Grunts (Haemulidae) are important fisheries species and represent a major component of reef fish communities in the Greater Caribbean region. To date, little is known about their recruitment pattems. Data from more than 2,000 visual fish counts from multiple natural and artificial reef studies in Broward County, Florida, over a seven-year period, were examined to identify both spatial and temporal trends in recruitment of juvenile (i.e., \u3c 5cm TL) grunts of the genus Haemulon. In general, data from these studies indicate that juvenile Haemulon spp. recruitment increases in the spring and peaks in the early summer months (i.e., June and July). Data from natural reef surveys revealed a predominantly nearshore preference for recruitment in ...
Tropical marine habitats are often energetically linked through feeding migrations by fish. A widely...
Environmental cues like sound, magnetic field, oceanic currents, water chemistry or habitat structur...
The effects of a non-extractive marine reserve on the recruitment dynamics of haemulid fishes and th...
Grunts (Haemulidae) are important fisheries species and represent a major component of reef fish com...
Grunts (Haemulidae: Percoidei) represent one of the most abundant and speciose families on western N...
Resting schools of juvenile grunts (less than 12 cm length), composed primarily of Haemulon flavolin...
During early demersal ontogeny, many marine fishes display complex habitat-use patterns. Grunts of t...
Post-recruitment diurnal habitat use was examined in juvenile French grunts (Haemulon flavolineatum)...
During early demersal ontogeny, many marine fishes display complex habitat-use patterns. Grunts of t...
Habitat connectivity within tropical marine seascapes may be greatly dependent on the movement of la...
Growth, survival, and abundance of young, and their connectivity to adult populations are four prima...
The economically important fish families Haemulidae and Lutjanidae (grunts and snappers) are valuabl...
Studies showing that tagged reef fish connect different habitat types are crucial for effective ecos...
Studies showing that tagged reef fish connect different habitat types are crucial for effective ecos...
Recruitment from a planktonic larval stage has been proposed to be an important factor in limiting p...
Tropical marine habitats are often energetically linked through feeding migrations by fish. A widely...
Environmental cues like sound, magnetic field, oceanic currents, water chemistry or habitat structur...
The effects of a non-extractive marine reserve on the recruitment dynamics of haemulid fishes and th...
Grunts (Haemulidae) are important fisheries species and represent a major component of reef fish com...
Grunts (Haemulidae: Percoidei) represent one of the most abundant and speciose families on western N...
Resting schools of juvenile grunts (less than 12 cm length), composed primarily of Haemulon flavolin...
During early demersal ontogeny, many marine fishes display complex habitat-use patterns. Grunts of t...
Post-recruitment diurnal habitat use was examined in juvenile French grunts (Haemulon flavolineatum)...
During early demersal ontogeny, many marine fishes display complex habitat-use patterns. Grunts of t...
Habitat connectivity within tropical marine seascapes may be greatly dependent on the movement of la...
Growth, survival, and abundance of young, and their connectivity to adult populations are four prima...
The economically important fish families Haemulidae and Lutjanidae (grunts and snappers) are valuabl...
Studies showing that tagged reef fish connect different habitat types are crucial for effective ecos...
Studies showing that tagged reef fish connect different habitat types are crucial for effective ecos...
Recruitment from a planktonic larval stage has been proposed to be an important factor in limiting p...
Tropical marine habitats are often energetically linked through feeding migrations by fish. A widely...
Environmental cues like sound, magnetic field, oceanic currents, water chemistry or habitat structur...
The effects of a non-extractive marine reserve on the recruitment dynamics of haemulid fishes and th...