Interspecific differences in depth preference: Regulation of larval transport in an upwelling system

Article English OPEN

Miller, SH; Morgan, SG;

(2013)

Publisher: eScholarship, University of California

Subject:
mesheuropmc: fungi

Dispersal is fundamental to understanding the ecology and evolution of species and effectively managing resources, but information on dispersal is rare for the vast majority of marine life that develops as miniscule larvae in the plankton. Until recent evidence to the c... View more

Similar Research Results (3)

publication Larval Behavior and Natural Trace Element Signatures as Indicators of Crustacean Population Connectivity (2011)	71%
publication Trace element signatures in larval soft tissues reveal transport, but not population connectivity (2013)	71%
publication Interannual variability in an atlas of trace element signatures for determining population connectivity (2013)	71%

Metrics

Share - Bookmark

Download from
eScholarship - University of California via eScholarship - University of California (Article, 2013)
Cite this publication