In Florida, freshwater marshes are constructed as mitigation for wetland loss associated with phosphate strip mining, but little is known regarding the similarity of fish communities in natural and constructed marshes. Fish from five constructed and eight natural marshes were sampled quarterly via throw-traps for one year. Gambusia holbrooki, Heterandria formosa, Poecilia latiuinna, Elassoma everqladei, Fundulus chrysotus, Jordanella floridae, Fundulus rubifrons, and unidentified juvenile centrarchids were found in both constructed and natural marshes, while Lucania goodei was found only in constructed marshes. A comparison between constructed and natural marsh populations showed that differences in mean abundance and biomass at p \u3c 0.05...
In this study, I surveyed fish populations along the shorelines of urban canals in Miami-Dade County...
We compared the fish assemblages on a mitigation site to neighboring natural habitat. Artificial ree...
Anthropogenic habitat alterations and water-management practices have imposed an artificial spatial ...
In Florida, freshwater marshes are constructed as mitigation for wetland loss associated with phosph...
In Florida, phosphate mining companies that destroy natural wetlands are required to construct mitig...
The introduction of exotic fish has been detrimental to wetland ecosystems, thus making it important...
Salt marshes in Northeastern Florida were sampled from June 2 to September 10, 2000. A 1m2 throw tra...
The purpose of this study was to compare the fish communities in mitigated and natural mangrove area...
Historical and recent biological surveys including aerial and ground level photographs reveal gross ...
Southern California’s wetlands are drastically declining due to human activities. Increasingly, mars...
Salt marshes are an essential component of the temperate coastal ecosystem, providing a variety of e...
Some shallow (\u3c7 m, water depth) nearshore hardbottom areas of southeast Florida have been report...
Abstract Marsh-resident fishes play important roles as both predators and prey in coastal systems, i...
High marsh pools are natural features in New England salt marshes that provide important subtidal re...
Salt marshes are dynamic systems supporting a diverse assemblage of resident and transient nekton (f...
In this study, I surveyed fish populations along the shorelines of urban canals in Miami-Dade County...
We compared the fish assemblages on a mitigation site to neighboring natural habitat. Artificial ree...
Anthropogenic habitat alterations and water-management practices have imposed an artificial spatial ...
In Florida, freshwater marshes are constructed as mitigation for wetland loss associated with phosph...
In Florida, phosphate mining companies that destroy natural wetlands are required to construct mitig...
The introduction of exotic fish has been detrimental to wetland ecosystems, thus making it important...
Salt marshes in Northeastern Florida were sampled from June 2 to September 10, 2000. A 1m2 throw tra...
The purpose of this study was to compare the fish communities in mitigated and natural mangrove area...
Historical and recent biological surveys including aerial and ground level photographs reveal gross ...
Southern California’s wetlands are drastically declining due to human activities. Increasingly, mars...
Salt marshes are an essential component of the temperate coastal ecosystem, providing a variety of e...
Some shallow (\u3c7 m, water depth) nearshore hardbottom areas of southeast Florida have been report...
Abstract Marsh-resident fishes play important roles as both predators and prey in coastal systems, i...
High marsh pools are natural features in New England salt marshes that provide important subtidal re...
Salt marshes are dynamic systems supporting a diverse assemblage of resident and transient nekton (f...
In this study, I surveyed fish populations along the shorelines of urban canals in Miami-Dade County...
We compared the fish assemblages on a mitigation site to neighboring natural habitat. Artificial ree...
Anthropogenic habitat alterations and water-management practices have imposed an artificial spatial ...