Translator Disclaimer
1 May 2014 Plant Zonation in Restored, Nonrestored, and Preserved Spartina maritima Salt Marshes
G. Curado, A.E. Rubio-Casal, E. Figueroa, J.M. Castillo
Author Affiliations +

Curado, G.; Rubio-Casal, A.E.; Figueroa, E., and Castillo, J.M., 2014. Plant zonation in restored, nonrestored, and preserved Spartina maritima salt marshes.

This study analyzes the vegetation zonation and the abiotic environment (sediment elevation, pH, redox potential, and electrical conductivity) 2.5 years after salt marsh restoration using Spartina maritima and Sarcocornia perennis plantations in the Odiel Marshes (SW Iberian Peninsula) in comparison with preserved and degraded marshes. Restored marshes presented higher species richness (10 spp.) than nonrestored (6 spp.) and preserved (3 spp.) marshes, as a result of milder abiotic conditions (more oxygenated sediments than preserved marshes) and higher habitat diversity (sandy patches at higher elevations). Marshes restored using S. maritima (planted at a density of 1 clump m−2) achieved a similar relative cover to preserved marshes (ca. 50%) 2.5 years after transplanting. Spartina maritima showed higher tiller height in preserved (40 ± 2 cm) than in restored marshes (34 ± 1 cm). Sarcocornia perennis cover was similar in the three areas, being concentrated at higher elevations in the tidal gradient. Our results show the success from the point of view of vegetation of restoring European low salt marshes using S. maritima and S. perennis plantations, since they are able to reproduce, 2.5 years after restoration, the typical zonation pattern.

G. Curado, A.E. Rubio-Casal, E. Figueroa, and J.M. Castillo "Plant Zonation in Restored, Nonrestored, and Preserved Spartina maritima Salt Marshes," Journal of Coastal Research 30(3), 629-634, (1 May 2014).
Received: 13 May 2012; Accepted: 23 June 2012; Published: 1 May 2014

Odiel marshes
redox potential
Sarcocornia perennis
Small cordgrass
Spartina densiflora
Zostera noltii.
Get copyright permission
Back to Top