Interbreeding: meaning, definitions and examples

Specifically refers to breeding between different species or distinct groups within a species. It often implies mixing of genetic material from different populations.

• There is evidence of interbreeding between Neanderthals and early modern humans.
• Scientists are studying the effects of interbreeding between wild and domesticated species.

Involves mating two different breeds or species to create a hybrid with traits from both parents. Often used in agriculture and livestock industries.

• Crossbreeding can result in hybrid vigor, improving livestock performance.
• Farmers often engage in crossbreeding to develop hardier plant varieties.

Refers specifically to the act of animals coming together to reproduce. Often used in the context of observing natural animal behaviors.

• The mating season for deer typically starts in late autumn.
• Scientists observed the mating rituals of exotic birds in the wild.

General term used for the process of animals or plants producing offspring. Also used in discussions about the maintenance and improvement of species' traits.

• Selective breeding has led to more resilient crops.
• Dog breeding requires a lot of knowledge about genetics.

This term is commonly used in discussions about the reproduction between different species or populations within a species. It often implies a controlled or natural process of mating.

• The interbreeding of wolves and domestic dogs can sometimes result in hybrid offspring

This phrase is often used in evolutionary biology to describe the transfer of genetic material between populations or species. It highlights the movement of genes rather than the act of mating itself.

• Gene flow between different bird populations can introduce new genetic variations, which can be beneficial for adaptation

This is a broader term that can refer to any process where genetic material is exchanged, including horizontal gene transfer and reproduction. It is often used in scientific and technical contexts.

• Scientists study genetic exchange to understand how bacteria develop resistance to antibiotics