Spatial occupancy models for predicting metapopulation dynamics and viability following reintroduction
Authors: Richard Chandler; Erin Muths; Brent H Sigafus; Cecil R Schwalbe; Christopher J Jarchow; Blake R Hossack
Contribution Number: 512
Abstract/Summary
This project provides an example of how spatio-temporal statistical models based on ecological theory can be applied to forecast the outcomes of conservation actions such as reintroduction. illustrates how spatial occupancy models overcome many of the obstacles hindering the application of metapopulation theory for informing reintroduction efforts.Our spatial occupancy model should be particularly useful when management agencies lack the funds to collect intensive individual-level data.
Publication details
Published Date: | 2015 |
Outlet/Publisher: | Journal of Applied Ecology |
Media Format: |
ARMI Organizational Units:
Rocky Mountains, Southern - BiologyRocky Mountains, Northern - Biology
Southwest, Arizona - Biology
Topics:
Climate Change; Drought; Invasive Species; Quantitative Developments; Species and their EcologyPlace Names:
Arizona; Buenos Aires National wildlife RefugeKeywords:
amphibians; ARMI; colonization; connectivity; detection; distribution; drought; extinction; habitat; habitat alteration; hydroperiod; introduced species; invasives; management; methods; monitoring; movement; occupancy; pond-breeding amphibians; population; research; T&E; threatened species
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