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通过现场对诏安湾叶绿素a含量、初级生产力、生态效率、浮游植物有机碳含量、养殖贝类有机碳含量及其含壳重与鲜组织重比值、养殖贝类和野生滤食性动物滤水率、潮间带和潮下带及吊养区附着滤食性动物现存量等的调查获得模型参数,应用营养动态模型、沿岸能流模型估算贝类生态容量,进而扣除野生滤食性动物现存量形成贝类的养殖容量,同时采用贝类能量收支模型估算贝类养殖容量。3种模式估算的贝类养殖容量分别为58469t,288260×104ind;60275t,297167×104ind;61532t,30336×104ind;平均60092t,296263×104ind。并且采用统计分析法估算贝类及其各品种的适养面积。贝类适养总面积为2755hm2,其中缢蛏25hm2,牡蛎1560hm2,翡翠贻贝215hm2,菲律宾蛤仔120hm2,泥蚶30hm2,凸壳肌蛤95hm2,波纹巴非蛤710hm2。
Through on-site analysis of chlorophyll-a content, primary productivity, ecological efficiency, phytoplankton carbon content, cultured shellfish organic carbon content and its ratio of shell weight to fresh tissue weight, , Intertidal zone and subtidal zone and hanging culture area, the existing parameters of filter-feeding animals were obtained, and the model parameters were obtained. Based on the nutrient dynamic model and coastal energy flow model, the ecological capacity of shellfish was estimated, and the existing amount of wild filter feeders was deducted Class farming capacity, while using the shellfish energy budget model to estimate shellfish farming capacity. The estimated shellfish production capacity of the three models were 58469t, 288260 × 104ind, 60275t, 297167 × 104ind, 61532t, 30336 × 104ind, respectively, with an average of 60092t, 296263 × 104ind. Statistical analysis was also used to estimate the area of shellfish and its varieties. The total area of shellfish adapted is 2755 hm 2, of which 缢 蛏 25hm 2, oyster 1560hm 2, emerald mussel 215hm 2, Philippine Rattus hm 120hm2, 蚶 蚶 30hm2, Carapace clam 95hm2, Paphia undulate 710hm2.