The sum total of all the genes of each species makes every species unique.
No, all embryos of every species are not identical. While many embryos share similar developmental stages due to common evolutionary ancestry, they exhibit distinct characteristics that reflect their species' unique genetic and developmental pathways. For example, vertebrate embryos may show similarities in early stages, but as they develop, species-specific traits become evident. Thus, while there are commonalities, each species has unique embryonic features.
The system of naming organisms is called binomial nomenclature. It consists of two names for every organism, in Latin. The first name is the genus, and the second name is the species. This system was developed by Carolus Linnaeus.
Every known organism is classified and named under the system of taxonomy, which organizes living organisms into hierarchical groups based on their characteristics and evolutionary relationships. The scientific names given to organisms consist of a genus and species name, known as binomial nomenclature, to provide a universal and precise way to identify and differentiate between species.
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to helpso that every scientist in every nation uses the same universal namehelps avoid confusion and duplication of the name
Some species didn't exist 65 million years ago.
Reproduction is essential for the continuation of every species of living organisms. It ensures the passing on of genetic material to the next generation, maintaining genetic diversity within the population and enabling adaptation to changing environments over time.
Darwin believed that organisms evolved due to natural selection. Whereas Lanmark suggested that the characteristics acquired during an organisms life i.e. academic ability, could be passed to the next generation.
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