Javascript must be enabled to continue!
The Biology of Squat Lobsters
View through CrossRef
Squat lobsters of the superfamilies Chirostyloidea and Galatheoidea are highly visible crustaceans on seamounts, continental margins, shelf environments, hydrothermal vents and coral reefs. About 1000 species are known. They frequently feature in deep-sea images taken by submersibles and are caught in large numbers by benthic dredges. Some species are so locally abundant that they form ‘red tides’. Others support a variety of important fisheries.
The taxonomy of squat lobsters has been intensively studied over the past few decades, making them one of the best known deepwater crustacean groups. As a result, they have attracted the attention of deep-sea ecologists who use them as proxies to test hypotheses about deepwater ecological processes and biogeography. Interest in squat lobsters now extends much more widely than the taxonomic research community and this work is a timely synthesis of what is known about these animals. The Biology of Squat Lobsters provides keys for identification and reviews the current state of knowledge of the taxonomy, evolution, life history, distribution, ecology and fisheries of squat lobsters.
A striking feature of squat lobsters is their vivid coloration, which is revealed in a selection of spectacular images of different species.
2012 Whitley Award Commendation for Invertebrate Natural History.
CSIRO Publishing
Title: The Biology of Squat Lobsters
Description:
Squat lobsters of the superfamilies Chirostyloidea and Galatheoidea are highly visible crustaceans on seamounts, continental margins, shelf environments, hydrothermal vents and coral reefs.
About 1000 species are known.
They frequently feature in deep-sea images taken by submersibles and are caught in large numbers by benthic dredges.
Some species are so locally abundant that they form ‘red tides’.
Others support a variety of important fisheries.
The taxonomy of squat lobsters has been intensively studied over the past few decades, making them one of the best known deepwater crustacean groups.
As a result, they have attracted the attention of deep-sea ecologists who use them as proxies to test hypotheses about deepwater ecological processes and biogeography.
Interest in squat lobsters now extends much more widely than the taxonomic research community and this work is a timely synthesis of what is known about these animals.
The Biology of Squat Lobsters provides keys for identification and reviews the current state of knowledge of the taxonomy, evolution, life history, distribution, ecology and fisheries of squat lobsters.
A striking feature of squat lobsters is their vivid coloration, which is revealed in a selection of spectacular images of different species.
2012 Whitley Award Commendation for Invertebrate Natural History.
Related Results
Parasites and other symbionts of squat lobsters
Parasites and other symbionts of squat lobsters
Squat lobsters (members of the anomuran superfamilies Chirostyloidea and Galatheoidea) are known as hosts for a variety of symbiotic organisms, particularly parasites. One hundred ...
Phylogeny and fossil record of marine squat lobsters
Phylogeny and fossil record of marine squat lobsters
The phylogeny and fossil record of the marine squat lobsters, Chirostyloidea and Galatheoidea, are reviewed. Until recently, marine squat lobsters, porcelain crabs (Porcellanidae),...
Ecology, physiology, feeding and trophic role of squat lobsters
Ecology, physiology, feeding and trophic role of squat lobsters
Squat lobsters are conspicuous representatives of the benthic fauna in diverse marine environments. They may occur as solitary individuals or as dense benthic aggregations, sometim...
Comparison of muscle activation of hip belt squat and barbell back squat techniques
Comparison of muscle activation of hip belt squat and barbell back squat techniques
BACKGROUND: Hip belt squats are believed to have been introduced in 1970. By removing the load from the shoulders and upper trapezius, the hip belt squat places emphasis on the leg...
Morphology of marine squat lobsters
Morphology of marine squat lobsters
The external and internal morphology of the marine squat lobsters is reviewed. External morphology of squat lobsters has been extensively studied, primarily in the context of taxon...
Agonistic behaviour and reproductive biology of squat lobsters
Agonistic behaviour and reproductive biology of squat lobsters
Squat lobsters are ubiquitous in many benthic habitats yet very little is known about their behavioural ecology. This chapter synthesises reports of agonistic and reproductive inte...
Aquaculture of Marine Lobsters
Aquaculture of Marine Lobsters
Marine lobsters include some of the most highly prized and valuable seafood species in the world. Accessible wild populations of edible lobster species are under increasing pressur...
Patterns of population genetic structure and connectivity of squat lobsters associated with vulnerable marine ecosystems
Patterns of population genetic structure and connectivity of squat lobsters associated with vulnerable marine ecosystems
<p>Vulnerable marine ecosystems (VMEs) are susceptible to the impact of intense or long-term anthropogenic activities (e.g., bottom trawling). Networks of marine protected ar...

