Detailed Reference Information

Detailed information for reference 3056

 Markham, J.C. (1996) Evolution and zoogeography of the Isopoda Bopyridae, parasites of Crustacea Decapoda. In: Gore, R.H. and Heck, K.L. (ed.) Crustacean Issues. Crustacean Biogeography. Vol. 4. Rotterdam: A. A. Balkema. Pp. 143–164.

 

Comment or Correction

Report a problem or comment on this reference.

Thank you!

Certification information

Reference not (yet) certified

Reference change log

2013-05-02 N. Dean Pentcheff Fixed city/publisher info.
2007-06-27 N. Dean Pentcheff Copied remarks to abstract
Moved volume to pages
Copied volume from Poore

Reference record internal details

Reference ID 3056
Reference type booksection
Authors Markham, J.C.
Publication Year (for display) 1996
Publication Year (for sorting) 1996
Title Evolution and zoogeography of the Isopoda Bopyridae, parasites of Crustacea Decapoda
Secondary Title Crustacean Issues
Secondary Authors Gore, R.H. and Heck, K.L.
Tertiary Title Crustacean Biogeography
Tertiary Authors  
Volume 4
Issue  
Pages 143–164
Place published Rotterdam
Published A. A. Balkema
Date  
URL
Abstract
The isopod family Bopyridae comprises 469 described species, all of them ectoparasites of the decapod crustaceans; it accounts for at least 80% of all species of its suborder, the Epicaridea. The family is divided into ten subfamilies, each of which is largely restricted to hosts belonging to a single decapodan infraorder or lower taxon. The most primitive subfamily is Pseudoioninae, members of which probably first infested anomurans of the family Galatheidae. All other subfamilies are derivable from the Pseudioninae, soe through a seris of genera infesting thalassinideans and designated the Thalassinidean Transition. Evidently the two major subfamilies of abdominal parasites arose separately. The center of distribution and probably origin of Bopyridae is the tropical Indo-West Pacific, with progressively fewer species being found westward to the eastern Pacific. Most subfamilies follow this overall pattern, but some deviate markedly from it.> <Stone age biogeography, but a few interesting possibilities such as host specificity which may be useful for host parasite coevolution studies. Has a useful table of suspected fossil bopyrid evidence, earliest being Jurassic age. List of subfamilies and species in each. [BIOGEOGRAPHY; BOPYRIDAE; DIVERSITY; EPICARIDEA; EVOLUTION; INDO-PACIFIC; ISOPODA; PARASITES; ZOOGEOGRAPHY]
Keywords  
Remarks cit. from Buz Wilson see: ((W2090)
Check volume number
secondary/tertiary should be swapped?
Reference Contributor Tag rwetzer
Last Changed Thu May 2 12:36:20 2013
Databases
Information
People
 

::  Site design: Kimberly Townsend  ::  Logos: Michelle Schwengel  ::  Site infrastructure: Dean Pentcheff  ::

 

Creative Commons License
All content on this website (including text, photographs, and any other original work), unless otherwise noted, is licensed under a
Creative Commons License.

National Science Foundation

This project supported by grant DEB-0129317 from the National Science Foundation

NHMLAC Logo

Natural History Museum
of Los Angeles County