Friday, December 2, 2011

Unit Resource Portfolio: Oceans


The oceans cover over 70% of the Earth's surface, contain 97% of the Earth's water, and 50-80% of all life on Earth is found underwater! The ocean influences our lives in many ways and it is important to understand the role of the ocean and what we can do to protect it. This unit covers ocean environment concepts in accordance to the Virginia Standards of Learning 5.6. Students will learn about the 5 oceans, sea basin, salinity, motions of the ocean, the ocean floor, climate changes, marine ecosystem, human impact, and what they can do to prevent further harm.

Virginia Standards of Learning
5.6 The student will investigate and understand characteristics of the ocean environment. Key concepts include
a) geological characteristics;
b) physical characteristics; and
c) ecological characteristics.

Teacher Background Notes
Understanding the Standard
  • Oceans cover about 70 percent of the surface of Earth.
  • Important features of the ocean floor near the continents are the continental shelf, the continental slope, and the continental rise. These areas are covered with thick layers of sediments (sand, mud, rocks).
  • The depth of the ocean varies. Ocean trenches are very deep, and the continental shelf is relatively shallow.
  • Ocean water is a complex mixture of gases (air) and dissolved solids (salts, especially sodium chloride). Marine organisms are dependent on dissolved gases for survival. The salinity of ocean water varies in some places depending on rates of evaporation and amount of runoff from nearby land.
  • The basic motions of ocean water are the waves, currents, and tides.
  • Ocean currents, including the Gulf Stream, are caused by wind patterns and the differences in water densities (due to salinity and temperature differences). Ocean currents affect the mixing of ocean waters. This can affect plant and animal populations. Currents also affect navigation routes. As the depth of ocean water increases, the temperature decreases, the pressure increases, and the amount of light decreases. These factors influence the type of life forms that are present at a given depth.
  • Plankton are tiny free-floating organisms that live in water. Plankton may be animal-like or plant-like. Animal-like plankton are called zooplankton. Plant-like plankton (phytoplankton) carry out most of the photosynthesis on Earth. Therefore, they provide much of Earth’s oxygen. Phytoplankton form the base of the ocean food web. Plankton flourish in areas where nutrient-rich water upwells from the deep
Vocabulary: Ocean Vocabulary
Instructional Plan

Day 1- Geography: 5 Oceans
Objectives:
. Identify Earth's five oceans
. Locate the oceans on the world map

An introduction to the 5 oceans. A world map will be projected to instruct the students about the names and locations of the oceans around the world. Following the class discussion will be an interactive activity. Toss an inflatable globe beach ball from student to student. As each student catches the ball, the student must identify the location where their right thumb lands. Once all students have caught the ball and has a location, on the board tally the number of students whose thumbs landed on water/ocean. The majority of the class will identify the ocean/water. The teacher will explain that the ocean covers over 70% of the Earth's surface and is a vital system to the sustainability of the Earth. In closing, ask students to complete the worksheet and paste it into their interactive notebooks:

Day 2-Sea Basin and Salinity
Objectives:
. Develop vocabulary
. Identify the concept of salinity
. Observe that salt is more dense than fresh water

Introduce the Word Wall with words essential to the Oceans Unit. Provide information about sea basins for students to put into their interactive notebooks. Explain the sea basin's of each of the 5 oceans, how they are different, and what resources are found there. Students will highlight the essential information during the teacher's explanation. Following the sea basin discussion there will be an activity on salinity. Students will identify that the ocean is composed of salt water and salt water is more dense than fresh water. In closing, ask the students to answer the following questions into their interactive notebooks:
Assessment- What is a sea basin? What resources are found there? What is the composition of the water?

Day 3- Currents
Objectives:
.Identify the names of ocean currents
.Understand the purpose of currents
. Recognize the affects of ocean currents on plants, animals, and navigation routes

Vocabulary: Coriolis Effect, convection current, course, current, delta, estuary, equatorial currents, gulf stream, gyres, polar currents, rip currents, trade winds, turbidity currents, upwelling,

Start with a KWL chart on the board. Ask students what they already know about ocean currents. Read: Tracking Trash by Lori Griffin Burns. Discuss the purpose of ocean currents: how plants, animals, and humans use currents. Have students record their predictions in their interactive notebooks. Using Google Earth look show and describe the Gulf Stream, Kuroshiro Current, East Australian Current (EAC), Antarctic Circumpolar, North and South Equitorials and East Greenland. Have students discuss and record the importance of these currents. Following the discussion, students will participate in an activity which tests how salinity, temperature, and wind affect ocean currents. Students will record predictions and observations in their interactive notebooks.

