Explore how oribatid mites have thrived for millions of years without sex, using unique strategies like parthenogenesis and ...

Efficiency, for one thing, is on the side of asexual organisms: Without the need for males, every clonal individual passes a full set of identical genes onto the next generation. In addition ...

However, not all organisms reproduce sexually: asexual reproduction is common among single-cell organisms such as bacteria. The key difference for asexual reproduction is that offspring are ...

By contrast, asexual reproducers—some 70 vertebrate species and many less complex organisms—“use all the chromosomes they have” to solitarily produce offspring that are genetic clones ...

For instance, organisms including aphids and daphnia reproduce asexually when resources are abundant and switch to sex only at the end of the season, when the potential for asexual reproduction is ...

In collaboration with colleagues from international partner institutions, researchers at the University of Cologne have investigated the asexual ...

If the goal of life is spreading one's genes far and wide, asexually reproducing organisms seem to have the edge. They do not have to invest time and energy finding a mate. Asexual individuals can ...

Some organisms reproduce by sexual and asexual reproduction, but this depends on the particular circumstances.

These seeds are scattered by animals or the wind ... This type of reproduction is known as asexual reproduction. Plants can reproduce asexually in a number of different ways.

Although humans can’t clone themselves at will, unicellular organisms, such as bacteria, can. They don’t need a partner to mate with because they use asexual reproduction. Are there any advantages or ...