Download Units

NGSS Connections: All
The NGSS Connections below are the specific dimensions of NGSS that are addressed in the units that are available to you. Click on an item below to see all lessons that address that dimension.

Analyze and Interpret Data
Analyze and Interpreting Data
Analyzing and Interpreting Data
Asking Questions
Asking Questions and Defining Problems
Cause and Effect
Connections to Engineering Technology and Applications of Science
Constructing Explanations
Constructing Explanations and Designing Solutions
Developing and Using Models
Energy and Matter
Engaging in Argument from Evidence
Engineering and Technology on Society and the Natural World
ESS2.B: Plate Tectonics and Large-Scale System Interactions
ESS2.C: The Roles of Water in Earth’s Surface Processes
ESS3.A: Natural Resources
ESS3.B: Natural Hazards
ESS3.C: Human Impact on Earth’s Systems
ESS3.C: Human Impacts on Earth Systems
ESS3.D: Global Climate Change
ETS1.A: Defining and Delimiting Engineering Problems
ETS1.B: Developing Possible Solutions
Influence of Science
Influence of Science Engineering and Technology on Society and the Natural World
Interdependence of Science Engineering and Technology
LS2.A: Interdependent Relationships in Ecosystems
LS2.C: Ecosystem Dynamics Functioning and Resilience
Obtaining Evaluating and Communicating Information
Patterns
PS1.A: Structure and Properties of Matter
PS1.B: Chemical Reactions
PS2.B: Types of Interactions
PS3.A: Definitions of Energy
PS3.B: Conservation of Energy and Energy Transfer
PS3.C: Energy and Forces
PS3.C: Relationships Between Energy and Forces
Scale Proportion and Quantity
Stability and Change
Structure and Function
STS Connections: Influence of Science Engineering and Technology on Society and the Natural World
STS: Influence of Science Engineering and Technology on Society and the Natural World
Systems and System Models

Lesson 9 (L-UC): Culminating Experience
NGSS Connections: Constructing Explanations and Designing Solutions, Engaging in Argument from Evidence, LS2.A: Interdependent Relationships in Ecosystems, LS2.C: Ecosystem Dynamics Functioning and Resilience, ETS1.B: Developing Possible Solutions, Patterns, Stability and Change, Cause and Effect

0 Likes  Like0 Comments  Add

Download Lesson

Teaching Time: 3 Class Periods (assuming 50 minute periods)

Instructional Setting
  • Classroom with a computer and a projector

Lesson Question:
In this lesson, students answer the Unit Challenge Questions:
  • What can cause the number of organisms in an ecosystem to increase, decrease, or disappear over time?
  • How and why do ecosystems change, and why is it important to us?


Gotta Have Checklist
ust.pngUnit Summary Table (teacher version)


Lesson Key Concepts
(DCI & DCC)
By the end of this lesson, students will be able to articulate the Unit Big Ideas:
  • Organisms interact with one another (both within and between species) and the environment in consistent patterns across different ecosystems.
  • Seemingly small changes to the environment and/or the species found in an ecosystem can cause drastic changes.

Lesson Introduction:
In the previous lesson students used a decision matrix to consider various strategies that can be used for managing an invasive species in their team’s ecosystem.

In this lesson, students synthesize their learning from the entire unit into a final culminating activity. Students begin by revisiting the bubble map from the unit opener (Lesson 1). This helps them to focus their thinking on the lesson questions. The Unit Challenge asks students to explain changes in Michigan ecosystems and to

More

Advance Preparation
  • Prepare copies of student resources as needed (see phase summaries).


Safety Considerations
  • None

Instructional Phases

1. Anchoring Experience

Students revisit the Unit Bubble Map and reflect on what they have learned throughout the unit. [Optional] Student consider the impact of invasive species on the ecosystems and people of Michigan by watching a video that describes the devastating impact of the emerald ash borer, an invasive insect that is killing trees in the Great Lakes region.

Resources Needed for this Instructional Phase:

Detailed Student Steps:

  1. Students individually revisit the Unit Bubble Maps that they have been working on throughout the unit. Students review the supporting questions around the Unit Challenge Question and write any answers they have for these questions. Students may decide that some of the questions are not relevant to the Unit Challenge and cross them out. As a whole group students discuss and reflect on what they have learned.
     
  2. (Optional) Students watch L09 Anchor Video 1 and then as a class discuss the impact of invasive species on ecosystems in Michigan. Students consider their ideas through a line of questioning similar to the following:
    • In what ways can an invasive species affect the lives of people living in Michigan?
    • Why is it important to address invasive species, not just for the plants and animals that live in ecosystems, but also for the people of Michigan?

2. Uncover Your Ideas

As part of the Unit Challenge, students complete their presentations to their state legislator. The challenge asks for teams to provide background information on their assigned ecosystem and the invasive species by which it is being threatened. Students present predictions for how the invasive species will impact their ecosystem if left unabated as well as a strategy for managing the invasive species. Students support their suggested strategy with evidence and reasoning that they have gathered in previous lessons.

Resources Needed for this Instructional Phase:
Detailed Student Steps:

  1. Students review the Unit Challenge Scenario to identify their audience and consider what would be an appropriate format for their final presentation. Students consider their ideas through a line of questioning similar to the following:
    • Who is our presentation for?
    • What is the best way to share all the information we have gathered with them?
    • What things might not be appropriate to include in our presentations?
       
