Source–sink dynamics explain the distribution and persistence of an invasive population of common carp across a model Midwestern watershed Biological Invasions https://t.co/wY1dnrBfRR https://t.co/5DFGbMoy3b
RT @BioInvasions: A new paper applies source-sink theory in reverse to better understand and manage an invasive population of common carp:…
RT @BioInvasions: A new paper applies source-sink theory in reverse to better understand and manage an invasive population of common carp:…
RT @EcoInvasions: The source-sink concept applied to invasive populations: common carp in connected ponds & lakes in the Mississippi R. Re…
RT @BioInvasions: A new paper applies source-sink theory in reverse to better understand and manage an invasive population of common carp:…
RT @BioInvasions: A new paper applies source-sink theory in reverse to better understand and manage an invasive population of common carp:…
RT @BioInvasions: A new paper applies source-sink theory in reverse to better understand and manage an invasive population of common carp:…
RT @BioInvasions: A new paper applies source-sink theory in reverse to better understand and manage an invasive population of common carp:…
RT @EcoInvasions: The source-sink concept applied to invasive populations: common carp in connected ponds & lakes in the Mississippi R. Re…
RT @EcoInvasions: The source-sink concept applied to invasive populations: common carp in connected ponds & lakes in the Mississippi R. Re…
RT @EcoInvasions: The source-sink concept applied to invasive populations: common carp in connected ponds & lakes in the Mississippi R. Re…
The source-sink concept applied to invasive populations: common carp in connected ponds & lakes in the Mississippi R. Results suggest managers should focus on suppressing reproduction in source habitats (ponds) or disrupting dispersal, instead of cull
RT @BioInvasions: A new paper applies source-sink theory in reverse to better understand and manage an invasive population of common carp:…
RT @BioInvasions: A new paper applies source-sink theory in reverse to better understand and manage an invasive population of common carp:…
RT @BioInvasions: A new paper applies source-sink theory in reverse to better understand and manage an invasive population of common carp:…
A new paper applies source-sink theory in reverse to better understand and manage an invasive population of common carp: https://t.co/UeExbQn6X3 https://t.co/FtYq6dH8dq
Source–sink dynamics explain the distribution and persistence of an invasive population of common carp across a model Midwestern watershed Biological Invasions https://t.co/wY1dnrBfRR https://t.co/5DFGbMoy3b