (Journal of Nanlin Forestry)