Détail de l'auteur
Documents disponibles écrits par cet auteur (7)
Ajouter le résultat dans votre panier Affiner la recherche
Article
K. E. Boyer, Auteur ; J. C. Callaway, Auteur ; J. B. Zedler, AuteurWe report the first data on belowground tissue mass and nitrogen (N) concentration for Spartina foliosa in southern California, assessing one natural and two constructed marshes on San Diego Bay. Biomass at the natural marsh was low compared to [...]
Article
G. D. Williams, Auteur ; J. B. Zedler, AuteurThis study evaluated the use by fish of restored tidal wetlands and identified links between fish species composition and habitat characteristics. We compared the attributes of natural and constructed channel habitats in Sweetwater Marsh Nationa[...]
Article
R. Lindig-Cisneros, Auteur ; J. B. Zedler, AuteurIn restored salt marshes, seedling recruitment can be limited where large areas of soil are exposed and physical conditions are harsh. On a 0.7-ha excavated marsh plain, we studied recruitment as a function of abiotic (elevation) and biotic fact[...]
Article
J. M. West, Auteur ; J. B. Zedler, AuteurSalt marsh habitats influenced by southern California's mixed, semi-diurnal tides are, on average, accessible to fishes less than 16% of the time. However, five species (four natives, one exotic) and a variety of juvenile and adult size classes [...]
Article
S. Trnka, Auteur ; J. B. Zedler, AuteurThe effect of parental growth form on ramets introduced to new sites has broad implications for ecological restoration. We asked whether transplants of Spartina foliosa need to come from tall parents in order to produce tall stands for nesting b[...]
Article
J. S. Desmond, Auteur ; D. H. Deutschman, Auteur ; J. B. Zedler, AuteurProtocols for monitoring wetland mitigation and restoration projects call for routine counts of animals, yet long-term spatial and temporal patterns are rarely examined. An analysis of monitoring data from three southern California estuaries spa[...]
Article
G. B. Noe, Auteur ; J. B. Zedler, AuteurTemporal variation in rainfall created a germination window for seedling establishment in the upper intertidal marshes of southern California. In this highly variable climate, total annual rainfall was highly variable, as was the timing and size[...]
