Anecdotal evidence has suggested in the past that the Pacific Sand Lance, Ammodytes hexapterus is present every other year in the San Juan Archipelago. This study found the fish to be present in the San Juans, as they were last year, but not as abundant as in previous years sampling. As in numerous past studies, the A. hexapterus was found to preferentially burrow in medium to coarse-grained sand and avoid sediments higher in fine particles. General trends in tidal current speeds and the abundance of sand lance in the sediment were observed. Higher levels of fish was found in the sand when tidal currents slowed from ebb to slack
Pacific sand lances, Ammodytes personatus, are nutrient dense forage fish important to salmon recove...
Many marine upwelling ecosystems are characterized by low species diversity of the middle tropic lev...
The Pacific sand lance, Ammodytes hexapterus, was tested for burrowing speed in a tank filled with ...
Fish feeding behavior, abundance, and population demographics depend on a number of environmental a...
Previous studies have found that the Pacific Sand Lance prefer to bury into sediment that is mainly ...
In the pelagic zone Ammodytes hexapterus or the Pacific Sand lance (PSL) act as an important link in...
This study is part of an ongoing effort on behalf of the Pelagic Ecosystem and Function (PEF) Appren...
In the San Juan Islands, the immediate trophic levels of the marine food web represent a critical li...
The Pacific Sand Lance Ammodytes personatus is a small, semi-demersal forage fish that plays a cruci...
Research developed in the Pelagic Ecosystem Function Apprenticeship at the University of Washington ...
Forage fish such as herring, surf perch and Pacific sand lance are a crucial link between lower and ...
Forage fish, such as the Pacific sand lance (Ammodytes hexapterus) occupy a critical intermediate tr...
The Pacific sand lance (Ammodytes hexapterus) is an ecologically important forage fish in the Salish...
Ammodytes hexapterus or Pacific sand lance (PSL) are forage fish that spend most of their time buri...
Deep-water sand wave fields in the San Juan Archipelago of the Salish Sea and Pacific Northwest Wash...
Pacific sand lances, Ammodytes personatus, are nutrient dense forage fish important to salmon recove...
Many marine upwelling ecosystems are characterized by low species diversity of the middle tropic lev...
The Pacific sand lance, Ammodytes hexapterus, was tested for burrowing speed in a tank filled with ...
Fish feeding behavior, abundance, and population demographics depend on a number of environmental a...
Previous studies have found that the Pacific Sand Lance prefer to bury into sediment that is mainly ...
In the pelagic zone Ammodytes hexapterus or the Pacific Sand lance (PSL) act as an important link in...
This study is part of an ongoing effort on behalf of the Pelagic Ecosystem and Function (PEF) Appren...
In the San Juan Islands, the immediate trophic levels of the marine food web represent a critical li...
The Pacific Sand Lance Ammodytes personatus is a small, semi-demersal forage fish that plays a cruci...
Research developed in the Pelagic Ecosystem Function Apprenticeship at the University of Washington ...
Forage fish such as herring, surf perch and Pacific sand lance are a crucial link between lower and ...
Forage fish, such as the Pacific sand lance (Ammodytes hexapterus) occupy a critical intermediate tr...
The Pacific sand lance (Ammodytes hexapterus) is an ecologically important forage fish in the Salish...
Ammodytes hexapterus or Pacific sand lance (PSL) are forage fish that spend most of their time buri...
Deep-water sand wave fields in the San Juan Archipelago of the Salish Sea and Pacific Northwest Wash...
Pacific sand lances, Ammodytes personatus, are nutrient dense forage fish important to salmon recove...
Many marine upwelling ecosystems are characterized by low species diversity of the middle tropic lev...
The Pacific sand lance, Ammodytes hexapterus, was tested for burrowing speed in a tank filled with ...