Assessment-Vocabulary crossword worksheet

Day4- Waves
Objectives:
. Understand how waves move
. Identify different waves
. Create and observe wave movement and wave energy
Vocabulary: rogue wave, storm surge, tsunami,

Start with a KWL chart. Ask students: How do waves move? Read: What Makes a Ocean Wave by Melvin Berger. Provide students information to put into their interactive notebooks. Students will listen to sound clips (soundbible.com) of ocean waves. Following the sound clips and discussion, students will participate in an activity to simulate ocean waves using a pan of water, fan, and marbles to represent wave movement and energy. Have students record their predictions and observations in their interactive notebooks.

Assessment: Motion of the Ocean Quiz

Day 5- Tides and the Relationship Between the Earth, Moon, and Sun
Objectives:
. Identify tides
. Identify the relationship between the Earth, Moon, and Sun
. Distinguish Neap tide and Spring tide

Vocabulary words: tide, spring tide, neap tide, low tide, high tide, moon, phases and gravitational pull

Ask students: Have you ever been to the beach? When you find your spot to lay out your towels or blankets, have you ever noticed that the ocean seems to get closer and closer as time passes along? And then if you are not paying attention your might find your stuff in the water. What is happening? Have students record their predictions in their interactive notebooks. Show animation: NASA Ocean Tides. Ask students which is low tide and/or high tide. Explain Spring tide and Neap tide. Students will add information sheet into their interactive notebook and highlight the essential information with the teacher. Following the discussion the students will make an Earth, Moon, and Sun relationships foldable.In closing, students will work in groups to complete the Motions of the Ocean worksheet

Assessment- Motions of the Oceans Graphic Organizer Worksheet


Day 6-Climate Changes
Objectives:
. Understand the relationship between the ocean and climate changes
. Identify the causes of climate changes
. Identify the effects of climate change on the ocean
Vocabulary: atmosphere, carbon dioxide, climate, climate change, emissions, fossil fuels,global warming, greenhouse effect, solar radiation, weather


Start with a KWL chart drawn on the board. Ask students: How does the ocean influence the climate? Read Fever in the Ocean by Stephen Aitken. Discuss reasons how the ocean influence the climate temperature. Watch NASA's Climate Kids: Oceans of Climate Change. Provide an information sheet to place in the student's interactive notebook. Discuss the effects of climate change on the ocean and what can be done to restore the damage. Show my digital story video about artificial reefs. In closing, have students to engage in Think-Pair-Share about what they learned about climate changes on the Ocean. Record shared information in their interactive notebooks titled: T-P-S.

Assessment: Global Warming or Climate Change? Worksheet

Da
y 7-The Ocean Floor
Objectives:
. Identify the landscape features of the ocean floor
. Explain the changes in light, pressure, and temperatures at different depths of the ocean
. Demonstrate knowledge by creating an ocean floor project

Vocabulary: Abyssal zone, Bathyal zone, benthos, challenger deep, coastline, continental edge, continental margin, continental rise, continental shelf, continental slope, East Pacific Rise, Intertidal zone, Mariana trench, Neritic zone, trench,

Review vocabulary words essential to this lesson. Read: Down Down Down by Steve Jenkins.
Discuss how the illustrations in the book reflect the depths of the ocean, specifically light. Using Google Earth, students will experience life on the ocean floor, the zones, and observe the landforms that form the ocean floor. Provide information to place in the student's interactive notebook.Following the discussion, students will create a Life Zones of the Ocean foldable. In closing, the students will engage in a Think-Pair-Share activity and record shared information in their interactive notebooks.

Assessment: Ocean Quiz

Day 8-Marine Life
Objectives:
. Identify marine plants and animals
. Demonstrate knowledge of marine food web

Vocabulary: aquatic biome, fish larvae, photosynthesis, phytoplankton, predator, zooplankton

Review vocabulary words. Provide information for students to place into their interactive notebooks. Present a PowerPoint/Prezi to engage and inform students about marine plants and animals. Guide the students by highlighting the essential information. Following the discussion Students will make a ocean food web foldable. In closing, students will answer the following questions into their interactive notebooks:

Assessment- What phytoplankton are and where you find them. Draw a picture. What are zooplankton and where do you find them? Draw a picture. Over the next couple of days students will create a classroom mural of life under the sea. Included in the mural students will create the depth zones with the appropriate plants and animals that live within. ( ex. courtesy of Google images: a Seattle school)

Day 9- Exploring the Ocean
Objectives:
. Describe how we explore the ocean
. Recognize the tools and equipment used to explore the ocean
. Understand why we explore the ocean

Vocabulary: VENUS glossary-words about underwater equipment, tools, and landforms.

