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Fig. 8 PCA analysis of the environmental parameter in the mangroves during the dry and wet season
Fig. 7 Dendrogram based on Ward's method, clustering of the sample sites based on trophic state in the mangroves during the wet season
Fig. 6 Dendrogram based on Ward's method, clustering of the sample sites based on trophic state in the mangroves during the dry season
Fig. 5 Spatiotemporal variations in algal cell abundance across the mangroves during dry and wet season. Cells abundance data is given in ×10⁶ cells·L^-1
Fig. 4 The spatiotemporal distribution of trophic state index in the mangroves
Fig. 3 Variations in micronutrient (mg·L^-1) and Chl a (mg·m^-3) concentration during the dry and wet season
Tab. 2 Pearson correlation coefficient of environmental parameters in the mangroves during the wet season (n = 23) and dry season (n = 30)
Tab. 1 Spatiotemporal variation and T-test evaluation of environmental parameters during dry season (n = 30) and wet season (n = 23) in the mangroves
Fig. 2 Algal bloom on the floor of mangrove forest (Avicennia marina) around Peninsula and mid part of the Guangdong coast exposed during low tide. (a) Long term severe environmental pollution result in the mangrove plant death; (b) A. marina bed covered with algal bloom due to the long term nutrient enrichment
Fig. 1 The location map of the study areas along the Guangdong coast. The map review number is given as GS (2019) 3333
图1 胚轴鲜重-生长高(a)和胚轴鲜重-净生物量(b)拟合曲线
表8 秋茄胚轴性状的主成分得分和综合得分
表7 秋茄胚轴性状的主成分载荷矩阵及方差贡献率
表6 秋茄胚轴与幼苗生长性状间的相关系数
表5 不同鲜重等级胚轴的秋茄幼苗生长表现
表4 不同鲜重等级胚轴的营养成分组成比例
表3 不同鲜重等级胚轴的个体平均营养成分含量
表2 不同鲜重等级胚轴的营养成分百分含量
表1 不同鲜重等级胚轴的形态特征指标
图5 重金属胁迫下各生理生化指标的PCA分析

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