1999
DOI: 10.1016/s0045-6535(99)00113-7
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Restored wetlands as filters to remove nitrogen

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Cited by 51 publications
(17 citation statements)
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“…Macrophytes in salt marshes are widely believed to decrease the rate of tidal flow, cause suspended particulate matter to sediment, enhance the retention rates of nutrients and metals from overlying water, and reduce the import of nutrients and metals to estuarine waters (Cacador, Vale, & Catarino, 2000;Daehler & Strong, 1996;Windham et al, 2003;Windham, 1999). Therefore, salt marshes are often considered efficient sinks for nutrients and metals; they can ameliorate the environmental quality in coastal ecosystem (Romero, Comin, & Garcia, 1999;Coelho, Flindt, & Jensen, 2004;Zhang, Yu, Hutchinson, Xu, Chen, & Gao, 2001). …”
mentioning
confidence: 99%
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“…Macrophytes in salt marshes are widely believed to decrease the rate of tidal flow, cause suspended particulate matter to sediment, enhance the retention rates of nutrients and metals from overlying water, and reduce the import of nutrients and metals to estuarine waters (Cacador, Vale, & Catarino, 2000;Daehler & Strong, 1996;Windham et al, 2003;Windham, 1999). Therefore, salt marshes are often considered efficient sinks for nutrients and metals; they can ameliorate the environmental quality in coastal ecosystem (Romero, Comin, & Garcia, 1999;Coelho, Flindt, & Jensen, 2004;Zhang, Yu, Hutchinson, Xu, Chen, & Gao, 2001). …”
mentioning
confidence: 99%
“…Salt marsh macrophytes have high primary productivity and assimilative capacity for nitrogen (N) and Phosphorus (P) (Romero et al, 1999;Teal & Howes, 2002). With denitrification as an exception, plant uptake is thought to be the important mechanism for salt marsh ecosystems to remove inorganic nutrients (N and P) from overlying water (White, 1994;Teal & Howes, 2002;Rozema, Leendertse, Bakker, & Wijnen, 2002).…”
mentioning
confidence: 99%
“…effectively retain nitrogen in various wetland ecosystems. In restored wetlands dominated by Phragmites, 66-100% of inorganic nitrogen inputs were removed by the vegetation (Romero et al, 1999). Comparable high rates of nitrogen retention were also reported for Phragmites spp.-dominated wetlands in Mediterranean, continental, and tropical climates (Ennabili et al, 1998;Xu et al, 1999;Billore et al, 1999).…”
Section: Introductionmentioning
confidence: 84%
“…Al igual que en el caso del P, en la literatura existe mucha discusión sobre la importancia del papel de las plantas en la eliminación de N. Para algunos autores, el consumo de N por parte de la vegetación es el principal mecanismo de eliminación de N en sus humedales (Rogers et al, 1991;Koottatep & Polprasert, 1997;Comín et al, 1997;Romero et al, 1999;Ran et al, 2002;Zhou & Hosomi, 2008), mientras que para otros no este no es un mecanismo relevante (Huang et al, 2000;Bachand & Horne 2000a,b;Reilly et al, 2000). Además, algunos estudios han obtenido mejores eliminaciones en humedales vegetados que en no vegetados (Tanner et al, 1995a;Lin et al, 2002;Zhu & Sikora, 1995;Ibekwe et al, 2007, Lee & Scholz, 2007, constatando que la presencia y el tipo de vegetación son factores importantes en la eliminación de N (Garcia-Lledó et al, 2011;Lee et al, 2009).…”
Section: Almacenamiento De N En Las Plantasunclassified
“…Tabla 6-110: Valores de K estimados durante los dos primeros años Los resultados obtenidos están dentro del rango de valores recogidos de la literatura (Fleming-Singer & Horne, 2006;Romero et al, 1999).…”
Section: Ec 42unclassified