Students will identify and describe evidence that describes the characteristics of different types of severe weather
the causes associated with different types of severe weather
damage associated with each type of storm
Materials:
Interactive reading passages and note-taking sheet
Activities:
https://betterlesson.com/lesson/resource/3156443/severe-weather-pictures - project - we have done a little research about these storms - now please discuss with your partner what you both know about each of these types of severe weather and come up with at least two questions you and your partner have about these storms. (sample questions:
How is the thunder sound created?What causes a tornadoes to form and have a funnel shape?How does a hurricane start and move?Why is the snow storm called a blizzard? What makes it different from other snow storms?
Watch brief videos of each type of storm to visually see how each impacts our lives.
Students will analyze how past data help prepare people for future weather hazards.
Materials:
Activities:
Finish up research
Begin planning weather forecast: roles, script, weather map
Assessment:
Week 9: March 18-22
Monday, March 18
Objectives:
Students will analyze and interpret data that precipitation is a vital part of the water cycle
Materials:
textbook, Chromebook, interactive notebook
Activities:
Review how wind is created (interactivity: Patterns in the Wind)
Last class we learned how water enters the atmosphere; today's topic is water leaves the atmosphere (pages 234-237)
Quest Check-in Interactivity: Weather and Severe weather
Begin notes for PSA: use interactive notebook to record information (sample storm examples for research: tornado; hurricane; flood; drought; winter storms: blizzard, bomb cyclone; thunderstorms
Assessment:
Tuesday/Wednesday - March 19-20
Objectives:
Students will apply their understanding of wind currents by creating a model of a warm front and cold front meeting in the atmosphere. By examining this model, they apply the information to reading a weather map displaying warm and cold front symbols and make predication based on them.
Students will analyze and interpret data to describe evidence that water vapor enters the atmosphere through a number of processes; water is continually evaporating and condensing in the atmosphere and this process forms clouds
Review: What produces our weather -- air, water, and energy. so far we have covered air (atmosphere) and energy (sun), so now time to move onto water. Quiz available if we want.
Water Enters the Atmosphere - read pages 230-232 and take two column notes
Types of clouds - how they're classified and how they help predict future weather
Interactive notebook page on clouds
Relative humidity - read page 233
Relative humidity experiment
Assessment:
Topic 6: Lesson 1 Quiz
Thursday and Friday, March 14-15
Objectives:
Students will analyze and interpret data that precipitation is a vital part of the water cycle
Materials:
textbook, Chromebook, interactive notebook
Activities:
Review how wind is created (interactivity: Patterns in the Wind)
Last class we learned how water enters the atmosphere; today's topic is water leaves the atmosphere (pages 234-237)
Quest Check-in Interactivity: Weather and Severe weather
Begin notes for PSA: use interactive notebook to record information (sample storm examples for research: tornado; hurricane; flood; drought; winter storms: blizzard, bomb cyclone; thunderstorms
Assessment:
Week 7: March 4-8
Monday and Tuesday, March 4-5
Objectives:
Students will identify and construct an explanation of the structure and layers of Earth's atmosphere and
the composition and characteristics of each layer in Earth's atmosphere
Materials:
What is Air video sheets
Demo stations materials
Activities:
Introduce Topic 6: Weather in the Atmosphere by introducing the Quest Kickoff
develop a model to describe the cycling of water through Earth's systems driven by energy from the sun
Materials:
Chromebook
Interactive Notebook
Note-taking sheet
Activities:
Interactive notebook pages: The Water Cycle and All the Water on the Earth
Review Fresh water (3% of all of Earth's water)
Moving onto Exploring the Ocean and several different marine ecosystems: intertidal zone (http://www.thewildclassroom.com/biomes/intertidal.html), estuaries (https://www.youtube.com/watch?v=VS86D5PpiCs), kelp forests (https://www.youtube.com/watch?v=GDbHoF6loa8), deep sea (https://www.youtube.com/watch?v=p0G68ORc8uQ), open ocean, coral reefs (https://www.youtube.com/watch?v=ZiULxLLP32s), and hydrothermal vents (https://www.youtube.com/watch?v=D69hGvCsWgA)
Students will research these ecosystems and take notes on a three column sheet (picture, vocabulary word, definition)
Assessment:
Objectives:
Provide explanation/evidence of the ecosystems shown
Materials:
Hydrosphere Assessment sheet
Finding Nemo
Activities:
Hydrophere Assessment--Finding Nemo
Assessment:
Hydrosphere Assessment
Week 4: Feb. 13-15
Wednesday Feb. 13 and Thursday, Feb. 14
Objectives:
explore earth's systems.