Start with a KWL chart. Ask students: How do we know what we know about what lies beneath the ocean water? Have students record their predictions into their interactive notebooks.
Guided by the teacher, the class will embark on a webquest to Explore the Ocean from Under Water to Space. Topics that are addressed include: deep sea conditions that might make it hard to explore the deepest depths of the ocean, how deep can scuba divers, submarines, and other ocean vehicles can dive, using satellites from space can explore the ocean, and compare/contrast underwater and space explorations of the oceans. In closing, have students engage in Think-Pair-Share and record each others information into their interactive notebooks.

Assessment: Write Ten Things About the Ocean worksheet

Day 10-Human Impact
Objectives:
.Recognize the human impact on the environment
.Examine recent environmental crisis
.Interpret an oil spill and what concerns apply

Vocabulary: crisis, impact, stakeholder, waste, well

Start with a KWL chart drawn on the board. Ask students: What human actions have affected the environment? Read All the Way to the Ocean by Joel Harper. Discuss the various ways humans are harming the ocean. Have students record their predictions in their interactive notebooks. Ask students: are you familiar with the Gulf Oil Spill from May 2010? What do you know about the spill? What are some ways you think the spill could affect the environment around it? Are you familiar with the term stakeholder? What is a stakeholder? Who were some stakeholders in the oil spill crisis?Watch a video and the Louisiana oil spill from 2010. Guide students to highlight essential information in their interactive notebooks.

Activity (p.43): Tell students that today they will be traveling in a time machine back to June 2010 to simulate their response to the Gulf oil spill. They will be divided up into groups and be assigned a specific stakeholder role (scientists, oil company officials, fishing industry and government response team). As a group students will research how their stakeholder would interpret an oil spill and what their main concerns would be.

Each stakeholder will be given the following questions to keep in mind as they research:

  • Scientist: What are the major short and long-term concerns regarding the environmental impact of oil spills?
  • Oil Company officials: What are some ways to stop the flow of oil leaking out of the well? How will you defend your company to the public?
  • Fishing industry: How might the oil spill affect fishing, both presently & in the future? What are some ways the industry has responded in the past?
  • Government response team: What are some ways to stop the oil leaking out of the well? Who will you work with to stop the leak?

Students will use classroom computers and books about oil spills to research information. Assessment: Students will present their findings to the class.
In closing, have students answer the following questions in their interactive notebooks:
What are some ways that future oil spills can be prevented?
What can kids do to help the areas affected by the oil spill?
provide students a study guide to review for the unit test the following week.

Foldables

The Life Zones of the Ocean

Land--Intertidal Zone "Littoral zone"--Neritic Zone "Sublittoral zone"--Bathyal Zone "Midnight zone"--Abyssal Zone "Pelagic zone"
includes the plants and animals that live at the associated depths

Tides and the Relationships Between the Earth, Moon, and Sun

Front Back Back
Depicts the relationships between the ocean tides and the Earth, Moon, and Sun
pic #2 Inside- left=Rotation and Revolution, middle=Moon Phases, Right= Tides, Year & Month, and Night & Day
pic#3- illustrations of the associated phases
pic #4-Back= Seasons

Ocean Food Web Foldable

Phytoplankton--Zooplankton--Fish Larvae--Small Fish--Predator "Shark"

Litera
ture Connections
All the Way to the Ocean by Joel Harper. 2006. p.22. Freedom Three Publishing (978-0971425415). Gr.3-5.

A little book with a very important message. This book conveys how important it is to protect the ocean. It details the impact of sewer waste streaming into the ocean that inevitably harms the marine ecosystem. Everyone, young and old has a vital role in protecting the environment. To reinforce the necessity of recycling, this book is printed using recycled paper and soy ink.

At the Sea Floor Cafe by Leslie Bulion. Illust. by Leslie Evans.2011. p.48. Peachtree Publishers (978-1561455652). Gr. 3-5.

A funny and creative cross-curricular book that links science and language arts into an engaging collection of poems about the strange and unusual creatures found in the ocean. You will find poems written in all different forms:
double dactyl, kyrielle, haiku, cinquain, limerick, triolet, and epigram. The poems are quirky, funny, and full of factual tidbits that please kids, parents, and teachers.

