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10 results for “Spartina anglica”
Spartina anglica C.E.Hubb. (BR0000012638093)
Belgium Herbarium image of <a href="https://www.plantentuinmeise.be">Meise Botanic Garden</a>.
Spartina anglica C.E.Hubb. (BR0000012638291)
Belgium Herbarium image of <a href="https://www.plantentuinmeise.be">Meise Botanic Garden</a>.
Fig. 6. Structural relationship between flavonoids 1–20 in Flavonoid pattern inheritance in the allopolyploid Spartina anglica - Comparison with the parental species S. maritima and S. alterniflora
Fig. 6. Structural relationship between flavonoids 1–20 identified in the three Spartina species (MW: molecular weight).
Fig. 2 in Flavonoid pattern inheritance in the allopolyploid Spartina anglica - Comparison with the parental species S. maritima and S. alterniflora
Fig. 2. Comparison of the HPLC chromatograms obtained on HTec (top) and Polartec (bottom) column: (a) S. maritima; (b) S. alterniflora; (c) S. anglica.
Fig. 5. A in Flavonoid pattern inheritance in the allopolyploid Spartina anglica - Comparison with the parental species S. maritima and S. alterniflora
Fig. 5. A - PCA biplot graph based on PC1 and PC2 scores; B - dendrogram of the three species based of their flavonoid contents; C - dendrogram obtained from the cluster analysis of the variables. Sma: S. maritima; San: S. anglica; Sal: S. alterniflora. Compound numbers are the same as in Table 1 and Fig. 3.
Fig. 1 in Flavonoid pattern inheritance in the allopolyploid Spartina anglica - Comparison with the parental species S. maritima and S. alterniflora
Fig. 1. Study sites on the Southern French Atlantic coast. Symbol + indicate position of the sampling sites.
Fig. 4 in Flavonoid pattern inheritance in the allopolyploid Spartina anglica - Comparison with the parental species S. maritima and S. alterniflora
Fig. 4. Comparison of the phenolic content of samples S1–S3 and G for each Spartina species: S. maritima (top), S. alterniflora (middle) and S. anglica (bottom). Black bars, samples G; white bars, samples S1; light gray bars, samples S2; dark gray bars, samples S3. Compound numbers on abscissa are the same as in Table 1 and Fig. 3. Concentrations values on ordinate are given as mg.g−1 dw, mean values (n = 3; see Table S5 for full data).
Data from: Interactive effects between physical forces and ecosystem engineers on seed burial: a case study using Spartina anglica
Seed burial (i.e. vertical seed dispersal) has become increasingly valued for its relevance for seed fate and plant recruitment. While ecosystem engineers have been generally considered as the most important drivers of seed burial, the role of physical forces, such as wind or water flow, has been largely overlooked. Using tidal habitats as a model system, and a combination of flume and mesocosm experiments, we investigated the effects of 1) currents, 2) benthic animals with different engineering activities and 3) their interplay on seed burial of a common salt marsh pioneer plant, Spartina anglica. Our results reveal that in such systems, water flow can be of equal or higher importance than ecosystem engineers for seed burial. For passive seed-burying engineers (PSE), coupling their actions with currents produced synergistic seed burial effects, whereas the interactive effects were only additive for active seed-burying engineers (ASE). This paper extends current understanding of seed burial and seed bank formation by revealing the need to incorporate physical forces into seed burial mechanisms. We provide the first empirical evidence that physical forces influence seed burial by synergistically interacting with ecosystem engineers, thus highlighting the role of biophysical interactions as important drivers for vertical seed movement.
Fig. 3 in Flavonoid pattern inheritance in the allopolyploid Spartina anglica - Comparison with the parental species S. maritima and S. alterniflora
Fig. 3. Formulae of compounds 1–20.
Data from: Interactive effects between physical forces and ecosystem engineers on seed burial: a case study using Spartina anglica
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