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From our small world we have gazed upon the cosmic ocean for thousands of years. Ancient astronomers observed points of light that appeared to move among the stars. They called these objects "planets," meaning wanderers, and named them after Roman deities-Jupiter, king of the gods; Mars, the god of war; Mercury, messenger of the gods; Venus, the goddes of love and beauty, and Saturn, father of Jupiter and god of agriculture. This activity assists students with facts and knowledge on how the solar system works. By providing a diagram that assists the student in the order and distance of each planet, this activity provides the student with a realistic vision of what outer space looks like. I believe that this resource can be used to help students memorize as well as find interested in how the solar system works and how each planet is arranged, what their made of, their distance from the sun, ect.

Edit your tag to be "solar system" so it is in one place. Remove "science" tag, as these are all science. Use teh grade level tags k-2, 3-5, 6-8, and/or 6-8 rather than broader ones like k-5.

The St. Louis Science Center often provides preview days for educators to come check out the new exhibit featured. This preview allowed the educator to see the exhibit and the movie along with receiving some resources on how to lead the students through the exhibit. I think it is important that teachers be able to view exhibits and have a lesson ready before taking their students on a trip. I think that any teacher would benefit from such a workshop even though the material offered would be suitable for grades 3-8.

The students are studying Animal Classification Systems they will make a "foldable" that would help them practice seeing and using the 8 levels of classification. After teaching the students about the 8 different levels of classification, I would have the students each choose a mammal and have them fill out this "foldable" to help them see and use the classification system because there are scientists out there who have the job of classifying animals in real life. This is a great way for the students to be little scientists and take this boring concept and make it their own!

In the 1950's three new whale species were discovered, Waharoa ruwhenus, Tokarahia Kauaeroa, and Tokarahia Iophocephalus. Through the study of their fossils scientists have concluded that these three species of whales are part of a new family (species) of whale, Emysticetids. Emysticetids hold an important position on the evolutionary tree between primitive baleen whales and modern baleen whales. These marine creatures lived roughly 25-30 million years ago when the continent of New Zealand, Zealandia, was reduced to low islands and shallow seas. The article goes into great depth about these three new whale species. From their skeletal structure (elongated snout), size (adults were estimated to be 5-6 meters long), and even migratory patterns (continental shelf waters), it is all covered.

This article can be incorporated into a lesson about marine biology and evolutionary trees. It's a little too much for elementary students to grasp but I think it would be an interesting addition to a 6-8 or a 9-12 grade science classroom.

"Underskin" Metro map in the style of the London Tube provides a visual of 8 body systems. Useful in showing anatomy in a simplified and unique way that may "hook" some students more than the usual body system diagrams. Also useful in the way it "maps" the different systems on the same body.

QR codes for each element lead to a video related to each element on the periodic table. Print out for each student to generate an interactive table for students to use with smart phones

The St. Louis Zoo provides 8 lesson plans on conservation, populations and ecosystems, and characteristics of living organisms. I have used one in the past and adapted it to fit a higher grade level than listed. I selected this resource because I love connecting material to the zoo. It is valuable that students know that zoos are not only for people to go look at animals, but they are put in place to help repopulate endangered species as well. These resources can be used as is or adapted to fit other classroom needs.

This app shows the user a picture of the sky that they are viewing, by using a compass. The app tells the user all of the names the constellations, stars, and planets they are seeing. I chose this app because it could help make a real world connection with the students. If I had the opportunity to send iPads home with my students, I would instruct them to use this app at night and make observations about what they see.

Once you figure out how to use this app it is incredible. The technology in this app allows you to see a functioning heart and human body in 4D. You can highlight different organ systems: skeleton, muscular or respiratory and see how they work. This app is super interactive and allows students to explore the human anatomy in real life spacial relationships. This app would be great to use as an engagement tool to have students explore the heart or human body in 4D then write down things that they see but aren't sure what they are or how they work.

This website has videos that hit on the main points of many different science lessons. These videos are not long and even have a short quiz at the end. My cooperating teacher used these at the end of her lessons because the students looked forward to watching a movie. Some of these videos are free, but to view all of them you must have an account.

This website is interactive and gives students real life situations where Punnett Squares are useful, such as breading. Also, it shows students how to create Punnett Squares and then allows students to try it on there on. I like how this website gives students feedback right away and it is making Punnett Squares applicable to the real world. Also, I like how it asked students to answer the chance for an offspring to have a certain characteristic. I would use this resource to help teach Punnett squares. It would be a tool for me to show students that this activity is relatable outside of the class, but it would be engaging at the same time.

This website is interactive and explains how sexual reproduction is different than asexual reproduction. Through the use of flashcards students are able to quiz themselves over descriptions of each form or reproduction. I selected this resource as a tool for my students to help them learn the material as well as quiz themselves. This website also allowed students to hear description of each type of reproduction, do flash cards, play games, type in answers to their questions, and do an online test. I would use this website to see if my students really know the material and have it as tool for studying.

This website explains what the PTC gene is and why some people taste bitter flavors. It explains what the PTC gene is useful for in nature and how natural selection works. It also stated that PTC gene carriers were less likely to be smokers. I choose this resource to go in to depth more about why some people are carriers of this gene and other people are not. It helps explain why it is important in nature, which I thought was cool. I would use this website as tool for myself after giving my students the paper to test for this trait. Then I would explain the benefits of having this gene.

This website explains that embryos all go through different stages before being born. Often many embryos look alike until later stages. I picked this website because I thought it was interesting to see the embryos and guess which each organism was. I would use this website during computer time for material to be reinforced and for students to have fun guessing which animal is which.

I can see this website being useful for coming up with new ideas for physics excercises especially if the students are nnot understanding the information the way I first say the material. I can also use this website to correspond with other teachers about how they use material and lessons in their classroom.