Down Down Down by Steve Jenkins. 2009. p.40. Houghton Mifflin Books for Children (978-0618966363). Gr. K-5.

Did you know that more people have been to the moon than to the depths of the ocean? Wonderfully illustrated, as you dive deeper and deeper into the book the art and illustrations reflect your voyage. The book presents information starting at sea level and descends accordingly. During your dive you are provided information about the creatures that live at the different depths entered.

Explore Earth's Five Oceans by Bobbie Kalman. 2010. p. 32. Crabtree Publishing Company (978-0778730910). Gr. 1-3.

A great book that geographically locates the 5 oceans of the world: Atlantic, Pacific, Arctic, Indian, and Southern oceans. Since the oceans cover over 70% of the Earth it is important to understand how they are interconnected and how vital they are to the sustainability of this planet. Included are the physical and ecological characteristics found in and around the oceans.

Fever in the Ocean
by Stephen Aitken. 2011. p. 32. Looking Glass Library (978-1616416720). Gr. 1-5.

Our oceans have a vital role in the sustainability of the environment in which plants, animals, and humans live. The oceans regulate the climate, but as the climate changes the marine life becomes threatened. This book illustrates the effects and affects of climate changes on oceans around the world. Most importantly, children are encouraged to help save the planet.


I Wonder Why, The Sea is Salty
by Anita Ganeri. 2011. p. 32. Kingfisher Publishing (978-0753465523). Gr.K-3.

Children have that endearing desire to ask "why" questions about anything and everything! This book answers their "why" questions about the oceans with colorful illustrations and explanations of ocean shorelines, the depths of the ocean, animals that inhabit the ocean, along with unusual facts you did not know about the ocean.


Tracking Trash: Flotsam, Jetsom, and the Science of Ocean Motion
by Lori Griffin Burns. 2010. p.64. Sandpiper; Reprint edition (978-0547328607). Gr. 4-12.

Who knew your little yellow rubber ducky could help track ocean currents. Tracking Trash details ocean currents from the data obtained from coursing debris found in and along the ocean and shorelines. Included in the book is an environmental awareness to the harmful effects this debris/trash impacts upon marine life and the environment. You will find at the end of the book a glossary of terms and annotated website resources and books.

What Can We Do About: Oil Spills and Ocean Pollutants?
by David J. Jakubiak. 2011. p. 24. Powerkids Printing (978-1448851126). Gr. 2-5.

Oil spills, pollutants, and industrial, agricultural and residential
waste are affecting our marine ecosystems around the world. In this book, children are encouraged to become environmentalists and take part in reducing toxic waste that is harmful to the environment and encourage others to follow to ensure a sustainable planet for the future.

What Makes an Ocean Wave? by Melvin Berger. 2001.p.48. Scholastic Reference (978-0439148825). Gr. K-5.

An easy reader packed full of everything you should know about the oceans. This book covers information about the ocean's geography, physical characteristics such as waves and depths, along with the ecological issues that support or threaten it's ability to sustain the planet.

World Without Fish by Mark Kurlansky. Illust. by Frank Stockton. 2011. 192p. Workman Publishing Company (0761156070). Gr. 5-9.
While the ocean is essential to the sustainability of the planet, it is in a precarious state. The biggest threat to the oceans are humans! This book is written specifically for children to highlight the harmful effects on the oceans, fish, and the environment as a whole. Children and adults will learn what they can do to prevent further harm to Earth's vital resource. This book can be incorporated into a classroom Language Arts lesson and/or Science lesson either read by the student or by the teacher to the class.

Web Resources
ARKive
Explore ARKive's threatened marine species using Google Earth. A fascinating exploration around the world to locate and identify the various endangered marine animals.

BBC: Journey to the Deep
Take a dive into the depths of the ocean where you will discover marine animals, some of which you might have never seen before.

BBC: Open Ocean
As a striped marlin you are a predator of the sea. In order for you to navigate your ocean habitat you have to answer questions. However, if you answer a question wrong, you might end up as a someone else's meal yourself!

EPA: Take a Climate Change Expedition
This interactive adventure takes you on a trip around the world to learn about the changing climate causes and effects. Along the way are videos to watch and challenge questions to answer before advancing to the next location.

Jean- Michel Cousteau Ocean Adventures: Kure Waste Chase
Kure Atoll an ocean island off the coast of Hawaii has been overtaken by senseless trash washing in from the ocean from human negligence. Now it is threatening the lives of animals. Your mission in this game is to pick up as much trash as you can in the time allotted. Good luck!

