2nd Nine Weeks- Consult the 4th Grade Science Curriculum Map for specific details.
The 4th Grade Science Curriculum Map outlines the following information:
Recommended pacing, scope, and sequence for each unit.
Alignment with standards, conceptual understandings, and performance indicators
Links to Unit Concept Storyboard Maps, Content and SEP Support Documents, and Curriculum Guides
Details for Evidence of Understanding, Essential Learning Experiences, and Suggested Learning Engagements
Where appropriate, alignment with specific FOSS, DSM, GEMS, and STC kit Activities and Investigations
4.E.3A Astronomy is the study of objects in our solar system and beyond. Stars that are beyond the solar system can be seen in the night sky in patterns called constellations. Constellations can be used for navigation and appear to move together across the sky because of Earth’s rotation
4.E.3A.1 Develop and use models of Earth’s solar system to exemplify the location and order of the planets as they orbit the Sun and the main composition (rock or gas) of the planets.
4.E.3A.2 Obtain and communicate information to describe how constellations (including Ursa Major, Ursa Minor, and Orion) appear to move from Earth’s perspective throughout the seasons.
4.E.3A.3 Construct scientific arguments to support claims about the importance of astronomy in navigation and exploration (including the use of telescopes, astrolabes, compasses, and sextants).
4.E.3B Earth orbits around the Sun and the Moon orbits around Earth. These movements together with the rotation of Earth on a tilted axis result in patterns that can be observed and predicted.
4.E.3B.1 Analyze and interpret data from observations to describe patterns in the (1) location, (2) movement, and (3) appearance of the Moon throughout the year.
4.E.3B.2 Construct explanations of how day and night result from Earth’s rotation on its axis.
4.E.3B.3 Construct explanations of how the Sun appears to move throughout the day using observations of shadows.
4.E.3B.4 Develop and use models to describe the factors (including tilt, revolution, and angle of sunlight) that result in Earth’s seasonal changes.
See Science Standards Content Vertical Articulation Chart
See Science Standards Content Vertical Articulation Chart
Students will gather information from various sources to develop a model of the Solar System that illustrates the relative size, position, and composition of the planets.
It is not essential to go beyond the basic information about the eight planets in the Solar System.
Students will gather information from various sources to support claims for the role astronomy and astronomical instruments have played in early navigation, exploration, and our understanding of our place in the universe.
Social Studies Note- elements of this indicator can be integrated into the 4th grade content on early exploration and navigation (Social Studies Indicator 4-1.3)
Students will conduct observations of the Moon’s appearance daily for a complete lunar cycle in order to develop a model that can be used to describe the location of the Moon relative to the Earth, the relative motion of the Moon to the Earth, and the changing appearance of the phases of the Moon.
Students will gather observation and measurement data about the position of the Sun relative to the shadows on the Earth’s surface in order to construct explanations for how the size, shape, and position of shadows results from the Sun’s apparent movement across the sky.
Students will gather information from various sources to develop models to construct an explanation for5 how day and night result from the rotation of the Earth on its axis.
Students will gather information from various sources to develop models that illustrate how seasons result from the revolution of the Earth around the Sun, the tilt of the Earth’s axis relative to the Sun, and the angle of sunlight where it strikes the Earth’s curved surface.
Students will use these models to demonstrate how the positions of constellations appear to change over the course of an evening and with the seasons.
Students only need to be able to recognize Orion, Ursa Major, and Ursa Minor. It is recommended, however, to include the following constellations that are best seen during specific seasons to help illustrate how certain constellations are visible at different times of the year.
Hercules (Summer)
Pegasus (Autumn)
Orion (Winter)
Leo (Spring)
Ursa Major and Ursa Minor are circumpolar constellations that are always visible throughout the year as they are aligned with the Earth’s north pole axis.
Analyze and Interpret Data- SEP Support Document
Develop and Use Models- SEP Support Document
Obtain and Communicate Information- SEP Support Document
Construct Explanations- SEP Support Document
Construct Scientific Arguments- SEP Support Document
Solar System- Essential Knowledge Support Document
Astronomical Instruments- Essential Knowledge Support Document
Constellations- Essential Knowledge Support Document
The Moon- Essential Knowledge Support Document
Rotation and Day/Night- Essential Knowledge Support Document
The Sun and Shadows- Essential Knowledge Support Document
Revolution and Seasons- Essential Knowledge Support Document
This link will take you to a print-friendly version of the science concept storyboard.
It is ESSENTIAL that students gather information from various sources to develop a model that illustrates the relative position, composition, and size of the planets in the Solar System.
