The seasonal movements of Lepisosteus osseus (Longnose Gar) are largely unknown. The goal of this project was to characterize spawning movements and seasonal distributions by using acoustic tagging methods and examining historical catch records from a trawl survey. This is the first time that movements have been studied for an estuarine population of Longnose Gar. Two individuals moved greater minimum distances (69 and 74 km) than found in the only other report on movement in this species. Spawning-ground residency time, collected from two tagged Longnose Gar, was approximately one month, and tidal periodicity was observed for one of the two fish. Data from a fisheries independent trawl survey were used to examine seasonal catch distributio...
From October 1971 - September 1973, electrofishing was used to collect 1004 specimens of Lepomis aur...
Spring ichthyoplankton surveys in the tidal freshwater reaches of Virginia rivers were used to docum...
Migratory animals exploit multiple habitats across the extent of their range and conditions experien...
The seasonal movements of Lepisosteus osseus (Longnose Gar) are largely unknown. The goal of this pr...
<p>Measurements of age, growth, and reproduction are excellent tools for determining the ecological ...
Longnose gar (Lepisosteus osseus) were collected opportunistically during the South Carolina Departm...
The seasonal nearshore distributions of 17 species of fishes were determined in natural and artifici...
Lepisosteus osseus (Longnose Gar) is a large-bodied predator, whose Florida distribution remains unc...
Seasonal migrations are key to the production and persistence of marine fish populations but movemen...
Tagging of American shad Alosa sapidissima may alter their migratory behavior, causing some tagged i...
Striped bass (Marone saxatilis) were tagged in Virginia beginning in 1968. The 1970 yearclass of str...
Determining the movement behaviours of animals is essential for understanding population dynamics. T...
Abstract.—Tagging of American shad Alosa sapidissima may alter their migratory behavior, causing som...
The goal of this study was to better understand where adult winter flounder (Pseudopleuronectes amer...
Estuaries are particularly susceptible to climate change and drought resulting in atypical changes t...
From October 1971 - September 1973, electrofishing was used to collect 1004 specimens of Lepomis aur...
Spring ichthyoplankton surveys in the tidal freshwater reaches of Virginia rivers were used to docum...
Migratory animals exploit multiple habitats across the extent of their range and conditions experien...
The seasonal movements of Lepisosteus osseus (Longnose Gar) are largely unknown. The goal of this pr...
<p>Measurements of age, growth, and reproduction are excellent tools for determining the ecological ...
Longnose gar (Lepisosteus osseus) were collected opportunistically during the South Carolina Departm...
The seasonal nearshore distributions of 17 species of fishes were determined in natural and artifici...
Lepisosteus osseus (Longnose Gar) is a large-bodied predator, whose Florida distribution remains unc...
Seasonal migrations are key to the production and persistence of marine fish populations but movemen...
Tagging of American shad Alosa sapidissima may alter their migratory behavior, causing some tagged i...
Striped bass (Marone saxatilis) were tagged in Virginia beginning in 1968. The 1970 yearclass of str...
Determining the movement behaviours of animals is essential for understanding population dynamics. T...
Abstract.—Tagging of American shad Alosa sapidissima may alter their migratory behavior, causing som...
The goal of this study was to better understand where adult winter flounder (Pseudopleuronectes amer...
Estuaries are particularly susceptible to climate change and drought resulting in atypical changes t...
From October 1971 - September 1973, electrofishing was used to collect 1004 specimens of Lepomis aur...
Spring ichthyoplankton surveys in the tidal freshwater reaches of Virginia rivers were used to docum...
Migratory animals exploit multiple habitats across the extent of their range and conditions experien...