Lesson Plan

Climate Science in Focus (Weather versus Climate)

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Grade Level:
Fifth Grade-Twelfth Grade
Subject:
Climate, Climate Change, Earth Science, Science and Technology
Duration:
58 minutes
Group Size:
Up to 36
Setting:
classroom
National/State Standards:
HS-LS2-6

Overview

In “Climate Science in Focus (Weather versus Climate),” students will explore the differences between weather and climate and how changes in the environment can impact the local climate. Broken into eight days, these lessons require 58 minutes to complete. Designed around 9th grade Next Generation Science Standards, it is a unit easily adapted down for middle school or up for advanced high school classes. Teach the entire unit or pull out particular activities. This is lesson 2 of the unit.

Objective(s)

Students will be able to:
1.       Compare and contrast weather and climate
2.       Predict the effects of climate change on life



Background

The Earth consists of four systems: the atmosphere, hydrosphere, geosphere, and biosphere, which are interconnected. Changes to one part of the system can have consequences on the others. Changes to global or regional climate can be caused by changes in the sun's energy output or Earth's orbit, tectonic events, ocean circulation, volcanic activity, glaciers, vegetation, and human activity.

Water is essential for life on Earth. Relative water availability is a major factor in designating habitats for different living organisms. In the United States, things like agriculture and water rights are hot topics. Current models predict that average global temperatures are going to continue to rise even if regional climate changes remain complex and varied. These changes will have an impact on all of Earth's systems. 

Studies have shown that climate change is driven not only by natural effects but also by human activities. Knowledge of the factors that affect climate, coupled with responsible management of natural resources, are required for sustaining these Earth systems. Long-term change can be anticipated using science-based predictive models, making science and engineering essential to understanding global climate change and its possible impacts.

National Parks can serve as benchmarks for climate science trends and effects over time because they are protected areas void of human influence. Understanding current climate trends will help set students up to be successful in interpreting and engaging in discussions about climate change, which will lead to informed decision making.

Day 1- Earth as a System

Day 2- Weather vs Climate

Day 3- Watershed

Day 4- Climate Science Data and Tools

Day 5- Field Trip

Day 6- NPS Connections

Day 7- Project Preparation

Day 8- Evaluations




Materials

Most of the materials for this unit are provided in the Stream Flow River Study Trunk or as downloadable files.

Video Earth: Climate and Weather
http://video.nationalgeographic.com/video/science/earth-sci/climate-weather-sci/

Video Time Lapse, Soda Springs Meadow October 2012-September 2013
http://www.youtube.com/watch?v=Lwekowxh4To 

 

 



Procedure

Step 1
Distribute the DoNow- How do animals adapt to their climate?

Step 2
1. Show the video Earth: Climate and Weather.
2. Monitor students as they complete a Venn diagram showing similarities and differences between weather and climate Worksheet 2.1

Step 3
1. Have students brainstorm: What changes can be observed during different seasons? (plants, animals, weather, water, daylight, temperature, …) Guide brainstorming activity. Record list or have volunteer record.
2. Lecture/Notes: Presentation to define morphological, physiological, and behavioral traits of animals. Students should record notes and participate in class discussion.

Step 4
1. Carrying capacity bucket demo. Procedure 2.1
Assign task: In three paragraphs, in your own words, describe carrying capacity. (Intro, Body, Concl.)

Assessment

Distribute exit ticket – Based on what you know about traits of animals, predict some of the effects of climate change on animals.




Vocabulary

weather,  climate,  atmospheric circulation, climate change, feedback loops, physical process, chemical process, carrying capacity, morphological, physiological, behavioral traits, adaptation, redistribution