Materials:
Textbook
Chromebook
Water on Earth lab materials
Activities:
Read pages 198-200
Fill out the water cycle vocabulary on Earth System note-taking 11/17 paper
Hands on Lab: Water on Earth
Once lab is cleaned up, read page 201: Distribution of Earth's water page
Jigsaw activity on Surface Water and Groundwater. Divide students into the following sections: Rivers, watersheds and Divides, Ponds and Lakes, and Groundwater -- First students read their section and highlight/underline what they think is important for their classmates to know and then research interesting facts to share. They can write this information in their textbook (white areas).
Students will present their information for next class.
Assessment:
Friday Feb. 15 and Monday, Feb. 18
Objectives:
explore earth's systems.
Materials:
Textbook
Chromebook
Water on Earth lab materials
Activities:
Share their information about the fresh water of the hydrosphere
Moving onto the oceans: pages 205-206
Mapping the ocean floor
Marine ecosystems in the ocean research and notes
Assessment:
next class: Hydrosphere Assessment: Finding Nemo
Week 2: Jan. 28-Feb. 1
Week 2: Jan. 28-Feb. 1(moved to week 3
Week 2: Jan. 28-Feb. 1(moved to week 3
Tuesday and Wednesday, Jan. 29-30 NOW: Feb. 5-6
Objectives:
I can...MS-Ess2-1: Develop a model to describe the cycling of Earth's materials and the flow of energy that drives this process
Understand the interactions between EArth's systems and how those systems affect each other
Materials:
Activities:
Review Earth's Spheres
Video: Matter and Energy in Earth's Systems
Pages 180-181
Interactivity: Thermal Energy and the Cycling of Matter
Solar energy drives processes that happen at the earth's surface (water cycle, wind, erosion . . .) and thermal energy from inside the earth is responsible for volcanism, plate tectonics
Thursday and Friday, Jan. 31 and Feb. 1 NOW: Feb. 7-8 (in case we don't sno tube Friday)
Objectives:
I can...MS-Ess2-1: Develop a model to describe the cycling of Earth's materials and the flow of energy that drives this process
investigate the places and forms in which water is found on Earth and how water is cycled through EArth's systems
Materials:
Activities:
Hydrosphere and You: students list two personal interactions with the hydrosphere
Review the Water Cycle: students connect the water cycle to how it travels through all the earth's systems
uInvestigate: Water on Earth
pages 201-206 in textbook
next classes (Hydrosphere assessment using Finding Nemo and/or hydrosphere case studies: Case of the shrinking sea (pp. 208-209); Evidence Based Assessment (pp. 212-213) uDemonstrate Lab: Modeling a Watershed and then onto Topic 6
Homework:
Assessment:
Week 1: Jan. 21-25
Monday, Jan. 21
Objectives:
I can...
Materials:
Quest materials
Interactive Notebook
Activities:
Engineering Design Process: Quest Challenge prepare day
Homework:
Up to date Interactive Notebook due next class
Assessment:
Tuesday, Wednesday: Jan. 22-23
Objectives:
I can...SEP.3: Planning and Carrying Out Investigations
I can...MS-PS3-4: Construct, use, and present arguments to support the claim that when the kinetic energy of an object changes, energy is transferred to or from the object, matter, and the environment
Materials:
Whatever students decide to use for their quest challenge
Activities:
Engineering Design Process: Quest Challenge
Homework:
Assessment:
Quest Challenge rubric
Thursday, Jan. 24
Friday, Jan. 25 (no science: Badlands fieldtrip)
Objectives:
I can...
I can...
Materials:
Activities:
Topic 5: Introductions to Earth's Systems
uConnect Lab: What Interactions Occur Within Earth's Systems?