It is ESSENTIAL that students gather information from various sources to support claims for the role astronomy has played in our history and understanding of the universe.
It is ESSENTIAL that students keep a Moon journal to record their observations of the phases of the Moon during a 28 day lunar cycle and use their journals to develop a model of the Moon’s phases that can be used to illustrate the relative position of the Moon around the Earth during its phases.
It is ESSENTIAL that students conduct investigations of shadows throughout the day to construct explanations for how the apparent movement of the Sun changes the shape, size, and position of shadows.
It is ESSENTIAL that students gather information from various sources, including models, to develop a model that illustrates the causes of the seasons.
What is in space?
Why does the Moon appear to change appearance every few days?
Why is the Moon never in the same part of the sky each night?
Why do we have day and night?
Why do we have seasons?
Why are days longer in the Summer and shorter in the Winter?
Why do different parts of the Earth have different seasons at the same time?
Why does the Sun appear to move across the sky?
Why do shadows change?
Why do we see different constellations at different times and seasons?
How are the planets in the Solar System different?
What makes up the Solar System?
How can we best illustrate our Solar System?
How has technology helps us learn about the universe?
What has been the role of astronomy in our history?
Space
Universe
Solar System
Sun
Moon
Planet
Mercury
Venus
Earth
Mars
Jupiter
Saturn
Uranus
Neptune
Dwarf Planet
Asteroid
Comet
Gas Giant
Rocky Planet
Telescope
Astrolabe
Compass
Sextant
Navigation
Exploration
Constellation
Orion
Ursa Major
Ursa Minor
Circumpolar Constellations
Day
Night
Rotation
Revolution
Phases of the Moon
New Moon
Full Moon
Quarter Moon
Crescent Moon
Gibbous Moon
Waxing
Waning
Axis
Polaris/North Star
Equator
Sun, Moon, and Stars (FOSS Kit) Investigations 1, 2, 3
Pearson SC Interactive Science Textbook:
What is One Cause for the Seasons pg. 94 SE
What Star Patterns Can You See pg. 97 SE
How does the Sun Cause Shadows pg. 117
Make a Sundial pg. 121
Moon Patterns pg. 127
Sequence of Shadows pg. 134 (follows along with sundial activity/formative assessment)
Name that Constellation STEM Activity book activity 5, page 17
AIMS Activities: 2005 SC Science AIMS 4th Grade Earth Science
Facing Up to the Moon
Dizzy Spells
Spin Cycle
Me and My Shadow
Pasta Parallels
Connected Rotation/Revolution lesson from the old curriculum guide: http://www.s2temsc.org/uploads/1/8/8/7/18873120/science_4th_grade_4-3.4_final.doc
Pearson SC Interactive Science Textbook:
Model of the Solar System Quick Lab pg. 105 (here is a link to one of the old curriculum guide lessons, it matches this one pretty well and gives more structure and directions) http://www.s2temsc.org/uploads/1/8/8/7/18873120/science_4th_grade_4-3.1_final.doc
AIMS Activities: 2005 SC Science AIMS 4th Grade Earth Science
Lining Up the Planets
Can You Planet?
Walking Tour of the Solar System
Students choose a planet and write a persuasive essay and a poster to “sell” their planet
Exit slip using checkpoints in the text
Fist to five
Turn & Talk
Think/Pair share
Vocabulary Smart Cards Games
Moon Journal (pg. 131 in textbook)
Sundial Shadow Tracking - observe the sundial at different hours of the day (minimum beginning, middle, end of day) - record your observations in a data table - repeat for a week (for extension purposes you may revisit this during different seasons)
Solar Power Quick Lab pg. 111
Pictures in the Sky Quick Lab pg. 100
Examples of projects to choose from
Each individual student or group could research the navigation instruments listed in the standards.
Alternative suggestion: assign one navigation instrument to each group, have them research how the explorers used these instruments, what new places they were able to go, lands they explored (link to explorers in the Social Studies standards). Once the groups are finished and have their research compiled - in a google doc, google presentation, etc. you have three unique presentations (so if they do oral reports it’s not the same things over and over again). At the conclusion the students can take the information they learned from their own research and the research of others, and create their own explanations about how all of these tools aided navigation and exploration.
Planet Matching - write names of planets on notecards, on separate notecards write the compositions and locations of the planets. So for Mercury there would be 3 cards, one would say Mercury, one would say rocky planet, one would say inner planet. Once you’ve done this for all of the planets, mix up the cards and give them to students with the blank side facing up. Once the kids turn the cards over they move around (milling to music type procedures) to find their matches. Once they have found all of their matches, the planets should put themselves in the correct order.