  2. Unit Challenge teams review the information they have collected in their Unit Challenge Student Products. They organize and compile important information from the following documents to create a presentation about predicted changes to their ecosystem due to invasive species and their suggested management strategy:
 
Teacher Note: This phase should go quickly. Students should just be compiling their previous materials into the presentation, not creating new ones. Additionally, students may use the Unit Challenge Student Product Checklist to assess the completeness of their presentation.
 
Example Set-up of what a Final Poster Presentation may look like:


3. Share Your Ideas

Teams share their Unit Challenge presentations with the class. As each team presents, individual students use a decision making matrix to evaluate the presentation. This matrix will also be used by the class to come to a consensus as to which ecosystem would benefit the most from a state sponsored management plan for an invasive species. Students provide a score for each of the ecosystems and the criteria on the matrix. They ask questions of each team to clarify the team’s evidence and reasoning. Teams also reflect on how they would revise their presentations.
 
Resources Needed for this Instructional Phase:

Detailed Student Steps:

  1. Before ecosystem teams give their presentations to the class, each student is provided a “Decision Matrix” (6.6_UnitChallenge_Student_EcosystemPriorityDecisionMatrix) and a “Score Sheet” (6.6_UnitChallenge_Student_InvasiveScoreSheet). Each student will use these resources to evaluate the presentation of each team.
     
  2. Students provide an “importance value” in column two of the Decision Matrix before presentations begin.
     
  3. Student teams communicate to the class their proposed solution to the Unit Challenge, which includes their reasoning and argument from evidence using their final student products.
     
  4. As each team presents its findings, students individually score the criteria for each ecosystem using the Decision Matrix and Score Sheet.

    Teacher note: Students should be encouraged to ask questions and make comments to each ecosystem team regarding their presentation in order to clarify the information needed to complete the Decision Matrix. Additionally students should be encouraged to clarify each other’s evidence and reasoning.
     
  5. Once students have gathered the scores for all ecosystems, students calculate the rating for each ecosystem on the Decision Matrix, and complete Parts 1 and 2 of the Claim-Evidence-Reasoning student guide found on page 2 of the Decision Matrix.
     
  6. Teams reflect on their presentations and use the following questions to guide their reflection:
    • Did the other team agree with your evidence and arguments? Why or why not?
    • Are you missing any information?
    • What did you learn from the (final product) of another team?

4. Connect Your Ideas (Connection to the Unit Challenge)

The class discusses and comes to a consensus as to which ecosystem is most in need of management. As part of the discussion, students should use evidence to support their arguments for which ecosystem should be given the highest priority for invasive species management. Students use evidence from their Decision Matrices (completed during the Share Your Ideas phase) to support their reasoning. After the discussion, individual students construct an argument for why a specific ecosystem is most in need of management, supported by evidence from the discussion and their Decision Matrix from the Share Your Ideas Phase.

Resources Needed for this Instructional Phase:

Detailed Student Steps:

  1. The class discusses and comes to a consensus as to which ecosystem would benefit the most from an invasive species management plan. Students explore their ideas and opinions based on evidence and reasoning. Students should use their Claim-Evidence-Reasoning student guide and information from the presentations to support their opinions.
     
  2. The class works together to summarize the consensus decision. For example, votes are counted and analyzed and arguments to support the final decision are summarized including reasoning and evidence.

5. Check Your Progress

(Optional) Students revisit their Unit Question Bubble Map(s) to reflect on if their thinking has evolved after the Unit Challenge solution presentations. Additionally, students demonstrate their understanding of the unifying CCCs by drawing connections between the unit and the unifying CCCs. Students display their learning by individually taking a post-assessment that has them perform a series of 3-dimensional, performance-based tasks.

Resources Needed for this Instructional Phase:

Detailed Student Steps:

  1. (Optional) Students come back to the Unit Bubble Map and reflect on changes in their thinking following the Unit Challenge solutions are presented.
     
  2. Students explain how the unit topic is connected to the semester’s unifying CCCs: Cause and Effect and Patterns. Students consider their ideas through a line of questioning similar to the following:
 
Example Guiding QuestionsExample Student Answers
How did we use patterns to identify cause and effect relationships in ecosystems?Patterns in ecosystems can be used to help identify cause and effect relationships. For example, there is a pattern that shows that when a species can’t get enough of the resources it needs to survive, its population will decline. That’s what happened with changes in snowfall and the deer population. When there was a lot of snow, the population of deer declined, so we could say that heavy snowfall (cause) will have the effect of a declining deer population. We also saw the size of a predator population (cause) will have an effect on the size of a prey population.
How did cause and effect relationships help us to predict the effect of an invasive species on an ecosystem?We’ve learned that competition for resources has an effect on the population sizes of the organisms competing for limited resources. If one species outcompetes another, its population will grow (cause) which has the effect of a decline in the competing population. Invasive species often outcompete native species for resources that are needed by both species, so we can use cause and effect to predict that the invasive species population will increase and the other populations will decline.
 
  1. Students display their learning by individually taking the Unit 6.6 Pre-Post Assessment that has them perform a series of three-dimensional, performance-based tasks.

Sources:
Marcarelli, Kellie. 2010. Teaching Science with Interactive Notebooks. Thousand Oaks, California: Corwin.


0 CommentsAdd Comment

GET Mi-STAR NEWS BY E-MAIL!
Copyright © 2017 Mi-STAR - Michigan Science Teaching and Assessment Reform
Mi-STAR is made possible through the generous support provided by the Herbert H. and Grace A. Dow Foundation.
Designed & Powered by:
GET Mi-STAR NEWS BY E-MAIL!