Click the "information" links in the daily lesson plans for individual topic resource sites

Assessment Resources
Education World: Oceans true or false
Estuary Education: Test your estuarine wisdom
Funschool Kaboose: Under the Sea Quiz
Fun Trivia: Oceans for Kids Trivia Game
Glencoe McGraw-Hill- Ocean Motion Quiz
K-12: Marine Animals Quiz
NASA: Global Climate Change-What is Happening to the Ocean?
National Environmental Education Week: Ocean Bee Quizzes
National Geographic Kids- Quiz You Noodle: Ocean Creatures
Ocean WebQuest Rubric
PBS: The Voyage of the Odyssey-Human Impact questions & answers
Science and Technology: Ocean Region-Ocean Floor Quiz and Answers
Science and technology: Ocean Currents Quiz and Answers
The Simple School: Let's Learn About the Ocean Vocabulary Information and -Worksheets
SolPass: 5.6 Ocean Unit Study Guide with Quiz and Test Questions

Project Resources
Under the Sea WebQuest-2 weeks
Ocean Floor Project- 5th Grade

Unit Resource Portfolio: Weather Conditions and Phenomena

In Virginia, students in 4th grade are reintroduced to weather and all of its components. They build on their second grade background knowledge and begin to learn about what a meteorologist does, what air pressure is, and how fronts are formed. In this post you will find activities, foldables and assessments for teaching a ten-day unit on weather, as well as great books and websites to check out.

Vocabulary for Unit

Weather Vocab Print-out


Instructional Plan


Day 1: Intro - What is Weather?
Students Will:
  •  Recall the definition for weather, as well examples of it
On the first day of this unit, the students will come together to get a good general idea of what weather is and how it is forecast. We will ask questions and write up answers on the board before getting a good class consensus of questions such as: " What  is Weather?" "Where does it come from?", etc. Once this has been accomplished, I will split students into 6 teams of about 4 students or so to make weather maps that will be shared over the course of the unit. The teams will be in charge of a different type of weather map, and the list is as follows: 1) Temperature 2) Precipitation 3) Wind Speed 4)Satellite 5) Radar and 6) Fronts. In their groups, they will be asked to brainstorm the answers to a few targeted questions, found here. They will have about 15 minutes to start thinking about their maps.


Introduction of Projects:
Before moving on to the next subject of the day, I will introduce their final projects that will be handed in at the end of the unit (day 10) and will be presented. Here, they will be asked to work alone. Each student will be asked to pick a weather phenomenon to do a project on. They will be expected to turn in either a pamphlet/brochure or fact sheet about their chosen phenomena and will include the key factors as well as the meteorological tools needed to assess it. We will be learning more in depth about the tools and factors so this project will be an excellent way to assess their gained knowledge.
A website for this Project can be found here.


Day 2: Weather Maps
Students Will:
  • Discover and research weather maps
  • Work in a collaborative effort
The time for this session will partially  be spent in the computer lab gathering data and then the rest of the time we will be in our classroom making our maps. Students are encouraged to use color and will be assessed on their ability to work as a group as well as the final outcome. Throughout the unit, we will have each group's poster displayed in the classroom. On the day we explore the topic more in depth, the group who completed the matching map ill be asked to then briefly present the map and their findings to the class. These will be springboards for each day.

Note to add: As groups share their in-class projects, I will be using this form to assess their work and ability to work as a team. This will be one of the assessments for the unit.


Day 3: Temperature
Students will:
  • Correctly use a thermometer to tell temperature 
  • Graph temperatures in a cohesive way
On our first exploration day, we will have the Temperature map group present their map and answers to the questions found here before we get into our lesson.
In the class period, we will do Lesson One from this webpage, in which the students will work in pairs using a thermometer to take the temperature of different places outside. As a class, we will share our findings and graph the results.

Homework: Students will be given this worksheet that will be graded as an assessment. 


Day 4: Precipitation
Students will:
  •  Distinguish different types of precipitation
  •  Read and decipher a precipitation map
To begin our lesson for the day, the Precipitation group will share their map and answers to their questions to the class. 


Once the group has presented their map, the students will presented with the worksheet from this website (page 2) as a warm up to the lesson. Here, they will be able to use their new knowledge of precipitation maps  Before they complete it, we will go over key concepts of precipitation; such as rain, sleet, snow, thunderstorms, hail, etc. As well as check that students understand the symbols on the map. When students have completed their papers, we will go over the answers and clear up any confusions. In my lesson, this worksheet is not to be assessed, just used as a start-off point.