Construct explanations for rotation of earth causing day and night through a demonstration- group project -
Example: using this website http://www.childrensuniversity.manchester.ac.uk/interactives/science/earthandbeyond/shadows/ the teacher asks the class to explain or model what is going on in space to cause the changes in shadows that appeared on the website. Students will have teacher selected sets of materials to use to help construct their explanations, they can look back at their work in previous experiments or demonstrations, and are in charge of using their materials to present to the class their answer.
Construct explanations for how revolution and tilt affect the seasons: can create a model or diagram showing the relationship between the earth and the sun
Options for this assignment include dividing students into 4 groups, one for each season, once they have created their model - groups should be able to notice if mistakes were made - if the summer group’s model matches the winter group model they should recognize (possibly work together to fix) that the seasons will not be different if the model
Crash Course Astronomy (4.E.3)
This link takes you to the first segment in the Crash Course Astronomy series, a YouTube Channel with a variety of short videos about different topics in Astronomy. This can used as a great way to follow up on explorations and investigations your students conduct to help them make deep connections to the science knowledge they have already begun to develop through their inquiry experiences.
TEACHER NOTE: Be sure you use this resource strategically. This should be used as a follow up to explorations and investigations. This SHOULD NOT be used to give students information before they have had a chance to engage in more inquiry-based learning experiences.
In the Sky Online Planetarium (4.E.3A.2)
This is a link to a virtual planetarium and sky chart. This can be used to show students how the position of constellations appear to change over the course of an evening and with the seasons. This should be done in conjunctions with a larger lesson on how the relative position of the constellations change with the seasons.
Dial-A Moon (NASA Website) (4.E.3B.1)
The Moon in Your Sky (4.E.3B.1)
These two websites let you see the phase of the moon on any given day. These are good resources for teachers to use to show their students the current phase of the Moon when it is not possible for students to directly view the moon on that date (because of an overcast sky or other weather conditions).
Teachers should make every effort to support their students in constructing their own Moon journals based on their own direct observations of the phases of the Moon. As part of that, teachers should note that depending on the phase, the Moon may not be visible in the early evening when many students can observe it and may rise later in the night, after bedtime. Many times, the Moon will be visible in the morning, and you may even be able to take your students outside to see the Moon at the beginning of the school day before the Sun gets too high in the sky to block it out.
These web resources should only be used as last-resort ways for students to record the current phase of the Moon on a date when sky conditions make it impossible to view and should not be used to look ahead as that would defeat the purpose of the students' personal Moon journals.
Earth's Moon (4.E.3B.1)
This is NASA's Moon Website with links to galleries, images, and other resources related to the Moon.
The Weather Channel (4.E.3B.1, 4.E.3B.2, 4.E.3B.4)
When you look up the hourly weather for a location, in addition to the hourly weather forecast, you can see the timing of Sunrise, Sunset, Moonrise, and Moonset.
Sunrise and Sunset (4.E.3B.2, 4.E.3B.3, 4.E.3B.4)
You can use this to see the overall pattern of sunrise and sunset over the course of the year. You should not show this to your class until AFTER they have already charted sunrise and sunset timing (from a source like weather.com) and discussed what they noticed about how it changes
Songs:
Flocabulary - Moon Phases
Web Resources:
Mystery Science (free website) How Can the Sun Tell you the Season?
PBS Phases of the Moon online module - http://www.pbslearningmedia.org/resource/ess05.sci.ess.eiu.mphase/phases-of-the-moon/
NASA website - students use star finders to locate objects in the sky - these are available by month, you could use these as an additional resource students can look at to do observations and formulate reasonings why constellations are in different places in different months, or not seen at all http://spaceplace.nasa.gov/starfinder/en/
Nine Planets Solar System Module - http://nineplanets.org/tour/
Community Resources:
Midland Astronomy Club - members will come out for after school activities with their telescopes, email them and see what they are willing to work with your kids on. http://midlandsastronomyclub.org/
Textbook:
Changing Tides Quick Lab Research Project pg. 133
Writing Integration/Creative Writing/Assessment Option:
Students create their own constellation/map of stars in the night sky see pg. 136 in the textbook - then write a creative piece about how the constellation came to appear in the sky.
Mentor Texts:
Moon Book by Gail Gibbons
Various Greek, Roman, and Native American myths related to the seasons and constellations (make sure you pre-read any myths you use to make sure they use age appropriate content - many of the myths contain things we wouldn’t want our 4th graders reading about) http://myths.e2bn.org/mythsandlegends/userstory11030-persephone-and-the-seasons.html
National Geographic Video Resource:
As with any video resource, teachers should carefully preview and vet any videos before showing them to students.