If there is no gene flow between two populations then they will eventually become genetically distinct, thus forming two separate subspecies.
If this isolation continues for longer still, then the 2 populations become so distinct that if you cross-bred between them, then no viable offspring could be produced. This would mean that they had become two separate species.
Gene flow is genes moving between two populations. the transfer of genes from one gene pool to another two populations transferring genes
decreases genetic difference between two populations
it prevents gene flow between populations
when there is no gene flow between different populations
When genes are exchanged due to the mixing of populations, the result is gene flow. Genetic drift, along with natural selection, mutation, and migration, is one of the basic mechanisms of evolution.
Gene flow tends to reduce diffences between populations.
Gene Flow Gene flow tends to reduce differences between populations. If it is extensive enough, gene flow can amalgamate neighboring populations into a single population with a common gene pool.
Gene flow is genes moving between two populations. the transfer of genes from one gene pool to another two populations transferring genes
populations
decreases genetic difference between two populations
it prevents gene flow between populations
when there is no gene flow between different populations
a blockage of gene flow between populations
gene flow between populations is reduced
When genes are exchanged due to the mixing of populations, the result is gene flow. Genetic drift, along with natural selection, mutation, and migration, is one of the basic mechanisms of evolution.
No, there is genetic drift and gene flow between populations to consider.
Gene flow would increase between the two halves, and speciation would not occur