science learning packet grade 6 ocean, atmosphere, and
TRANSCRIPT
Science Learning PacketGrade 6:
Ocean, Atmosphere, and Climate Lesson 1
science learning activities for SPS students during the COVID-19 school closure.
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1 SPS Science, 3-2020
Grade 6 Science Learning Activity
Ocean, Atmosphere, & Climate Unit
Lessons 1 Instructional Materials
Air Temperature
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Hello Families,
We hope you and your family are well and safe during this time. During this unprecedented out-of-school
time, the SPS middle school science team will be offering instructional opportunities for students that align
with the district’s adopted middle school science instructional materials. This work is optional and non-
graded.
This investigation packet is the first part in a series of district-aligned lessons about Oceans, Atmosphere, &
Climate, a 6th grade life science unit developed by AmplifyScience. While Amplify Science lessons are
designed to be done in the classroom with peers, there are some activities that students can complete at
home. In this packet you will find activities to accompany lessons 1 and 2 of the unit. Accompanying lesson
videos will be aired on SPS TV and posted the SPS webpage under Grade 7, however this packet can be used
with or without the accompanying video.
The videos can be accessed either online or through Seattle’s Public television programming on SPS TV (local
channel 26), social media (Facebook and Instagram: @SeattlePublicSchools, Twitter: @SeaPubSchools), and
our SPSTV YouTube channel. KOMONews.com will also host on-demand videos under the tab “Lesson Plan”
and broadcast on channel KOMO 4.3. These supplemental learning videos feature short segments supporting a
variety of subjects and grade levels. All videos will be close captioned on YouTube. For more information
regarding the SPS TV broadcast schedule and to find the videos, please visit the following website:
https://www.seattleschools.org/departments/media_operations_center___sps-tv/broadcast_schedule
For students who have access to the internet and the following devices and browsers may wish to log-in to
their AmplifyScience account from home are welcome to do so. See below for guidance on which browser
● Desktops and Laptops (Windows 7+, Mac OS 10.11+) - Suggested browsers: Chrome & Safari
● Chromebooks - Suggested browser: Chrome
● iPads that support iOS11.3+ (iPad5+) - Suggested browser: Safari
Sincerely,
Seattle Public Schools Science Department
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Lesson 1 Climate and Climate Scientists: You can probably think of a place on Earth that is usually very warm or a place that is usually very cold. Have you ever thought about what determines the air temperature of a place? This is what we will focus on in the Ocean, Atmosphere, and Climate unit.
Scientists that study the earth’s climate are called climatologists. They also study recurring conditions that affect weather and people all over the world in significant ways. You will learn about climatologists collect data and what these scientists are looking for when they analyze the data.
Climate: General weather patterns over a long period of time
What do climatologists do? Climatologists study temperature and weather patterns over time.
Instead of trying to explain why the temperature today is different from the temperature
yesterday, a climate scientist might try to explain why the average temperature this year is
warmer or cooler than last year. For example, a climate scientist would investigate a location’s
average temperature over a long time, not the temperature on one particular day.
Climate scientists expect a particular location's climate to stay the same. When they make
observations that are out of the ordinary for a place’s climate, like a particularly high or low
temperature over a period of time for that place, they carefully consider what the data might
mean.
In this lesson, you will meet climate scientists who are researching El Niño, a topic you will be
studying throughout the unit. You will be asked to take on the role of a climate scientist whose
job it is to determine why Christchurch, a city in the country of New Zealand, has a lower air
temperature (the air temperature cooler than usual) during El Niño years and share ideas
about possible causes. If you have access to the Oceans, Atmosphere, Climate video lesson Part
1on SPS TV or on the internet through Amplify, watch the Chasing El Niño video now.
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Unit Question: During El Nino years, why is Christchurch, New Zealand’s temperature cooler than usual?
Location of
Christchurch, New
Zealand in the
southern Pacific
Ocean
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What Determines the Air Temperature of a Location? What is Surface Temperature? In this unit we'll be investigating surface temperature, which is the air right above the surface, not the air higher up in the atmosphere. When we talk about Christchurch’s air temperature we are talking about the surface temperature - the air directly above Christchurch. Many things have a surface—tables, chairs, desks, and so forth, but when we refer to Earth’s surface, we’re talking about land and water
Atmosphere: Climatologists use the term atmosphere to describe the mixture of gases or air that surround a planet.
During El Nino years, why is Christchurch, New Zealand’s
temperature cooler than usual?
➢ Claim 1: The amount of incoming energy from the sun changes
➢ Claim 2: Something about Earth’s surface (land or water) changes
➢ Claim 3: Something about the air changes
Which claim do you think best answers the question about why the temperature in
Christchurch, New Zealand is cooler than usual? Tell us why you agree with this claim.
