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Biology

Genetics, populations, evolution and ecosystems

Biology: Genetics, populations, evolution and ecosystems

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English

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Biology

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Chapter Overview

Animal and plant responses

Animal coordination, control and homeostasis

Biodiversity and variation

Biological membranes

Biological molecules

Biology practicals

Cell division and cellular organisation

Cell level systems

Cells and control

Cells, viruses and reproduction of living things

Classification and biodiversity

Classification and evolution

Cloning and biotechnology

Communication and homeostasis

Community level systems

Control systems

Disease and the immune system

Ecosystems and material cycles

Ecosystems, populations and sustainability

Energy for biological processes

Energy transfers

Exchange and transport

Exchange and transport in animals

Gene expression

Genes, inheritance and selection

Genetics, populations, evolution and ecosystems

Global challenges

Health, disease and the development of medicines

Homeostasis and response

Infection and response

Inheritance, variation and evolution

Manipulating genomes

Microbiology and pathogens

Modern genetics

Natural selection and genetic modification

Nervous coordination

Nucleic acids and nucleotides

Nucleotides and nucleic acids

Organism level systems

Origins of genetic variation

Patterns of inheritance

Photosynthesis and respiration

Plant structures and their functions

Practical skills

Substance exchange

The immune system

Transport in animals

Transport in plants

Working scientifically

Genetics, populations, evolution and ecosystems

Energy and ecosystems

Energy and ecosystems

Theory

Exercises

Learning Goals

Human effects on ecosystems

Human effects on ecosystems

Theory

Exercises

Learning Goals

Inheritance: monohybrid, dihybrid and co-dominance

Inheritance: monohybrid, dihybrid and co-dominance

Theory

Exercises

Learning Goals

Populations: The Hardy-Weinberg principle

Populations: The Hardy-Weinberg principle

Theory

Exercises

Learning Goals

Evolution: variation, selection and speciation

Evolution: variation, selection and speciation

Theory

Exercises

Learning Goals

Changes in ecosystems

Changes in ecosystems

Theory

Exercises

Learning Goals

Popular Chapters in All Year Groups

Global challenges

Key concepts

Inheritance, variation and evolution

Practical skills

Exchange and transport

Biology practicals

Biological molecules

Homeostasis and response

Substance exchange

Genetics

Biodiversity and variation

Cells

Working scientifically

Microbiology and pathogens

Beta

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