Grades K-1 | Girl Scout Daisies	Grades 2-3 | Girl Scout Brownies	Grades 4-5 | Girl Scout Junior
Constellations: Why they were created What we can tell from them Who made them and when What we see in the sky: Differences between them Where is that light coming from How far away is that light coming from What we can see day vs night Observing the moon: How it was created How the moon affects earth Why does it follow us Observing the stars: Names What different stars can tell us North Star Observing the sun: How we can do so safely How the sun affects earth What is it made of Solar System: What is it How many planets do we have How big is it Planets: What is it What are they made of How big are they	Star vs. planet: Temperature, surface, light, energy, Star maps: different constellations why they were created Moon: Learn about the phases of the moon Rotate vs Revolve: What those affect Planets + Pluto: Size Gravity: What is it How does it affect us Why is it so important	Navigating by the stars Seasons: Affected by Solstice and Equinox Weather: Difference between Weather and Climate Movement in the Solar system: Earth's Rotation Other Planets and Moons Rotation Planets + Moons: Why moons follow planets How they affect each other Different moons for each planet (why some have more than 1) Lunar Topography: How craters were created Comet vs Asteroid vs Meteor: Difference between them

"Do not look at stars as bright spots only. Try to take in the vastness of the universe." - Maria Mitchell, Astronomer

Grades 6-8 | Girl Scout Cadettes	Grades 9-10 | Girl Scout Seniors	Grades 11-12 | Girl Scout Ambassadors
Mars: The next frontier Why teach Astronomy: The history of astronomy What we are learning now Why we should learn about astronomy for the future Eclipses: Solar Lunar Navigating by the stars: History of navigation using stars How Astronauts used the stars to navigate to the Moon Solstice vs Equinox Black Holes: What are they How are the created What does it affect Galaxies: What are they How many are there? How big are they Light and Speed of Light: What is it How light can let us 'see' into the past The International Space Station Global Climate Change: Venus, Mars, and Earth's climate history How satellites help monitor climate change	Planets in motion: Prograde and retrograde Hubble Space Telescope Astronomy through the years: Ancient Greco-Roman astronomy Astronomy in the Dark Ages 17th Century astronomy 19th Century - today astronomy Astronomy vs. Astrology: The history of Astrology in society Science vs Pseudoscience Zodiac 'signs' Fact vs Fiction Laws of motion: Laws of motion and gravity Laws of planetary motion Telescopes: History of the telescope / spyglass Types of telescopes Star Parties The Celestial Sphere and the constellations Space Exploration: History - "Space Race" Human Exploration Robotic Exploration First Human on Mars? Viewing the Visible and Invisible Universe	Hubble space telescope discoveries James L Webb Space Telescope: What to expect Our Sun: History of our Sun Solar Energy - Fission vs Fusion Structure of our Sun and other Stars Role of Sun in our Solar System Star life cycles - birth to death Stellar remnants - novas, nebulas, and black holes Spectroscopy - how to investigate distant stars Matter and Dark Matter in the Universe Gravity and Magnetic fields Theories of Cosmology: Big Bang Theory Multiverses Expansion and collapse of Universe

"Curiosity is probably one of the most important characteristics that people have who go into science, and engineering is about solving problems and creativity." - Elen Ochoa, NASA Astronaut and first Hispanic woman in space