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Exploring Temperature and Energy in the Ocean, Atmosphere, and Climate Simulation Since Christchurch, New Zealand’s temperature changes during El Niño years, you will first need to figure out what can cause a temperature change. You will use the computer Simulation to determine how to change air temperature. If you have access to internet and can log-in to your Amplify Science account, please open the OAC SIM now.
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Collecting evidence from the sim to answer our unit question 1. In what ways can you make the air temperature change in the Sim?
• I would (add / remove) energy to make the temperature increase. (circle one)
2. In what ways can you make the air temperature decrease?
• I would (add / remove) energy to make the temperature decrease? (circle one)
3. Where does the energy in the air and water come from?
ENERGY: the ability to make things move or change
TEMPERATURE: a measure of how hot or cold something is; a measure of the average
kinetic energy of the molecules of a thing
Reading: “Effects of El Niñ o Around the World”
Read Chapter 1: Different Places, Different Effects as an introduction to El Niño. Then choose a
second of the next three chapters to read to learn about the effects of El Niño in a specific
location. Annotate the article using the Active Reading strategies that work best for you and
then answer the questions.
Optional challenge: When you are finished, choose another chapter to learn about the effects
of El Niño in a different location.
Active Reading Strategies
Use red pencil (or other color: ) to underline evidence Use green pencil (or other color: ) to circle unit glossary words and unfamiliar words Write definitions above circled words Write in the margins to identify questions, impactful ideas, and “a-ha!” moments
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Chapter 1: Different Places, Different Effects
Different places on Earth have their own weather
patterns that depend on things like local geography
and distance from the equator. These weather
patterns are known as regional climates, and they
don’t change very much from year to year . . .
ordinarily. However, an El Niño year is anything but
ordinary! The climate pattern called El Niño happens
every 2 to 7 years, bringing important changes in
temperature, precipitation, and more. El Niño
affects the whole planet, but it has different effects
on different locations. Choose one of the chapters
that follow to learn more about the effects of El
Niño on the regional climate in a particular place on
the globe.
The climate pattern called El Niño causes wet weather in some places and extreme drought in others.
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Chapter 2: Drought in Pakistan
Late summer and early fall are usually wet times in the country of Pakistan. Normally, the
monsoon season in August and September brings heavy rainstorms. Monsoon season supplies
about half of Pakistan’s rain for a typical year—about 25 centimeters (16 inches) in just two
months. These storms keep temperatures from getting too hot. However, the climate pattern
called El Niño weakens the monsoon season in Pakistan, causing dry, hot weather instead of
cool rain. This unusual weather causes a variety of health problems for people there and keeps
crops from being watered. Without water to grow food, many people’s health problems get
worse because they don’t get the nutrition they need to get well.
In Pakistan, the El Niño climate pattern causes hot, dry weather instead of monsoon storms.
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Chapter 3: Landslides in Los Angeles
Normally, Southern California is a pretty
dry place: the city of Los Angeles only gets
about 38 centimeters (15 inches) of rain
each year. During El Niño years, however,
Los Angeles can get much more rain than
usual. For such a dry place, the extra rain
brought by El Niño may sound like a good
thing—but it can be dangerous. Large
amounts of rain falling on dry, hilly ground
without many plants to keep the dirt in
place can lead to landslides. In Los Angeles,
some people build homes at the tops of
hills. These hilltop homes can be destroyed
when the dirt underneath them gets too
wet and slides downhill. Landslides can also
block or destroy roads, injuring people in
their paths and causing millions of dollars
in damage.
Extra rain in Los Angeles might sound like a good thing, but it can cause landslides that destroy homes and block roads.
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Chapter 4: Malaria in Colombia
In the South American country of Colombia, El Niño causes serious droughts. These
droughts can affect farmers in the area, but they have an even bigger effect on public health
there. During El Niño years, Colombia has a 17% increase in cases of a serious disease called
malaria. When rivers and streams begin to dry up in a drought, the remaining water forms
many shallow pools that are good places for mosquitoes to live and breed. Mosquitoes carry
malaria, transmitting it to people by biting them. More places for mosquitoes to breed means
there are more mosquitoes around to transmit malaria to nearby humans. Mosquitoes
typically breed faster in warm weather, so rising temperatures may also work to increase the
rates of malaria in Colombia during El Niño years.
When rivers and streams begin to dry up, they form pools where mosquitoes live and breed. These mosquitoes can carry malaria and transmit it to people living nearby.
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Reading Reflection: : “Effects of El Niñ o Around the World”
1. Which article did you read? (circle one)
o “Drought in Pakistan”
o “Landslide in Los Angeles”
o “Malaria in Colombia”
2. Why do you think it is important for climate scientists to study El Niño?
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