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Unit plan for greenhouse, Lecture notes of Earth science

Earth science

Greenhouse gases in enhanced global warming and climate

Typology: Lecture notes

2015/2016

Uploaded on 04/28/2025

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rexan-dave-babaylan 🇭🇰

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Unit Plan: The Role of Greenhouse Gases in
Enhanced Global Warming and Climate
Change
Unit Overview
Rationale: Understanding the role of greenhouse gases in climate change is essential for
students to grasp the complexities of environmental science and recognize their role in
global stewardship. This unit connects to prior knowledge about ecosystems and human
impacts on the environment.
Long-term Learning Goals: Students will be able to explain the contribution of
greenhouse gases to climate change and appreciate the importance of emission
reductions in mitigating adverse effects.
Standards or Learning Objectives
Standards: Align with Next Generation Science Standards (NGSS) HS-ESS3-5, HS-ESS3-3.
Learning Objectives:
1. Cognitive: Students will explain how greenhouse gases like CO₂, CH₄, and N₂O
contribute to global warming.
2. Affective: Students will understand the significance of reducing greenhouse gas
emissions.
3. Psychomotor: Students will collaboratively create an infographic or diagram
illustrating the role of greenhouse gases in climate change.
Prior Knowledge and Diagnostic Assessments
Background Knowledge: Gauge prior knowledge through a quick pre-assessment quiz
on greenhouse gases and their sources.
Warm-up Activity: Use a concept map for students to list known greenhouse gases and
associated effects on the environment.
Lesson-by-Lesson Breakdown
Lesson 1: Introduction to Greenhouse Gases
Intended Learning Outcomes: Identify and define greenhouse gases.
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Unit Plan: The Role of Greenhouse Gases in

Enhanced Global Warming and Climate

Change

Unit Overview

Rationale : Understanding the role of greenhouse gases in climate change is essential for students to grasp the complexities of environmental science and recognize their role in global stewardship. This unit connects to prior knowledge about ecosystems and human impacts on the environment.  Long-term Learning Goals : Students will be able to explain the contribution of greenhouse gases to climate change and appreciate the importance of emission reductions in mitigating adverse effects.

Standards or Learning Objectives

Standards : Align with Next Generation Science Standards (NGSS) HS-ESS3-5, HS-ESS3-3.  Learning Objectives :

  1. Cognitive : Students will explain how greenhouse gases like CO₂, CH₄, and N₂O contribute to global warming.
  2. Affective : Students will understand the significance of reducing greenhouse gas emissions.
  3. Psychomotor : Students will collaboratively create an infographic or diagram illustrating the role of greenhouse gases in climate change.

Prior Knowledge and Diagnostic Assessments

Background Knowledge : Gauge prior knowledge through a quick pre-assessment quiz on greenhouse gases and their sources.  Warm-up Activity : Use a concept map for students to list known greenhouse gases and associated effects on the environment.

Lesson-by-Lesson Breakdown

Lesson 1: Introduction to Greenhouse Gases

Intended Learning Outcomes : Identify and define greenhouse gases.

Key Vocabulary : Greenhouse gases, carbon dioxide (CO₂), methane (CH₄), nitrous oxide (N₂O).  Materials & Resources : Whiteboard, markers, handouts with definitions. Instructional Sequence :

  1. Review/Activate Prior Knowledge : Discuss answers from the concept map.
  2. Introduction of New Material :  Present definitions and sources of greenhouse gases (I Do).  Model filling in a graphic organizer with examples (We Do).
  3. Practice & Application :  Students fill in their organizers individually (You Do).
  4. Assessment & Feedback : Quick exit ticket: “Name one greenhouse gas and its source.”
  5. Closure & Transition : Preview the next lesson on the greenhouse effect.

Lesson 2: The Greenhouse Effect

Intended Learning Outcomes : Explain the greenhouse effect process.  Key Vocabulary : Greenhouse effect, thermal radiation, atmospheric layers.  Materials & Resources : Diagrams of the greenhouse effect. Instructional Sequence :

  1. Review/Activate Prior Knowledge : Recap greenhouse gases.
  2. Introduction of New Material :  Explain the greenhouse effect (I Do).  Use a diagram to model the process (We Do).
  3. Practice & Application :  Students create a mini-poster illustrating the greenhouse effect (You Do).
  4. Assessment & Feedback : Formative check: “Describe the greenhouse effect in two sentences.”
  5. Closure & Transition : Discuss the significance of the greenhouse effect.

Lesson 3: Impact of Greenhouse Gases on Climate Change

Intended Learning Outcomes : Analyze how greenhouse gases lead to climate change.  Key Vocabulary : Climate change, warming potential, feedback loops.  Materials & Resources : Videos illustrating climate change impacts. Instructional Sequence :

  1. Review/Activate Prior Knowledge : Brief discussion on the previous lessons.
  2. Introduction of New Material :
  1. Closure & Transition : Prepare for presentations of infographics. Summative Assessment or Culminating TaskPerformance Task : Present infographics to the class and explain the role of greenhouse gases.  Alignment : The task synthesizes knowledge and demonstrates understanding of concepts covered throughout the unit. Differentiation and Support for Diverse LearnersStrategies :  Use graphic organizers and visual aids for ELLs.  Provide modified texts for students with IEPs.  Offer extension activities for advanced learners, such as research projects. Extension and Real-World ConnectionsEnrichment Activities : Research local climate initiatives and present findings to the class.  Cross-Curricular Tie-ins : Connect topics to social studies through discussions on policies affecting climate change. Reflection and Next StepsReflection Questions :  What misconceptions did students have during the unit?  How can I adjust my instruction for future cohorts?  Data Points : Analyze formative assessment results to inform future teaching practices. This comprehensive unit plan incorporates explicit instruction, retrieval practice, and diverse strategies to support all learners while emphasizing the importance of understanding greenhouse gases in the context of climate change.