Modeling the Spread and Control of Spartina Alterniflora in a Pacific Estuary: The Consequences of an Allee Effect in a Plant Invasion |
Contents
Introduction | 1 |
Finding optimal control strategies for an invasive | 31 |
Allee Effects in Biological Invasions 52 32 | 52 |
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Common terms and phrases
adjacent isolates algorithm Allee dynamics Allee effect leads Amarasekare American Naturalist Applied Ecology Bascompte 2003 base scenario becomes adjacent Berec biocontrol agent biological invasions calculated clones and meadows coalescence rate component of fitness Courchamp critical Allee effect Davis demographic Allee effect density classes density threshold density-dependence deterministic model distribution equations eradication extinction fecundity genetic algorithm Grevstad gypsy moth high-density House Finch individuals inflorescence initial density Integrodifference equations invaded invasion rate invasive species km² late invasion Liebhold & Bascompte mate metapopulation mudflat Murphy non-spatial noncritical Allee effect optimal control optimal strategy Pacific estuary parameters patches plant invasion pollen limitation population dynamics population models predicted prioritise probability of establishment produce purple loosestrife rate of spread reduced removal risk seedling control sensitivity Sharov simulation model Spartina alterniflora stochasticity strong Allee effects Taylor total area occupied vegetative growth rate vital rates Washington State Department weak Allee effect Willapa Bay Wolbachia