Results 171 to 180 of about 4,248 (225)

Queuing Behavior of Spiny Lobsters

Science, 1969
Autumnal mass migrations of spiny lobsters, Panulirus argus , involve diurnal movements of thousands of individuals in single-file queues. Initiation, posture, and alignment of a queue can be effected entirely by tactile cues received through antennular inner rami, pereiopods, and antennae.
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CULTURE POTENTIAL OF SPINY LOBSTER

Proceedings of the annual workshop - World Mariculture Society, 1973
ABSTRACTIt is possible to raise the spiny lobster (Panulirus argus) in captivity from the late pueruli stage to cmercial size (790 to 900 g) in approximately 3 to 4 years. The pueruli collected in inshore waters usually undergo two moltings and metamorphose into postlarvae.
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Serum lipoproteins in the spiny lobster, Panulirus interruptus

Comparative Biochemistry and Physiology Part B: Comparative Biochemistry, 1978
1. Most of the lipids in the hemolymph of the spiny lobster, Panulirus interruptus, were associated with a high density lipoprotein (HDL3). The lipid of this lipoprotein was composed of phospholipid (88%), sterol (4%) and triglyceride (3%). 2. In animals fed 14C-labeled triglyceride radioactivity was not seen in the serum until 12 hr after feeding ...
R F, Lee, D L, Puppione
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Drag Reduction by Formation Movement in Spiny Lobsters

Science, 1976
Movements of spiny lobsters ( Panulirus argus ) in formation reduce drag during locomotion; such movement is of particular significance during mass migration. Queues (single-file lines) of spiny lobsters sustain less drag per individual than do individual lobsters moving at the same speed.
R G, Bill, W F, Herrnkind
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True navigation and magnetic maps in spiny lobsters

Nature, 2003
Animals are capable of true navigation if, after displacement to a location where they have never been, they can determine their position relative to a goal without relying on familiar surroundings, cues that emanate from the destination, or information collected during the outward journey.
Larry C, Boles, Kenneth J, Lohmann
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Spiny lobsters stick and slip to make sound

Nature, 2001
These crustaceans can scare off predators even when their usual armour turns soft. Many arthropods are able to produce pulsed sounds by rubbing a hard pick over stiff macroscopic ridges1, rather like dragging a stick over a washboard. Spiny lobsters (Palinuridae) also make pulsed sounds, and here I show that they generate these by virtue of a ...
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Comparative Sociobiology of Spiny Lobsters

2007
AbstractSpiny lobsters show a wide range of social behaviors along a continuum from solitary asocial species to highly gregarious social species. Phylogenetic comparative analysis of social condition was unable to determine if the spiny lobster common ancestor was social or asocial, but suggests that several modern asocial taxa may have evolved from ...
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Spiny lobsters and their fishing techniques

1981
Scores of publications on spiny lobsters and their fishing techniques are available from various parts of the world. A variety of fishing gears which vary in design and operation are employed for exploiting lobsters. A review of the work carried out on spiny lobsters with special reference to their distribution, fishing gear, fishing methods, baits and
Mohan Rajan, K.V., Meenakumari, B., Balasubramanyan, R.   +2 more
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Bioeconomics of Spiny Lobster Farming in Indonesia

2012
Spiny lobster puerulus settlements have recently been found in bays in Lombok, Indonesia, leading to the development of lobster grow-out culture in adjacent areas. This research suggests that lobster farming in Indonesia is a viable alternative livelihood for Indonesian fishers.
Petersen, Elizabeth H., Jones, Clive, Priyambodo, Bayu, Petersen, Elizabeth H., Jones, Clive, Priyambodo, Bayu   +5 more
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Early Life History of Spiny Lobster

Crustaceana, 1994
Spiny (rock) lobsters are the basis of important fisheries in all of the world's major oceans. We synthesize current information on their early life history from a variety of biological disciplines and draw conclusions about the significance of this phase in the ecology of the group.
John D. Booth, Bruce F. Phillips
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