From here, students will do the first extension from the first part of the website mentioned earlier. In this extension, students will be asked to make a precipitation poem. Since this part of the lesson over laps with language arts, you are able to use up a little more science time than what is normally allocated. Students are to write a poem about how a certain type of precipitation feels, its effects, etc. Have the students illustrate their poems and share them with the class.


Homework: Students will make the following interactive foldable, after cutting out pictures and definitions from this handout.  This will be a great way for students to remember what the characteristics of each type of precipitation are.





Day 5: Wind Speed
Students Will:
  •  Develop a working model of an anemometer 
On Day 5 we begin as we have the last two sessions, with the Wind Speed group presenting both their map as well as their questions/answers with the entire class. 


Once the group has presented their map, I will have the students pair up to build their own anemometer using this activity. While they are putting together their anemometers, I will pass out this worksheet and instruct them on how to do the experiment.If the weather is cooperative, we may head outside to complete the measurement part of the experiment. If not, we will have to use small fans inside to measure wind speed. The worksheet above may be used as an assessment tool or to see if the student is in need of any guidance with this subject.


Day 6: Fronts and Air Masses
Students Will:
  • Identify a cold and warm front by a visual
  • Summarize what happens when warm and cold air mix
  • Replicate cold and warm fronts
This class session will start with the Fronts group briefly sharing their map and questions with the class. 


In this session, students will get the opportunity to learn about barometers, air pressure, and weather fronts (hot and cold). 


To teach the students about these topics, I chose to use a great lesson plan that I found here. (Note: only the section labeled the Highs and Lows of Weather) To complete the lesson plan, be sure that you have enough weather maps from newspapers or online for each student, or pairs, if you must. It would be a good idea to mix up the weather maps. After each student/group has had a chance to look over their map, give the students some time to tell you and the class what their thoughts are about the map. What do the symbols mean? How do meteorologists know what the weather will be? Why are maps like these in the newspaper each day? Continue with the lesson plan, explaining what all of the symbols are and clarifying any students questions. Introduce the following foldable activity:





Print out copies of this United States map for each student and hand them one of these sheets that has items for their fronts foldable.After the students have constructed their foldable and put the matching pictures where they belong, have them create a made up front system using red and blue markers on the US map. When the interactive is complete, the student will have a definition, top and side views of both cold and warm fronts.


As the students are completing their foldables, be sure to circle the room and show each table the barometer, and share with them what it is used for. Clarify any questions.




















Day 7: Satellite and Radar
Students will:
  • Use information from radar and satellite images to make weather predictions for their area;
  • Check the accuracy of internet weather predictions;
  • Summarize important information and use written communication skills to inform and report;
  • use technological skills to share information with others
Normally we only have one group sharing their map, but on this "final share" day, we will combine both the Satellite and Radar groups, both sharing their maps and questions/answers with the entire class before proceeding to the lesson planned. 



Today, students will do their best to think like meteorologists. I have found an excellent lesson plan which will allow them to do just that. We will start the lesson by asking "How do meteorologists predict the weather?" and we will discuss how they use tools that we have learned about in past lessons to perform their job. From here, we will go to CNN's website where we can view both satellite (cloud cover) and radar (precipitation) weather maps for our area. Have students make predictions about they think the weather will be like. Visit their predictions briefly over the next few days to see how the weather actually turned out.


Day 8: Clouds 
Students Will:
  •  Classify clouds by their characteristics
To start this lesson off, it is important to discuss with your students the importance cloud observing is to predicting the weather.  Once you have spent a few minutes doing this, the students are to go outside with their science journals or scrap paper if they do not keep a journal. This lesson will only work if there is some cloud coverage outside, so if there is not, feel free to swap this "Cloud Lesson" for another, for it is not time sensitive in the curriculum. Once the students are outside, in a space that allows them to spread out, they are to make small sketches and written observations of the clouds they see in the sky. After 10 minutes or so of observation, have the students come back into the classroom and discuss what they saw. After a short discussion, have the students put together the following foldable:

Foldable: To reinforce their knowledge of clouds, I have put together a really wonderful foldable for the students to use. First you want to print off a copy of the clouds with no labels and one with their labels for each student. In addition, give each student a vocabulary sheet that has terms found from the Weather Wiz Kids Webpage. Then, show the students how to make a three-tiered foldable shown below, so that we can cut-out and paste the clouds where they belong on each level of the troposphere.  On the outside of the three flaps, you want to have the students paste the clouds WITHOUT labels, while underneath, they place the pictures of the clouds with their appropriate labels. This requires a lot of cutting to make them fit, so consider cutting them ahead of time. Once both pictures have been properly pasted, cut lines between each separate cloud on each level. That way, the student can lift each cloud up to see what its label is below, without peaking at its neighbors. When this step is completed, have the students cut out the vocabulary terms and paste them on the top of the underside of the flap.


