Climate-Driven Ichthyoplankton Drift Model Predicts Growth of Top Predator Young
Abstract
Climate variability influences seabird population dynamics in several ways including access to prey near colonies during the critical chick-rearing period. This study addresses breeding success in a Barents Sea colony of common guillemots Uria aalge where trophic conditions vary according to changes in the northward transport of warm Atlantic Water. A drift model was used to simulate interannual variations in transport of cod Gadus morhua larvae...
Paper Details
Title
Climate-Driven Ichthyoplankton Drift Model Predicts Growth of Top Predator Young
Published Date
Nov 12, 2013
Journal
Volume
8
Issue
11
Pages
e79225 - e79225
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