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1 April

RASC National Society: The Moon At Noon - Introduction (ONLINE)

We're back with our next online observing program! This time we'll be bringing you the Explore the Moon Observing Program. Anyone can join as we dive into craters and climb mountain ranges on our nearest neighbour. Stay tuned for more details, and keep an eye on this page for all the information you need about this program!
8 April

RASC National Society: The Moon At Noon - Q-5 (ONLINE)

Where do you find mountain ranges, craters and lava plains on the Moon? We'll be talking about common features, how we find them, and how we use cardinal directions on the Moon.
12 April

Indus Space: All Things Space - Junior Virtual Camp (ONLINE)

For Grades 1-3 youth interested in STEAM and curious about space exploration. We introduce basic topics in engaging ways all week.
12 April

Indus Space: Space Engineer's Virtual Camp (ONLINE)

Think Like A Space Engineer All Week!
15 April

RASC National Society: The Moon At Noon - Q-4 and Q-3 (ONLINE)

We have lots of cool-looking craters on our target lists today, so we'll be going over how to identify crater features.
22 April

RASC National Society: The Moon At Noon - Q-2 (ONLINE)

We have our first day of finding lunar landing locations! Moon at Noon cohost John loves the Apollo missions, so you bet we'll be talking about Apollo 12 and 14.
29 April

RASC National Society: The Moon At Noon - Troubleshooting (ONLINE)

We'll be taking a pause on targets today to talk about any observing problems you may be tackling.
6 May

RASC National Society: The Moon At Noon - Q3 and Q4 (ONLINE)

For the first time in this series, we'll be looking for the Moon in the morning (or really late at night, if you're a night owl).
13 May

RASC National Society: The Moon At Noon - Q0 (ONLINE)

We have a whopping 19 targets to cover this session, so we will spend lots of time focusing on how to find them!
20 May

RASC National Society: The Moon At Noon - Q1 (ONLINE)

We have some niche topics today, including how to use math and your own photos of the Moon to measure the depth of craters.