Biology Grade 10. Introduction. Biodiversity. Collection 1

Explore the diversity of life and the scientific foundations of biology! The course “Biology Grade 10. Introduction. Biodiversity. Collection 1” provides a systematic introduction to biology as a science and a comprehensive study of biodiversity, its levels, classification principles, and significance for ecosystems and sustainable development. Through structured lessons, practical work, and analytical tasks, students build a deep understanding of the living world.

Key Features of the Course:

• Structured lesson system: Covers introduction to biology, scientific methodology, and biodiversity across different taxa and ecosystems.
• Questions and tasks for each lesson: Support comprehension, critical thinking, and independent learning.
• Practical orientation: Includes practical work on research methods, biodiversity study, and analysis.
• Scientific approach: Focus on systematics, taxonomy, ecological relationships, and modern biological concepts.

Course Structure

Topic 1. Introduction

• Getting to know the textbook
• Symbols used in the textbook
• §1. Biology and ecology. Forms of life — Practical work — Questions and tasks
• §2. Biological systems. Levels of organization of life — Questions and tasks
• §3. Environment of life. Concept of homeostasis — Questions and tasks
• §4. Science and the scientific method — Practical work — Questions and tasks
• §5. Planning biological and ecological research — Practical work — Questions and tasks
• §6. Analysis and presentation of research results — Practical work — Questions and tasks

Topic 2. Biodiversity

• §7. Biological systematics — Practical work — Questions and tasks
• §8. Creation of systems of living organisms — Questions and tasks
• §9. Species as a basic taxon — Practical work — Questions and tasks
• §10. Biodiversity — Practical work — Questions and tasks
• §11. Biodiversity research — Practical work — Questions and tasks
• §12. Modern system of the living world — Questions and tasks
• §13. Prokaryotic organisms — Questions and tasks
• §14. Systematics of eukaryotes — Questions and tasks
• §15. Terrestrial plants — Questions and tasks
• §16. Diversity of seed plants — Questions and tasks
• §17. Fungi and fungus-like organisms — Questions and tasks
• §18. Animals — Questions and tasks
• §19. Anamniotes and amniotes — Questions and tasks
• §20. Ecosystem biodiversity — Practical work — Questions and tasks
• §21. Changes in biodiversity — Practical work — Questions and tasks
• Main provisions of the topic “Biodiversity”
• General course information

Expected Learning Outcomes

• Knowledge component: Students provide examples of organisms of different taxa, explain principles of modern systematics, and characterize biodiversity at genetic, species, and ecosystem levels.
• Analytical understanding: Explain classification principles, ecological relationships, and the role of biodiversity in sustainable development.
• Research skills: Describe phylogenetic trees, plan biodiversity studies, and analyze similarities and differences among taxa.
• Practical competence: Apply classification skills, conduct observations and field studies, and evaluate impacts of biodiversity change.
• Forecasting ability: Predict consequences of biodiversity loss, species introduction, and ecological changes.
• Value awareness: Recognize the importance of conserving biodiversity and understanding environmental impacts.

Required Prior Knowledge

To successfully complete the course, students should have solid knowledge of biology from Grades 7–9, understand fundamental biological concepts and terminology, and be able to analyze biological processes using diagrams, tables, graphs, and biological illustrations.