[1] Neukema J, Baratta Bekker J. 1995. European regional seas ecosystem model-I.Neth J Sea Res,33(3/4):233~246 [2] Fukuju S, Takahashi T, Kawayoke T. 1998. Statistical analysis of freshwater red tide in Japan reservoirs.Wat Sci Technol,37(2):203~210 [3] Huang W-J(黄伟建), Qian H-L(钱宏林), Li J-R(李锦蓉). 1994. Preliminary studies on the relationships between chlorophyll-a and environmental factors in Dapeng bay.Oceanol Limnol Sin(海洋与湖沼),25(2):197~205(in Chinese) [4] Huang W-J(黄伟建), Huang G-H(黄贯虹), Jiang T-J(江天久),et al. 2000. Analysis of grey incidence of chlorophyll (a,b,c) and ecological factor in Dapeng Bay, South China Sea.Acta Oceanol Sin(海洋学报), 22(1): 136~140(in Chinese) [5] Huang W-J, Huang G-H, Jiang T-J,et al. 2001. The relationships between chlorophyll b concentration and related environmental factors of seawater in Dapeng bay based on grey model relative analysis.J Tropic Subtropic Bot,9(1): 7~13 [6] Luyten PJ, Jones JE, Proctor R,et al. 1999. COHERENS-A couple hydrodynamical-ecological model for regional and shelf seas: User document. MUMM report, Management unit of the mathematical models of the north Sea, 914pp. [7] Qiu D-Q(邱德全), Lin Y-S(林永水). 1997. The phytoplankton ecological types and red tide in spring in the aquaculture waters of Yantian, Dapeng bay. In: Lin Y-S(林永水) ed. A Study on Eutrophication and Red Tide in the Offshore Area. Beijing:Science Press. 49~55(in Chinese) [8] Qiu Y-W(丘耀文).2001. The changeable characteristics of nutrients at Daya Bay.Acta Oceanol Sin(海洋学报), 23(1):85~91(in Chinese) [9] Walsh JJ, Haddad KD, Dieterle DA,et al. 2002. A numerical analysis of landfall of the 1979 red tide of Karenia brevis along the west coast of Florida.Cont Shelf Res,22(1):15~38 [10] Wang S-S(王寿松),Xia Z-W(夏综万),Qi Y-Z(齐雨藻),et al.1994. Structural analysis of the essential factors associated with the Notiluca scientillans red tide in Dapeng bay.Oceanol Limnol Sin(海洋与湖泊),25(2): 146~151(in Chinese) [11] Wan Z-W(万振文), Yuan Y-L(袁业立),Qiao F-L(乔方利). 2000. Study on the parameters of a marine ecosystem dynamics model for red tide.Oceanol Limnol Sin(海洋与湖沼), 31(2):205~209(in Chinese) [12] Wu J-H(吴京洪), Yang X-H(杨秀环), Tang B-Y(唐宝英),et al. 2001. The research relation between red tide and environmental factors in Aotou, Daya Bay.Acta Sci Natur Univ Sunyanseni(中山大学学报), 40(3):37~40(in Chinese) [13] Xia Z-W(夏综万), Wang S-S(王寿松). 1993. Summary on mathematical models of ecology of marine planktons in north sea.Mar Sci Bull(海洋通报),12(2): 67~72(in Chinese) [14] Xia Z-W(夏综万), Wang S-S(王寿松), Yu B(于斌),et al. 1997. An ecological simulation model of red tide in Dappeng bay.Oceanol Limnol Sin(海洋与湖沼),28(5): 468~474(in Chinese) [15] Xu N(徐宁),Chen J-F(陈菊芳),Wang Z-H(王朝晖),et al. 2001. Dynamic analysises on several algal bloom events in Daya bay of Guangdong II. A study of relationship between algal bloom and nutrients.Acta Sci Circum(环境科学学报),21(4):400~404(in Chinese) [16] Xu N(徐宁),Chen J-F(陈菊芳),Wang Z-H(王朝晖),et al.2001.Dynamic analysises on several algal bloom events in Daya bay of Guangdong I.Process of algal bloom and its relationship with environmental factors.Mar Environ Sci(海洋环境科学),20(2): 1~16(in Chinese) [17] Xu W-Y(许卫忆), Zhu D-D(朱德第), Zhang J(张经),et al.2001.Simulation of the process of red tide development in real sea.Oceanol Limnol Sin(海洋与湖沼),32(6): 599~604(in Chinese) [18] Yanagi T, Inoue KI, Montani S,et al. 1997. Ecological modeling as a tool for coastal zone management in Dokai Bay, Japan.J Mar Syst,13(1): 123~136 |