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7 results for “Sonneratia”
FIGURE 3 in Lectotypification of the name Sonneratia apetala (Lythraceae)
FIGURE 3. Epitype [Plate XXV in 'An Account of an Embassy to the Kingdom of Ava, sent by the Governor-General of India, in the year 1795' by Symes (1800)] of Sonneratia apetala Banks.
FIGURE 1 in Lectotypification of the name Sonneratia apetala (Lythraceae)
FIGURE 1. Flowering twig of Sonneratia apetala Banks. Photographed by S. Mondal on 26.04.2023 from Sundarban, India (22.135516°, 88.830558°).
Figure 1 from: Zhong C, Li D, Zhang Y (2020) Description of a new natural Sonneratia hybrid from Hainan Island, China. PhytoKeys 154: 1-9. https://doi.org/10.3897/phytokeys.154.53223
Figure 1 Morphology of S. × zhongcairongii. A Habitat B stem with aerial root C bark D branches E leaf branch end with flowers F leaves G inflorescence H minute bract at a dichotomous inflorescence branch I flower J–L. Dissection of the flower (J), pistil (K) and stamens (L).
Figure 2 from: Zhong C, Li D, Zhang Y (2020) Description of a new natural Sonneratia hybrid from Hainan Island, China. PhytoKeys 154: 1-9. https://doi.org/10.3897/phytokeys.154.53223
Figure 2 Comparison of the three taxa A S. apetala B S. × zhongcairongii C S. alba1 leaves, 2 branches, 3 flowers.
Figure 3 from: Zhong C, Li D, Zhang Y (2020) Description of a new natural Sonneratia hybrid from Hainan Island, China. PhytoKeys 154: 1-9. https://doi.org/10.3897/phytokeys.154.53223
Figure 3 Schematic diagrams of Sonneratia taxa and their inter-specific affinities deduced from morphometric analyses. The choice of circle size and line length is arbitrary.
FIGURE 2 in Lectotypification of the name Sonneratia apetala (Lythraceae)
FIGURE 2. Lectotype (specimen BM001190969) of Sonneratia apetala Banks.
Mineral Content and Concentration with Fruit Weight from Five Sonneratia Mangroves
<p><span>Mangrove ecosystems are critical coastal habitats, marked by intricate interactions between environmental factors and plant physiological processes. Managing mineral element concentrations is essential for mangrove plants to adapt to saline coastal wetlands. However, the patterns of mineral element changes during the development of non-viviparous propagules in mangroves are not well understood. To fill this knowledge gap, this study examines <em>Sonneratia</em> species co-existing in the same habitat, focusing on the variations in Ca, Cl, K, Mg, and Na content and concentration as the fruits develop. Our findings show that mineral element concentrations in <em>Sonneratia</em> fruits consistently have a statistically significant (p<0.05) nonlinear negative relationship with fruit weight, with log-log linear model slopes ranging from -0.47 to -0.06. The total content of all mineral elements exhibits a statistically significant (p<0.05) sublinear allometric relationship with fruit weight, with log-log linear model slopes between 0.53 and 0.94. These results indicate that as fruits increase in size, the element concentration decreases more slowly compared to the increase in fruit weight. This study provides deeper insights into the physiological adaptations of <em>Sonneratia</em> mangroves during fruit development. </span></p>
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