   
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Management solutions
- Decrease habitat fragmentation
by establishing connectivity between fragments. This would decrease
the number of metapopulations and the local extinction rate.
- Identify species with low
dispersal capabilities.
- Identify source-sinks. Sources
may need expanding.
- Prevent extinction and encourage
recolonisation. Recolonisation is enhanced by proximity
to large source patch, corridors, or stepping stones. It is encouraged
by a less hospitable matrix, low inter-patch distances and high density
of patches that decrease isolation. Every element in the landscape may
be important for maintaining species.
- Management needs to be directed
toward controlling external influences (Forman,
1995).
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