Hey there future biologist! Let's dive into the world of classification and evolutionary relationships. Don't worry, we'll keep it as fun and interactive as possible, while giving you all the knowledge you need. Ready? Let's do this!
To make sense of the biodiversity around us, biologists use classification systems. The best type? The one that mirrors the evolutionary origins of species. This means we classify species based on their common ancestors. Here's what we need to make it happen:
Unity in Group: Every organism evolved from a common ancestor should be in the same taxonomic group. Think of this as a family reunion! Everyone's related, so everyone's invited.
Common Ancestry: In every taxonomic group, all species should have evolved from the same common ancestor. This is like saying everyone at the reunion shares the same great-great-grandma.
Dive deeper and gain exclusive access to premium files of Biology HL. Subscribe now and get closer to that 45 🌟
Hey there future biologist! Let's dive into the world of classification and evolutionary relationships. Don't worry, we'll keep it as fun and interactive as possible, while giving you all the knowledge you need. Ready? Let's do this!
To make sense of the biodiversity around us, biologists use classification systems. The best type? The one that mirrors the evolutionary origins of species. This means we classify species based on their common ancestors. Here's what we need to make it happen:
Unity in Group: Every organism evolved from a common ancestor should be in the same taxonomic group. Think of this as a family reunion! Everyone's related, so everyone's invited.
Common Ancestry: In every taxonomic group, all species should have evolved from the same common ancestor. This is like saying everyone at the reunion shares the same great-great-grandma.
Dive deeper and gain exclusive access to premium files of Biology HL. Subscribe now and get closer to that 45 🌟