Mr. Daoyou Huang was born in Li County on Aug, 1964 and is the Han nation. He is the innovation researcher, master instructor and academic committee member of Institute of Subtropical Agriculture, Chinese Academy of Sciences. He also is the senior technical advisor of Management Center of Agricultural Resources and Environmental Protection in Hunan Province, the scientist of National System of Modern Agriculture Construction and Industrial Technology. He majored in the field environment conservation and preservation of polluted soils. He has undertaken more than 40 projects such as National Natural Science Foundation, Natural Science Foundation of Hunan Province, National Science & Technology Pillar Program, Knowledge Innovation Project of Chinese Academy of Sciences, Special fund for the State Environmental Protection and et al. He has got 23 important scientific and technological achievements. Results of three projects were awarded first prize for Scientific and Technological Progress in Hunan Province, which were “Key technologies and application of optimizing ecological functions and utilizing soil and water resources of the Dongting Lake basin” (2nd person to complete the project), “Regulation and application of optimizing nutrients of carbon, nitrogen and phosphorus in subtropical cultivation soils” (3rd person to complete the project) and “Growth inhibition of crops by Pb and Cd pollution and improved technology to utilization” (3rd person to complete the project). Results of three projects were awarded second prize for Scientific and Technological Progress in Hunan Province, which were “Efficient eco - agriculture model and its integrated research and demonstration in Hunan Province” (2nd person to complete the project), “Economic demonstration and utilization of economic green manure technology” (5th person to complete the project) and “Ecological agriculture model and integrated technology of Taoyuan hilly area” (6th person to complete the project). The results of project “Research and demonstration of sustainable and efficient agricultural technology of Xiangtan City, Hunan Province” was awarded second prize of Scientific and technological progress, Chinese Academy of Sciences (10th person to complete the project).

1.Zhu Q . H.* , Huang D . Y.* , Liu S . L . , et al . 2013 . Accumulation and subcellular distribution of cadmium in ramie (Boehmeria nivea L . Gaud .) planted on elevated soil cadmium contents . Plant Soil Environ . 59 (2) : 57 - 61 .
2.Zhu Q . H.* , Huang D . Y.* , Liu S . L . , et al . 2012 . Flooding - enhanced immobilization effect of sepiolite on cadmium in paddy soil . J . Soil . Sediment . , 12 : 169 - 177 .
3.Zhu Q . H.* , Huang D . Y.* , Liu S . L . , et al . 2012 . Assessment of single extraction methods for evaluating the immobilization effect of amendments on cadmium in contaminated acidic paddy soil . Plant Soil Environ . , 58 : 98 - 103 .
4.Jiaogen Zhou , Xu Chen , Dongmei You , Daoyou Huang* . 2011 . A Novel Adaptive Algorithm for Spatial Interpolation . 19 th INTERNATIONAL CONFERENCE ON GEOINFOR - MATICS , GEOINFORMATICS 2011 . June 24 , 2011 - June 26 , 2011 , Shanghai , China .
5.Qi - Hong Zhu , Dao - You Huang* , Guang - Xu Zhu , et al . 2010 . Sepiolite is recommended for the remediation of Cd - contaminated paddy soil . Acta Agriculturae Scandinavica Section B - Plant and Soil Science , 60 (2) : 110 - 116 .
6.HUANG D - Y , WANG K - L , CHEN G - Q , et al . 2004 . Soil & Water Resources & Land Sustainable Productivity in the Catchment Areas with Intensive Management in Hilly Red Soil Regions , China . Agricultural Sciences in China , 3 (5) : 356 - 363 .