Homework: For homework, have the students complete the worksheet here (page 2). The answer sheet can be found on page 3 of the pdf. Encourage students to use their foldable to find the answers to the questions. Use this homework assignment to assess the students' knowledge.


Day 9: Hurricanes
Students Will:
  • Demonstrate the ability to define key words pertaining to Hurricanes
  •  Verbally recall conditions that must be present for a hurricanes to form
 This lesson will be conducted in a computer lab, as a "virtual field trip". Before you begin, be sure to remind students of lab rules and encourage them to ask questions. If you feel it to be best, you may want to have students work in pairs so that they can learn with one another 
Students will log onto the Virtual Field Trip website, found here. Have a student read aloud the front page (or do so yourself) while the other students follow along. Show students where to click to begin the field trip. Walk around the lab to ensure students are staying on task and understanding what is being asked of them to do.  During their language arts block, have students write a 5 sentence reflection on the webquest and assess it for knowledge gained. 

Day 10: Final Projects and Weather Millionaire
Students Will:
  •  express their cumulative weather knowledge
  •   share their final projects
On the final day of the unit, we will spend a few minutes sharing our final projects. This will not be a presentation, rather the students will leave their pamphlet or brochure on their desk and students will walk around looking at what their peers have completed. At the end of the day, their projects will be displayed around the room or on a bulletin board. 


After students share their projects, we will get together to play Weather Millionaire as a way to review the unit. 



Books
Hurricanes By: Seymour Simon. 2007. 32p. Collins, (9780061170720). Gr 2-4. 
This is an in-depth look at some of nature's most terrifying disasters: hurricanes. Students will be enthralled with the photographs and fascinating descriptions of these storms.  Read about how the storms develop, are predicted, and how they are categorized.

Lightning, Hurricanes,  and Blizzards: The Science of Storms By Paul Fleisher. 2010. 48p. Lerner Publications, (9780822575368). 
Here is a fascinating book from weatherwise. Students who get the opportunity to look at this book will get to explore an array of weather phenomena: storms, blizzards, lightning, and more. Readers will learn about the four Cs of weather: condensation, conversion, convection, and the coriolis effect. In addition to precipitation, topics such as air masses, air pressure, and fronts are also covered, making this an ideal book for this unit.

Oh Say Can You Say What's the Weather Today? By Tish Rabe Illus. By Aristioles Ruiz. 2004. 48p. Random House Books for Young Readers, (9780375822766).  Gr. K-4.
When searching for great weather literature for kids, your first thought may not Dr. Seuss. I personally found this book to be a delightful look into many of the topics covered in this unit. The intended audience is a little younger than fourth graders, which is why I feel it would be ideal to share it as an individual exploration or for a picture walk, definitely worth a look!

The Kids Book of Weather Forecasting By Mark Breen and Kathleen Friestaol. Illus. By Michael Kline. 2008. 144p. Ideals, (9780824968229). Gr 2-4.
I would recommend this book to the parents of your students who just can't get enough of the weather unit. Inside there are a number of great extensions from the information learned in this unit, as well as a handful of engaging experiments for students to try at home. 

The Man who Named the Clouds By Julie Hanna and Joan Holub. Illus. By Paige Billin-Frye. 2006. 40p. Albert Whitman & Company, (9780807549742), Gr 1-4. 
This book is unlike many picture books I have found in the past. Inside you will find the true story of meteorologist Luke Howard, the named "father of meteorology". Prior to reading the book, I took a lot of the knowledge inside for granted, I forgot that someone worked hard to discover it! Kids in your class will love reading about his scientific journey, looking at the beautiful pictures of different types of clouds, as well as learn about the different advances in meteorology throughout the last few centuries. 


The Science Spiders Investigate Air Pressure By Dr. Kain and Kathleen E. Kain. Illus. by the Author. 1999. 32p. Ranch Works, (9781892221056). Gr 2-4. 
I am so delighted to have found this science series. Dr. Kain clearly understands children; the only real way to get children to want to learn is to make the information meaningful to their own life. In this book, the science spiders guide you through small but fun science experiments that help to clarify air pressure. A perfect read, especially for your students who prefer a hands-on method to teaching. 

