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- W3157247908 abstract "Abstract Aims Tidal marsh vegetation along estuaries is exposed to strong environmental gradients that determine which species — enabled through specific traits — can establish and persist. With these ecosystems under anthropogenic pressure, in‐depth knowledge on the conservation of remaining tidal wetlands and restoration potentials is needed. In this study we elaborate the habitat conditions in the natural vegetation of the Elbe estuary and analyze: (a) which abiotic factors drive species composition; and (b) which species traits are key to the plants’ strategies in this specific ecotone. Location Three sites in the Elbe estuary (river kilometer 671–703). Methods We collected data on soil nutrients, inundation period and wave height and sampled traits of the 17 most abundant plant species, which we analyzed by RLQ (three‐table analysis, including environment variables [R], species abundance [L] and a species traits table [Q]). Results We detected a strong ˈwave–disturbance–inundation gradientˈ, which separated sparsely vegetated low‐lying plots receiving high wave impact and exposed to long inundation periods, from high‐lying plots showing dense vegetation and aerated soils. Close to the shore, plants showed low organ density and high investment into rhizomes, with a correlation of 0.72 between mass fraction of rhizome and phosphorus content of rhizome tissue. On higher elevations, plants strongly expressed traits relating to competition, like high allocation to stem biomass. Further, we found species with high leaf chlorophyll content showing low specific leaf area values and a negative correlation with the nutrient gradient. Conclusion The results of our study are particularly relevant for restoration measures in order to re‐establish healthy marsh vegetation. However, changes in the environmental conditions, for instance stronger wave energies by a higher shipping frequency in the river channel and sea level rise may trigger changes in species composition through plant trait adaptations, for example by demanding a stem flexibility beyond what would be structurally feasible." @default.
- W3157247908 created "2021-05-10" @default.
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- W3157247908 date "2021-05-01" @default.
- W3157247908 modified "2023-10-02" @default.
- W3157247908 title "Unraveling plant strategies in tidal marshes by investigating plant traits and environmental conditions" @default.
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- W3157247908 cites W1543298386 @default.
- W3157247908 cites W1767254696 @default.
- W3157247908 cites W1788012686 @default.
- W3157247908 cites W1946277022 @default.
- W3157247908 cites W1951724000 @default.
- W3157247908 cites W1972221753 @default.
- W3157247908 cites W1975517245 @default.
- W3157247908 cites W1981054180 @default.
- W3157247908 cites W1990590249 @default.
- W3157247908 cites W1991127006 @default.
- W3157247908 cites W1996231206 @default.
- W3157247908 cites W2003991257 @default.
- W3157247908 cites W2011587193 @default.
- W3157247908 cites W2012456614 @default.
- W3157247908 cites W2015031256 @default.
- W3157247908 cites W2019098807 @default.
- W3157247908 cites W2021528024 @default.
- W3157247908 cites W2027221186 @default.
- W3157247908 cites W2030509192 @default.
- W3157247908 cites W2043287762 @default.
- W3157247908 cites W2051582557 @default.
- W3157247908 cites W2053031670 @default.
- W3157247908 cites W2056581871 @default.
- W3157247908 cites W2059038657 @default.
- W3157247908 cites W2063821464 @default.
- W3157247908 cites W2075435443 @default.
- W3157247908 cites W2089142217 @default.
- W3157247908 cites W2099540110 @default.
- W3157247908 cites W2101020813 @default.
- W3157247908 cites W2107162418 @default.
- W3157247908 cites W2110666256 @default.
- W3157247908 cites W2112916222 @default.
- W3157247908 cites W2115436074 @default.
- W3157247908 cites W2122512858 @default.
- W3157247908 cites W2129298935 @default.
- W3157247908 cites W2130517250 @default.
- W3157247908 cites W2141484921 @default.
- W3157247908 cites W2144042033 @default.
- W3157247908 cites W2145852572 @default.
- W3157247908 cites W2146719646 @default.
- W3157247908 cites W2153478495 @default.
- W3157247908 cites W2153849347 @default.
- W3157247908 cites W2155422002 @default.
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- W3157247908 doi "https://doi.org/10.1111/jvs.13038" @default.
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