Previously understood similarities that seemed to connect slime molds and fungi are now considered to be _____.

Convergent evolution is an evolutionary process where unrelated monophyletic organisms independently develop or evolve similar characteristic traits due to the need to adapting to similar conditions or ecological or environmental necessity.
The slime molds are subsets or part of amoebozoans but have certain morphological features similar to that of fungi, this type of evolutionary behavior is called convergent evolution.
Under stressful conditions, slime molds produce and develop spore-generating fruity bodies like fungi, which is a convergent evolutionary change.

Larus Larus · Answer 2 · 2022-03-11T13:13:57+01:00

The previously understood similarities, which seemed to associate slime molds and fungi are now considered to be the examples of convergent evolution.

What is convergent evolution?

It is illustrated as the phenomenon in which the distantly associated organisms develop similar traits independently to amend with similar necessities. For example, the slime molds, that is, the subset of amoebozoans, exhibit distinct morphological similarities to fungi, which are considered to be the outcome of convergent evolution.

Like during the time of stress or unfavorable conditions, some of the slime molds would have developed into the spore-producing fruiting bodies like that of fungi.

Thus, the given blank can be filled with the examples of convergent evolution.

Find out more information about convergent evolution here:

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