Classification in modern biology
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Threads
Why this why now
This unit builds on pupils’ prior learning from Variation and natural selection at the genetic level, where they explored how genetic variation drives evolution and creates differences within species. It deepens their understanding by examining modern biological classification, focusing on how evolutionary relationships and genetic traits are used to categorise organisms. As the final unit in the big question, Why are there similarities and differences between living things?, it reinforces pupils’ understanding of how genetics and evolution shape the diversity of life.
Prior knowledge requirements
- Organisms can be classified into groups based on similarities and differences in their observable characteristics at the macroscopic level.
- Scientists classify every organism into a group, including a species and a genus.
- Organisms can be classified into groups within larger groups, from species up to kingdom.
- The common structures of animal and plant cells.
- Organisms can be classified into groups based on their characteristics at the microscopic, cellular level.
Threads
Why this why now
This unit builds on pupils’ prior learning from Variation and natural selection at the genetic level, where they explored how genetic variation drives evolution and creates differences within species. It deepens their understanding by examining modern biological classification, focusing on how evolutionary relationships and genetic traits are used to categorise organisms. As the final unit in the big question, Why are there similarities and differences between living things?, it reinforces pupils’ understanding of how genetics and evolution shape the diversity of life.
Prior knowledge requirements
- Organisms can be classified into groups based on similarities and differences in their observable characteristics at the macroscopic level.
- Scientists classify every organism into a group, including a species and a genus.
- Organisms can be classified into groups within larger groups, from species up to kingdom.
- The common structures of animal and plant cells.
- Organisms can be classified into groups based on their characteristics at the microscopic, cellular level.
Biology
Classification in modern biology
This unit explores the impact of biology developments on classification systems, highlighting how electron microscopy enhances understanding of sub-cellular structures. It covers eukaryotic and prokaryotic cells, quantitative skills, unit conversions, and the evolution of scientific methods.
4 lessons in unit
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