If you teach ecology, you'll want to use these NGSS aligned lessons and activities to teach food chains and webs, energy roles in the ecosystem, consumers, biomes, invasive species, and migration. Students will learn about factors of ecology and test their knowledge through reading worksheets, projects, and activities. These activities include print and digital options.

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Students will:

• Begin class in a structured format by answering questions related to ecosystems
• Review their knowledge of ecology and ecosystem factors, such as herbivores, carnivores, omnivores, scavengers, decomposers, food chains and webs, life cycles, metamorphosis, predator-prey relationships, photosynthesis, and migration.
• About important parts of an ecosystem such as abiotic and biotic factors, food chains and webs, different types of consumers
• How ecosystems are organized
• Different energy roles such as producers, consumers, and decomposers
• Definition and characteristics of an invasive species
• How invasive species can impact new ecosystems
• 10 examples of different invasive species such as Asian carp, brown tree snake, Burmese python, cane toad, hydrilla, Japanese honeysuckle, kudzu, lionfish, Old World climbing fern, and zebra mussels
• How invasive species spread throughout the ecosystem
• Different methods communities are taking to balance ecosystems
• Bees
  • Life cycle
  • Role in the ecosystem
  • Pollination
  • How environmental changes can affect the population
  • Analyze data on bee populations

• Butterflies
  • Life cycle
  • Monarch butterfly's migration patterns
  • Mutual benefits of pollination
  • Role in the ecosystem

• Grasshoppers
  • Habitat
  • Energy role
  • Ecosystems
  • Environmental impacts
  • Food web

The location, climate, geography, plants, animals, plant and animal adaptations, and human impact on the following biomes:

• Aquatic Biomes (Marine and Freshwater)
• Boreal Forest (Taiga)
• Desert
• Savannah
• Temperate Forest
• Temperate Grasslands
• Tropical Rainforest
• Tundra

• Understand Migration
• Definition and concept of migration.
• Reasons why animals migrate include seasonal changes, food availability, and reproduction needs.
• Examples of Migratory Species
• Detailed study of migratory patterns in species such as monarch butterflies, wildebeests, salmon, zooplankton, and Arctic terns.
• Specific migration routes and destinations for different species.
• Adaptations for Migration:
• How different species adapt to long journeys.
• Physical and behavioral traits that aid in migration, such as fat storage, wing structure, and navigation skills.
• Ecosystem Interactions:
• The role of different biomes in migration.
• How plant species in various biomes affect animal migration habits, such as food sources and breeding grounds.

This ecosystems bundle includes:

Ecosystem Bell Ringer Activity:

• Teacher instructions
• Teacher Presentation: 20 Google Slides to review ecology factors with your students. Each slide has at least 2 questions for students to answer.
• Printable Student Sheets: Print these out to hold students accountable for completing their science warmup activity.
• EDITABLE Teacher Presentation and Student Sheets: Includes the life cycle, food chain, food web, image of an ecosystem, or other illustration, but you create the questions you want your students to answer
• Answer key

Ecosystem Reading Worksheets:

• 16 pages of science text
• Digital version of the science readings and activity
• Enrichment sheets
• Student instruction sheet
• 6 tab printable flipbook
• Rubric
• Answer key

Ecology Review Activities

• Teacher instructions
• 6 ecosystems reading passages
• Digital Google Slides option
• Crossword puzzle
• Word search
• Answer key

Biome Unit

• Teacher presentation
• Student Notes Sheet
• Reading Packet: Available as a print or digital resource, this packet will help students dive deeper into each biome. You can choose to have students read to learn about all biomes or divide the class into small groups by assigning each a biome to study.
• Graphic organizer
• Map
• Project: Assess student knowledge of biomes through the social media biome project. Students will create a social media account for one biome and create posts about important characteristics. Planning pages, print and digital options, and a rubric are included.
• Digital Review Game
• Word Search
• Crossword Puzzle

Invasive Species

• Teacher instructions
• Print and digital options
• Reading article giving information on invasive species
• 10 worksheet packets on each invasive species
• Comprehension questions
• Student task sheet
• Project graphic organizer
• Project Wanted poster template
• Rubric

Insects Activity

• Sneak Peek into My Classroom
• Bees Reading Packet
• Butterflies Reading Packets
• Grasshoppers Reading Packets
• Digital Google Slides options
• Answer key

Animal Migration Lesson

• Teacher tips on how to use these materials in your classroom.
• 6 science articles related to migration
  • What is migration?
  • Arctic tern
  • Monarch butterfly
  • Salmon
  • Wildebeest
  • Zooplankton

• Migration project
• Project organizer
• Project template
• Rubric
• Printable word search
• Print and digital options
• Answer key for reading worksheets

Population Dynamics:

• Day 1 – Population Simulation: Students play a quick ecosystem game where they “become” predators, prey, or resources and watch populations change over several rounds.
• Day 2 – Reading and Graph: They read Sharks and the Ocean Ecosystem (written at an accessible level), answer questions, and interpret a population graph for sharks, rays, and shellfish.
• Days 3–4 – Shark Food Web Project: They build a healthy ocean food web, then remove sharks and revise their model to show rays increasing, shellfish decreasing, and the ecosystem becoming unbalanced. They wrap up with a short written explanation or CER.

These lessons align to:

• Performance Expectations: 4-LS1-1, 4-LS1-2
• 5-PS3-1: Use models to describe that energy in animals’ food was once energy from the sun.
• 5-LS2-1: Develop a model to describe the movement of matter among plants, animals, decomposers, and the environment.
• MS-LS2-2: Construct an explanation that predicts patterns of interactions among organisms across multiple ecosystems.
• MS-LS2-4: Construct an argument supported by empirical evidence that changes to physical or biological components of an ecosystem affect populations.

• Disciplinary Core Ideas (DCIs):
  • LS2.A: Interdependent Relationships in Ecosystems. This includes understanding the roles of producers, consumers, and decomposers in an ecosystem, which can be illustrated by studying migratory animals.
  • LS2.B: Cycles of Matter and Energy Transfer in Ecosystems. Migration can be used to explain how animals move to find resources and the impact this has on ecosystems.

• Crosscutting Concepts:
  • Systems and System Models: Migration patterns can be examined as part of larger ecosystem models.

• Science and Engineering Practices
  • Developing and Using Models: Creating models of migration patterns.
  • Connections to Nature of Science
  • Scientific Knowledge Assumes an Order and Consistency in Natural Systems: Migration patterns are predictable and can be studied scientifically.
  • Science Models, Laws, Mechanisms, and Theories Explain Natural Phenomena: Understanding migration helps explain how animals survive and reproduce in varying environments.

Kindly Note: If you have questions, please email me at Teaching Muse Email.


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