Tornado! The Story Behind these Twisting, Turning, Spinning, and Spiraling Storms By Judy and Dennis Fradin. 2011. 64 p. National Geographic Children's Book, (9781426307799). Gr 4-7. 
Here is a perfect book all about Tornadoes that is idea for your fourth grade (or upper elementary classroom). Since it was published by National Geographic, you know that there is an abundance of great photos inside.  The layout of this book is eye-catching, especially for your more reluctant readers. Students will learn about what causes tornadoes, the different categories, as well as some facts and records of the most notorious storms. 

Vapor, Rain, and Snow: The Science of Clouds and Precipitation By Paul Fleisher. 2010. 48p. Lerner Publication Group, (9780822575344). Gr 4-7. 
At nearly 50 pages, this book is chock full of information specifically about Clouds and precipitation, answered in a question-answer format. Inside students will be able to track the water cycle at every level, with plenty of descriptions and bold pictures along the way.

Weather (Eyewonder) By DK Publishing 2004. 48p. DK Children, (9780756603236). Gr 4-7. 
This is a great book to leave out at your reading station throughout the weather unit. There is great information about nearly every topic we cover in the ten days and students can use it as a jump-off point, or as a reference to complete some of their in-class tasks. The pictures inside are vibrant and definitely worth checking out. 

What Will the Weather Be? By Lynda DeWitt Illus. By Carolyn Croll. 1993. 32p. Collins, (9780064451130). Gr 1 -4. 
Here is a perfect example of how picture books can be a great educational tool, even in a fourth grade classroom. Although this text was intended for students of the 1st to 3rd grade ranges, many of the terms are more complex and probably wouldn't be understood until 4th. Throughout the unit, we discuss different weather tools and this book can be a great assistance to students who need further explanation of them.


Web Resources
Interactive Weather Maker
Students can play with three different variables to change the weather of a scene: Relative Humidity, Poleward Temperature, and Equatorward Temperature. Students will see that there are multiple factors into determining what the weather will ultimately be like. 


Tree House Weather Kids
Here is a site that your students will surely enjoy. They will be able to learn more about a variety of topics such as air pressure, seasonal changes, clouds and temperature. They also have great activities. I especially like the ID a Cloud Activity, which would be perfect for review. 


Weather Mazes (Click on both words - there is a maze under each link!)
The Weather Channel has put out two great weather mazes that students can guide their cursor through. They are actually quite challenging and offer some great information as students are trying to find their way through. 


Weather Science Projects
Due to time constraints, we are unable to make all of the different types of weather instruments during the unit. This is a great website for kids to go on with their parents so that they can learn to make instruments on their own such as a rain gauge and a coffee can barometer. 


Weather Wiz Kids
I love this website as a tool for students to complete both their group projects as well as their individual projects. Inside they will find a ton of great descriptions, definitions, pictures, experiments and much much more. This is a fantastic website for students and teachers to use!

Virginia Standards of Learning
4.6  The Student will investigate and understand how weather conditions and phenomena occur and can be predicted. Key concepts include:
a) weather phenomena
b) weather measurements and and meteorological tools; and
c) use of weather measurements and weather phenomena to make weather predictions

Curriculum Framework
  • Temperature is the measure of the amount of thermal energy in the atmosphere.
  • Air pressure is due to the weight of the air and is determined by several factors including the temperature of the air.
  • A front is the boundary between air masses of different temperature and humidity.
  • Cirrus, stratus, cumulus, and cumulonimbus clouds are associated with certain weather conditions.
  • Cumulus clouds are fluffy and white with flat bottoms. They usually indicate fair weather. However, when they get larger and darker on the bottom, they become cumulonimbus clouds.  Cumulonimbus clouds may produce thunderstorms.
  • Stratus clouds are smooth, gray clouds that cover the whole sky (block out direct sunlight). Light rain and drizzle are usually associated with stratus clouds.
  • Cirrus clouds are feathery clouds. They are associated with fair weather. Cirrus clouds often indicate that rain or snow will fall within several hours.
  • Extreme atmospheric conditions create various kinds of storms such as thunderstorms, hurricanes, and tornadoes.
  • Different atmospheric conditions create different types of precipitation.
  • Meteorologists gather data by using a variety of instruments.
  • Meteorologists use data to predict weather patterns.
  • A barometer measures air pressure
  • An anemometer measures wind speed.
  • A rain gauge measures the amount of precipitation.
  • A thermometer measures the temperature of the air.