Zhao Qiao-Hua, Qiu Hui
Key Laboratory of Meteorological Disaster, Ministry of Education, Nanjing University of Information Science and Technology, Nanjing 210044, China.
Huan Jing Ke Xue. 2010 Nov;31(11):2678-83.
Based on the primary productions and underwater irradiance in the head of the jetty in a station of the Lake Taihu ecology network of the Chinese academia, Zhihugang estuary area, the center of Lake Taihu and Xukou Bay at April 28, May 4, May 5, May 6 in 2009, the light quantum yields of algae and P-I curve were calculated. Then the spatial characteristics were analyzed. There was significant photoinhibition in the head of the jetty in a station of the Lake Taihu ecology network of the Chinese academia; there was not appreciable photoinhibition in Zhihugang estuary area and the center of Xukou Bay; and there was only light-saturation phenomena in the center of Lake Taihu. The order of the light quantum yield per Chl-a was the center of Lake Taihu, the head of the jetty, Zhihugang estuary area and the center of Xukou Bay.
根据2009年4月28日、5月4日、5月5日和5月6日中国科学院太湖生态网络某站点码头头部、直湖港河口区域、太湖湖心及胥口湾的初级生产力和水下辐照度,计算了藻类的光量子产量和P-I曲线,进而分析了其空间特征。中国科学院太湖生态网络某站点码头头部存在明显的光抑制现象;直湖港河口区域和胥口湾中心没有明显的光抑制现象;太湖湖心仅出现光饱和现象。单位叶绿素a光量子产量的顺序为太湖湖心、码头头部、直湖港河口区域、胥口湾中心。